Hyperbaric Oxygen Therapy, Explained Clearly.

GAA Recovery · HBOT · Sports Injury Hamstring or Quad Injury? How HBOT Could Support GAA Recovery A pulled hamstring during a sprint. A quad strain going into a tackle. That familiar tightness that appears just as you're getting back to full training. For Gaelic footballers and hurlers, a muscle injury can derail weeks of training and leave one question at the front of your mind: how can I give my body the best possible conditions to recover? Alongside physiotherapy, progressive rehabilitation, good nutrition and appropriate rest, Hyperbaric Oxygen Therapy (HBOT) is attracting growing interest in sports recovery — and research into its effects on muscle recovery continues to develop. At ReWell, we're seeing increasing interest in HBOT from athletes looking to support their recovery, manage demanding training schedules and get back to doing what they love. Explore HBOT for GAA Recovery → Why Are Athletes Interested in HBOT? Recovery places significant demands on the body. When muscle tissue has been strained or damaged, the body begins a complex repair process involving inflammation, cellular activity, tissue remodelling and eventually the rebuilding of strength and function. Oxygen plays an important role in many of these processes. During HBOT, you breathe oxygen inside a pressurised hyperbaric chamber. The increased pressure allows more oxygen to dissolve into the blood plasma, increasing the amount of oxygen available throughout the body. This increased oxygen availability is one of the reasons HBOT has been investigated in sports and exercise recovery, including its potential influence on muscle recovery, cellular energy, inflammatory processes and tissue repair. For an injured player, HBOT works with the body's own recovery processes at a time when the demand for repair is high. Want to experience HBOT for yourself? ReWell offers clinic HBOT sessions at our Naas and Dublin locations from €85, including VAT. Book Your First HBOT Session → What Does the Research Say About HBOT & Muscle Recovery? There is growing research examining the role of HBOT in athletic and muscle recovery. A 2025 systematic review and meta-analysis examining HBOT for exercise-induced muscle injury and soreness analysed 10 studies involving 299 participants. It found HBOT was associated with improved recovery from exercise-induced muscle injury, with beneficial effects observed in both college students and elite athletes. The same review did not find a significant improvement in muscle soreness. A separate 2026 systematic review and meta-analysis of athletic recovery reported that HBOT significantly reduced post-exercise blood lactate levels. However, the same review concluded that evidence for its effect on muscle recovery more broadly remains inconclusive, and called for further high-quality trials. Individual research involving athletes with exercise-related muscular injuries has also reported reductions in muscle-injury biomarkers following a course of HBOT. The research is genuinely encouraging in specific areas — such as recovery from exercise-induced muscle injury and lactate clearance — but mixed or inconclusive in others, including muscle soreness and broader muscle recovery outcomes. That's why we treat HBOT as a promising area to explore rather than a proven performance shortcut. Explore ReWell's HBOT Research → What Could This Mean for a Hamstring or Quad Injury? Hamstrings and quadriceps are heavily loaded in Gaelic football and hurling. Sprinting, accelerating, changing direction, kicking, tackling and sudden deceleration all place significant demands on these muscle groups. Once injured, successful recovery isn't simply about waiting for the pain to disappear. The muscle needs to repair, regain strength and tolerate progressively greater loads before returning fully to training and competition. This is where HBOT can become part of a broader recovery strategy. By substantially increasing oxygen availability during a session, HBOT provides an environment that may support some of the physiological processes involved in recovery. Your physiotherapy and rehabilitation still do the essential job of rebuilding movement, strength and sporting capacity. HBOT gives you another recovery tool to use alongside that work. And at ReWell, you don't have to commit to a long programme before finding out whether HBOT is right for you. Three Ways GAA Players Can Access HBOT With ReWell Different injuries, schedules and stages of recovery call for different levels of access. Try It First Try HBOT at Our Naas or Dublin Clinics If you’ve never experienced HBOT before, a clinic session is an easy place to start. Visit ReWell in Naas or Dublin to experience HBOT and learn more about the options available to you. 60-minute session: €85 including VAT Book an HBOT Session → Regular Access Use HBOT Regularly at Home For players who want more frequent access during a period of recovery, ReWell offers hyperbaric chamber rental throughout all 32 counties of Ireland. Your chamber is delivered and set up at home. Home rental from €1,229/month, including VAT Explore HBOT Home Rental → Long-Term Access Own Your Own Hyperbaric Chamber For athletes, families, clubs, clinics and sports organisations looking for long-term access, ReWell also supplies hyperbaric chambers for purchase, with different chamber types and pressure options available. Ownership from €9,999, excluding VAT Explore Hyperbaric Chambers → If you decide to buy after renting, up to six months of eligible rental payments can be credited towards your chamber purchase. Your Guide Your HBOT Recovery, Guided by Davitt One of the biggest differences at ReWell is that you're not simply booking time inside a chamber. Your HBOT journey is guided by Davitt Meenaghan, IBUM-certified Hyperbaric Safety Officer, who oversees ReWell's approach to HBOT safety, protocols and personalised support. For an injured player, that means having someone who can talk through where you are in your recovery, your goals and how you intend to use HBOT. Whether you choose a clinic session or regular access at home, the aim is to make HBOT work practically around your recovery — rather than giving every athlete exactly the same programme. Meet Davitt & Learn About ReWell → Can HBOT Get You Back on the Pitch Faster? It's understandable that this is the question every injured player wants answered. The evidence is encouraging in some specific areas — including a 2025 meta-analysis of 299 participants that found improved recovery from exercise-induced muscle injury — but it doesn't establish a specific number of days or weeks saved, and findings on muscle soreness and broader recovery outcomes have been more mixed. A hamstring tear in one player also isn't identical to a quad strain in another. Grade of injury, previous injury history, fitness, rehabilitation and many other factors influence return-to-play. So rather than promising a particular timeline, the better question is: Could HBOT help create better conditions for your body to recover while you complete the rehabilitation needed to get back on the pitch? That's where we believe it is worth exploring. Recovering From a GAA Injury? Give Your Recovery Every Advantage You don't need to know how many HBOT sessions you need before you start. You can try your first session at our Kildare clinic, speak with Davitt about your recovery, or explore a home rental if regular access makes more sense for you. Clinic HBOT from €85 + VAT · Home rental from €1,229/month · Nationwide delivery across all 32 counties Explore the Full GAA Recovery & HBOT Guide → Book Your First HBOT Session → Talk to ReWell About Home Rental →

Professional HBOT · Ireland & Northern Ireland HBOT for Clinics, Sports Clubs & Wellness Facilities in Ireland Clinics, sports organisations, recovery centres, wellness facilities and hospitality businesses are increasingly exploring whether on-site Hyperbaric Oxygen Therapy belongs within their service offering. For a professional buyer, however, choosing a chamber is only one part of the project. The right system needs to fit your users, space, operating model, safety requirements and expected utilisation — not simply have the most impressive specification. Explore Professional Chambers Discuss Your Facility 1.5–2.5 ATA Soft & Hard-Shell Options Rent or Own Different Entry Pathways 32 Counties Delivery & Installation IBUM Certified Hyperbaric Safety Guidance Adding HBOT to Your Facility Start With the Service — Not the Chamber It can be tempting to begin by comparing ATA pressure, chamber dimensions and equipment specifications. But for a clinic, sports club or wellness business, the more useful starting point is understanding how HBOT would actually operate within your facility. Who will use it? How frequently? Who will supervise sessions? Where will the chamber sit? How will users be screened and onboarded? What procedures will staff follow? Those answers help determine what kind of chamber — if any — is appropriate. Professional Settings Where Can Professional HBOT Fit? Different environments have different users, workflows and requirements, so chamber selection should reflect the setting. Sports & Performance Sports clubs, performance environments and recovery facilities exploring HBOT alongside their existing recovery services. Physiotherapy & Rehabilitation Practices considering on-site HBOT as an additional service alongside established rehabilitation and recovery pathways. Wellness & Longevity Facilities looking to provide regular on-site access to HBOT within a broader wellness offering. Private Health Practices Practitioners assessing whether HBOT is appropriate for their setting, users and existing scope of services. Hotels & Resorts Destination wellness and hospitality businesses exploring premium recovery and wellness facilities for guests. Recovery Centres Dedicated recovery facilities considering HBOT as part of a broader suite of on-site recovery technologies. Before Specification Think About Utilisation Before You Choose a Chamber A technically impressive chamber isn't necessarily a good investment if it doesn't match the way your facility operates. Before comparing models, build a realistic picture of how HBOT would be used day to day. Demand How many appropriate users do you realistically expect? Frequency How many sessions might the chamber need to accommodate? Staffing Who will oversee operation, onboarding and procedures? Space What footprint, access and installation constraints exist? Chamber Selection Soft-Shell or Hard-Shell for a Professional Facility? ReWell supplies both soft-shell and hard-shell chamber options. Which is appropriate depends on your intended use, required pressure, expected utilisation, available space and budget. Flexible Entry Point Soft-Shell A 1.5 ATA soft-shell chamber can provide a more accessible route into on-site HBOT where a facility wants a lower initial commitment or does not require higher-pressure capability. Soft-shell systems are also lighter and easier to relocate than permanent hard-shell installations. Pressure: 1.5 ATA Formats: Lying, seated & accessible Rental: From €1,229/month Useful when: Flexibility and lower initial commitment matter Explore Soft-Shell Options → Professional & Higher-Pressure Systems Hard-Shell Hard-shell systems provide a more permanent installation and access to higher operating pressures, with several configurations available across the ReWell range. They can be particularly relevant where a facility expects frequent use or requires a chamber designed around a professional operating environment. Range: Professional hard-shell systems up to 2.5 ATA Formats: Lying, slimline & seated options Rental: Hard-shell rental from €1,999/month Training: Required for ReWell 2.5 ATA systems Explore Professional Chambers → Operational Planning Six Questions to Answer Before You Invest 01 Who Will Use It? Define the type of users you expect and how suitability will be assessed before sessions. 02 How Often? Estimate realistic daily and weekly utilisation rather than planning around maximum theoretical demand. 03 Who Operates It? Decide who will be responsible for chamber operation, user guidance and day-to-day procedures. 04 Where Will It Go? Consider footprint, room access, power, surrounding operating space and installation requirements. 05 How Does It Fit? Work out how HBOT fits alongside your existing services, staff workflows and client experience. 06 Rent or Own? Decide whether demand justifies permanent ownership or whether beginning with rental makes more sense. Safety & Governance Professional HBOT Needs More Than an Operating Manual Introducing HBOT into a professional environment means thinking about the complete operating system around the chamber. Procedures should be appropriate to the chamber, setting and intended use, with responsibilities clearly understood by the people operating the service. Screening Clear processes for assessing suitability before use. Permitted Items Defined rules for clothing, electronics, batteries and items entering the chamber. Fire & Oxygen Safety Procedures appropriate to hyperbaric and oxygen-enriched environments. Cleaning Defined cleaning and hygiene procedures between users. Maintenance Routine equipment checks and maintenance requirements. Emergency Procedures Clear responsibilities and procedures if an issue occurs during operation. Review ReWell's Safety Standards Commercial Pathway Rent First or Invest in Ownership? The right route depends partly on how confident you are about demand and how permanent you want the installation to be. Test Demand Professional Rental Hard-Shell from €1,999/month Rental can provide a lower-upfront route for facilities that want on-site access without immediately purchasing a chamber. ReWell hard-shell rentals are available on a six-month minimum term. Delivery is additional, and training is required for 2.5 ATA systems. Explore Hard-Shell Rental → Permanent Installation Chamber Ownership Soft & Hard-Shell Options Ownership may make more sense where HBOT is intended to become an established part of your service offering and expected utilisation supports permanent on-site access. ReWell chamber purchases include professional delivery and installation, with training and onboarding appropriate to the selected chamber and ongoing support. Explore Chambers for Sale → A Flexible Route to Ownership Rental Can Help You Learn From Real Utilisation Forecasts are useful. Actual usage is better. Beginning with rental can give a facility practical information about demand, workflow, staffing and how HBOT fits alongside existing services before committing to ownership. If you later decide to purchase, up to six months of eligible ReWell rental payments may be credited towards your chamber purchase. Professional Guidance Plan Your HBOT Setup With Davitt A professional HBOT project involves more than choosing a model from a catalogue. Davitt Meenaghan is an IBUM-certified Hyperbaric Safety Officer and works directly with ReWell clients on chamber selection, installation considerations, operational requirements and safe-use procedures. Tell him about your facility, expected users, available space and how you envisage HBOT fitting into your services. From there, ReWell can help you compare the most appropriate options. Discuss Your Facility With Davitt From Idea to Installation How a Professional ReWell Project Begins 01 Discuss Your Facility Talk through your setting, users, goals, space and expected utilisation. 02 Compare Options Review chamber type, pressure, configuration and whether rental or ownership fits. 03 Plan Installation Confirm the selected system, delivery, installation and applicable training requirements. 04 Implement & Support Complete onboarding and establish appropriate operating procedures with ongoing ReWell support. Professional HBOT FAQs Adding a Hyperbaric Chamber to Your Facility Can a clinic or sports facility buy a hyperbaric chamber in Ireland? Yes. ReWell supplies soft-shell and hard-shell chamber options for professional settings including health and rehabilitation clinics, physiotherapy and recovery facilities, sports and performance environments, and wellness and longevity businesses. Should a professional facility choose soft-shell or hard-shell HBOT? It depends on the intended use, required pressure, expected utilisation, available space and budget. A 1.5 ATA soft-shell system can provide a flexible entry point, while hard-shell systems provide higher-pressure capability and a more permanent professional installation. What pressure options does ReWell supply? ReWell's current range includes 1.5 ATA soft-shell chambers and a broader hard-shell range with systems operating up to 2.0 ATA, 2.0–2.4 ATA and 2.5 ATA depending on the model. Is training required for a professional hyperbaric chamber? Training and onboarding depend on the chamber selected. ReWell's 2.5 ATA systems require operational training, which is included with purchase. Appropriate operating guidance should be established for professional use regardless of chamber type. Can a business rent a hyperbaric chamber before buying? Yes. ReWell offers professional hard-shell rentals from €1,999 per month on a six-month minimum term, as well as soft-shell rental options. This can allow a facility to understand actual utilisation before deciding whether to purchase. Can rental payments be credited towards purchase? ReWell offers a rent-to-own pathway where up to six months of eligible rental payments may be credited towards a later chamber purchase. Eligibility and the specific arrangement should be confirmed with Davitt. What should a facility plan before installing HBOT? Important considerations include intended users, expected session volume, staffing and supervision, chamber location, access, power and installation requirements, screening, permitted items, cleaning, maintenance, emergency procedures and how HBOT will fit into the facility's existing services. Does ReWell deliver and install professional chambers? ReWell chamber purchases include professional delivery and installation across Ireland, with onboarding, required training where applicable and ongoing support. Rental delivery terms vary by chamber type, so these should be confirmed before proceeding. Planning Professional HBOT? Start With Your Facility — Then Choose the Chamber Tell ReWell how you plan to use HBOT, who you expect to use it and what your facility needs. Davitt can then help you compare chamber type, pressure, rental or ownership and the practical requirements around implementation. Explore Chambers Safety & Standards Discuss Your Facility This article provides general information about professional HBOT equipment and implementation. Chamber selection, installation, operating procedures, staff responsibilities, user suitability and any regulatory or professional requirements should be assessed for the specific facility and intended use.

HBOT Science · Recovery · Tissue Repair HBOT for Recovery: Inflammation, Oxygen & Tissue Repair Explained Why does Hyperbaric Oxygen Therapy keep appearing in conversations about recovery? Because recovery isn't one process. It involves energy production, inflammatory signalling, blood supply and the rebuilding of damaged tissue — and oxygen plays an important role across many of these processes. HBOT temporarily changes the oxygen environment in which recovery takes place. Oxygen Supports Cellular Energy Signalling Inflammatory & Redox Pathways Blood Supply Angiogenesis Is Studied Tissue Repair Collagen & Fibroblast Processes Understanding Recovery Your Body Doesn't Recover Through One Single Mechanism Whether you're recovering from demanding exercise, an injury or surgery, the body has a considerable amount of biological work to do. Cells need energy. Damaged tissue needs to be rebuilt. The immune system responds. Blood supply matters. Inflammatory signalling changes over time. New extracellular matrix and, in some situations, new microcirculation may need to develop. Oxygen is involved in many of these processes. That doesn't mean simply giving the body more oxygen guarantees faster recovery. It does help explain why changing oxygen availability through HBOT has attracted significant interest in wound healing, surgical recovery, injury and sports research. The Recovery Environment Four Processes That Matter During Recovery Cellular Energy Oxygen supports aerobic energy production, helping cells generate the energy required for normal function and repair. Inflammatory Response Inflammation is a normal part of healing. Its timing and regulation are important as tissue moves through different stages of recovery. Blood Supply Circulation delivers oxygen and nutrients to tissue and supports the biological processes involved in rebuilding and recovery. Tissue Rebuilding Fibroblast activity, collagen formation and extracellular-matrix processes contribute to repairing damaged tissue. Oxygen & Recovery Oxygen Is a Recovery Resource Cells use oxygen in aerobic metabolism to generate energy. Oxygen is also important in several processes involved in tissue repair, including fibroblast function and collagen formation. During HBOT, increased oxygen partial pressure allows substantially more oxygen to dissolve directly into blood plasma. This temporarily increases the oxygen carried in the circulation and can increase tissue oxygen availability where blood flow is sufficient to deliver it. Energy Oxygen supports aerobic cellular energy production. Repair Oxygen is important to fibroblast and collagen-related processes. Availability HBOT temporarily increases dissolved plasma oxygen. Inflammation Inflammation Isn't Simply “Bad” Inflammation is part of the body's normal response to injury and tissue stress. It helps coordinate immune activity and the early stages of repair. So describing HBOT as something that simply “reduces inflammation” misses the complexity of what is happening. Researchers are interested in the way hyperbaric oxygen influences redox signalling and inflammatory pathways, particularly in situations involving tissue hypoxia, ischaemia-reperfusion injury, problematic wounds or dysregulated inflammatory responses. The better way to think about HBOT is not as an inflammation “off switch”, but as an intervention capable of changing the biological environment and signalling involved in recovery. Rebuilding Tissue Tissue Repair Requires More Than Oxygen Alone Once tissue has been injured, recovery involves rebuilding its structure and restoring function. Hyperbaric research has examined several processes involved in this stage of recovery, including fibroblast activity, collagen-related processes and angiogenesis. Fibroblast Activity Fibroblasts are important cells in connective-tissue repair and the formation of extracellular matrix during healing. Collagen Collagen provides structural support to healing tissue, and adequate oxygen is important to normal collagen synthesis and cross-linking. Angiogenesis HBOT has been studied for effects on angiogenesis — the development of new blood vessels from existing vascular networks. Recovery isn't one switch to turn on. It's a coordinated process — and oxygen is one of the resources the body uses to make that process possible. Mechanism vs Outcome So Does This Mean HBOT Makes Everyone Recover Faster? No single biological mechanism can answer that question. The physiology explains why HBOT is relevant to recovery research. Clinical research then has to establish whether those mechanisms translate into meaningful outcomes for a particular injury, surgery, athlete or recovery goal. And that evidence is not identical across every situation. HBOT has well-established applications in selected wound and compromised-tissue settings. Research into broader surgical recovery, musculoskeletal injury and athletic recovery is developing, with results depending on the population, type of injury, HBOT protocol and outcome being measured. This is why ReWell separates the underlying science from the condition-specific research rather than turning every mechanism into a generic list of promised benefits. Explore the Evidence What Kind of Recovery Are You Exploring? The relevant research depends on the reason you're considering HBOT. Athletic Recovery Explore human research into exercise-induced muscle damage, post-exercise recovery, metabolic recovery and athletic performance. Explore HBOT for Athletic Recovery → Post-Surgery & Injury Explore research into wound healing, tissue repair, compromised tissue and the developing evidence around surgical and injury recovery. Explore Post-Surgery & Injury Recovery → Research References The Science Behind Recovery Mechanisms of Action Oxygen & Cellular Signalling This review describes how elevated oxygen partial pressure influences reactive oxygen and nitrogen species, intracellular signalling and growth-factor pathways associated with wound healing and post-ischaemic and post-inflammatory responses. PMID 24984320 → Surgical Recovery · 2026 Review Tissue Repair & Surgical Practice A 2026 narrative review of 38 included articles describes increased dissolved plasma oxygen alongside effects involving fibroblast activity, collagen cross-linking, angiogenesis, redox signalling and inflammatory pathways across surgical and wound-healing contexts. PMID 41732651 → Angiogenesis New Blood-Vessel Formation This review examines the mechanisms through which HBOT can enhance angiogenesis and why blood-vessel formation is relevant in problematic wounds, grafts and tissue repair. PMID 29494092 → Common Questions HBOT & Recovery FAQs How may HBOT support recovery? HBOT temporarily increases dissolved oxygen in blood plasma and tissue oxygen availability. Research has also examined its effects on cellular signalling, inflammatory pathways, fibroblast activity, collagen processes and angiogenesis. Whether these mechanisms translate into a meaningful recovery benefit depends on the specific situation and available clinical evidence. Does HBOT reduce inflammation? It is more accurate to say that HBOT can influence inflammatory and redox signalling pathways. Inflammation is an important part of normal repair, so it should not simply be viewed as something that always needs to be eliminated. Why is oxygen important for tissue repair? Oxygen supports cellular energy production and is involved in processes including fibroblast function, collagen formation and normal wound healing. Tissue oxygen availability can therefore be important during repair. Does HBOT increase blood flow? HBOT primarily changes oxygen availability by increasing oxygen partial pressure and dissolved plasma oxygen. Its vascular effects are more complex than simply “increasing blood flow”, and repeated exposure has also been studied for effects on angiogenesis and microvascular processes. Can HBOT help after surgery? HBOT has established roles in certain wound and compromised-tissue situations and is also being studied across broader surgical settings. Whether it is appropriate after a particular procedure depends on the surgery, stage of recovery, health circumstances and clinical context. Is HBOT useful for sports recovery? Research has examined HBOT following exercise and in relation to muscle damage, metabolic recovery and performance. Some studies report encouraging findings while others show limited effects, so the evidence should be considered according to the specific recovery goal and protocol. Does understanding the mechanism prove HBOT will improve recovery? No. Mechanism research explains why HBOT may be biologically relevant. Clinical studies are needed to determine whether those effects produce meaningful outcomes in a particular population or recovery setting. Explore Further From Recovery Science to the Research Explore how HBOT works, look at the evidence for your area of interest, or browse the ReWell Research Hub. How HBOT Works Athletic Recovery Post-Surgery & Injury Research Hub This article is for general educational purposes and does not constitute medical advice. HBOT suitability and the strength of evidence vary according to the condition, injury, recovery goal and individual circumstances. Appropriate screening should take place before beginning HBOT.

Home HBOT · Rent or Own Rent or Buy a Hyperbaric Chamber? How to Decide If you already know you want regular access to HBOT, the next question is often whether it makes more sense to rent a chamber or own one. Both can be the right decision. It comes down to how long you expect to use the chamber, how often it will be used, who will use it, the chamber type you need and how much commitment you want to make now. Compare Rental Options Explore Ownership €1,229/month Soft-Shell Rental From · VAT Included €9,999 Ownership From · Excluding VAT Up to 6 Months Eligible Rent-to-Own Credit 32 Counties Nationwide Delivery & Support The Decision There Isn't One Right Answer for Everyone Renting isn't simply for people who cannot buy, and ownership isn't automatically the better choice just because you expect to use HBOT regularly. Rental gives you flexibility and lets you experience home HBOT without making the full investment upfront. Ownership gives you permanent access and can become more attractive when the chamber is expected to be used frequently over a long period. The best decision is therefore less about asking “Which option is better?” and more about asking “Which option fits how we will actually use the chamber?” Quick Comparison Rent for Flexibility. Own for Long-Term Access. More Flexible Rent a Chamber Soft-Shell from €1,229/month incl. VAT Rental is often the easier starting point when you want regular access without immediately committing to ownership. Useful for a defined recovery or wellness period Good if you're new to home HBOT Lower upfront commitment Lets you see how often the chamber is actually used Soft-shell rental available from one month Setup, guidance and ongoing support included Compare ReWell Rental Options → Permanent Access Own a Chamber From €9,999 · Excluding VAT Ownership becomes more relevant when HBOT is expected to remain part of your routine or the chamber will have frequent use. Permanent access without rental time limits Useful for frequent or longer-term use Can suit multiple appropriate users Suitable options for personal and professional settings Soft-shell and hard-shell chambers available Delivery, installation and ongoing support included Explore Chambers for Sale → Side by Side Rent vs Buy: What's the Practical Difference? Consideration Rent Buy Upfront commitment Rent Lower Buy Higher Access period Rent Defined rental period Buy Permanent ownership Best suited to Rent Trying home HBOT, shorter-term use or a defined programme Buy Frequent, ongoing or professional use Soft-shell starting point Rent From € 1,229/month, including VAT Buy From €9,999, excluding VAT Hard-shell options Rent Available from €1,999/month on longer rental terms Buy Available to purchase Setup & support Rent Included according to the selected rental option Buy Delivery, installation and ongoing support included Can rental contribute to purchase? Rent Up to six months of eligible rental payments may be credited towards purchase Buy Not applicable once purchased The Middle Ground You Don't Have to Decide on Day One ReWell's rent-to-own pathway gives you another option. You can begin with rental, experience what it is actually like to have a chamber at home and then decide whether ownership makes sense. If you later purchase, up to six months of eligible rental payments may be credited towards your chamber purchase. That means the rental period can become part of your decision-making process rather than simply being a temporary alternative to ownership. Explore Rent-to-Buy Before You Decide Five Questions to Ask Yourself 01 How often do you realistically expect the chamber to be used each week? 02 Is this for a defined recovery period or something you expect to continue long term? 03 Will the chamber be used by one person or several appropriate users? 04 Do you need a particular chamber shape, pressure or accessibility configuration? 05 Would you rather keep your commitment lower now or invest in permanent access? A Simple Rule of Thumb When Does Each Option Usually Make More Sense? Rental may suit you if... You're new to home HBOT, you have a defined timeframe in mind, you're unsure how regularly the chamber will be used or you want practical experience before committing to a purchase. Ownership may suit you if... You expect regular long-term use, multiple appropriate people will use the chamber, you want permanent access or the chamber is intended for a professional environment. Rent-to-own may suit you if... You think ownership may eventually make sense but would rather make that decision after experiencing the chamber in everyday use. Not Sure Which Way to Go? Ask Davitt to Help You Compare Rent vs Own The answer isn't always obvious from price alone. Davitt can talk through how you expect to use the chamber, how often it is likely to be used, your preferred chamber type, the available space and whether rental, rent-to-own or ownership makes more sense. As an IBUM-certified Hyperbaric Safety Officer, he can also help you understand the practical differences between the available chamber options before you commit. Book a Discovery Call Common Questions Renting vs Buying a Hyperbaric Chamber Is it better to rent or buy a hyperbaric chamber? It depends on how long and how frequently you expect to use it. Rental gives you more flexibility and a lower initial commitment, while ownership can make more sense when regular HBOT is expected to continue over the long term. How much does it cost to rent a ReWell chamber? ReWell's 1.5 ATA soft-shell chamber rentals currently start from €1,229 for one month, including VAT. Hard-shell rentals start from €1,999 per month and have longer minimum rental terms. How much does it cost to buy a ReWell hyperbaric chamber? ReWell chamber ownership currently starts from €9,999 excluding VAT, with both soft-shell and hard-shell options available. Can I rent first and buy later? Yes. ReWell offers a rent-to-own pathway where up to six months of eligible rental payments may be credited towards a later chamber purchase. Is buying always cheaper in the long term? Not necessarily. Ownership can become more attractive with frequent, long-term use, but the economics depend on the chamber selected, how long you expect to use it and how often it will actually be used. Can more than one person use an owned hyperbaric chamber? Potentially, where each person is suitable for HBOT and the chamber is used according to the relevant guidance. This can be one reason ownership becomes more practical for households or professional settings. Are hard-shell chambers available to rent as well as buy? Yes. ReWell currently offers hard-shell rental options as well as hard-shell chambers for purchase. Rental terms and pricing differ from the flexible soft-shell range. Compare Your Options Rent, Own or Start With a Conversation Explore the ReWell rental range, compare chambers available to buy or speak with Davitt if you're not yet sure which route makes the most sense. Compare Rentals Explore Ownership Speak With Davitt This article is for general educational purposes and does not constitute medical advice. HBOT suitability should be considered before use, and the most appropriate chamber, pressure and access pathway depend on individual circumstances and intended use.

Rugby · Recovery · HBOT Research HBOT & Rugby: What the Research Says About Recovery, Concussion & Performance Rugby asks a lot of the body: repeated high-intensity effort, collisions, muscle damage, heavy training loads and, at times, concussion. Hyperbaric Oxygen Therapy is increasingly being explored as a recovery tool — but what does the research actually show, and where is the evidence still developing? ReWell Ireland · Updated September 2026 · Evidence-Aware Guide Clinic Kildare Home Rental Across 32 Counties Personally Guided Individual Protocols IBUM Certified Safety Oversight The Short Answer HBOT Is Interesting for Rugby Recovery — But It Isn't a Shortcut Hyperbaric Oxygen Therapy increases the amount of oxygen dissolved in the blood plasma while a person is breathing oxygen under increased atmospheric pressure. Researchers are studying whether this temporary increase in oxygen availability can influence biological processes involved in muscle recovery, tissue repair, inflammation and brain recovery. For rugby players, the research is relevant because the sport combines several different recovery demands: exercise-induced muscle damage, soft-tissue and ligament injury, cumulative fatigue and the possibility of concussion. What does the evidence currently suggest?Some studies and recent reviews suggest HBOT may influence certain markers of muscular and post-exercise recovery. There is also a small rugby-specific study suggesting a possible role following knee ligament injury. Research into persistent post-concussion symptoms has produced promising findings in some trials, but results across the wider evidence base remain mixed. There is currently no strong evidence that HBOT simply makes healthy rugby players faster, stronger or more powerful. 01 Recovery Can HBOT influence muscle damage, soreness or recovery between demanding training sessions and matches? 02 Injury Is there evidence that increased oxygen availability may support tissue-repair processes following sporting injury? 03 Concussion What does research into HBOT and persistent post-concussion symptoms actually tell us? The Science Why Oxygen Is Relevant to Recovery Oxygen is fundamental to cellular energy production and many of the processes involved in repairing damaged tissue. During HBOT, increased pressure allows substantially more oxygen to dissolve directly into the blood plasma than under normal atmospheric conditions. That does not mean HBOT automatically repairs an injury. Oxygen still needs to be delivered through functioning circulation, and recovery depends on the injury, training load, rehabilitation, sleep, nutrition and many other factors. Greater Oxygen Availability HBOT temporarily increases the amount of oxygen carried in plasma, increasing oxygen availability to perfused tissues during treatment. Cellular Signalling Hyperbaric oxygen can influence oxygen-sensitive signalling pathways involved in inflammation, oxidative signalling and cellular responses. Tissue Repair Oxygen plays an important role in fibroblast activity, collagen production and other processes involved in normal tissue repair. Blood-Vessel Formation Repeated hyperbaric oxygen exposure has been studied for its effects on angiogenesis — the formation of new microvasculature in healing tissue. Rugby Recovery What Does the Research Say About Muscle Recovery? This is one of the most relevant areas for rugby. Repeated sprinting, acceleration, tackling and contact can contribute to muscular fatigue and exercise-induced muscle damage. The evidence is not completely consistent, but several recent reviews give us a clearer picture than the older individual studies often quoted in HBOT marketing. 2025 Systematic Review & Meta-Analysis · 299 Participants Exercise-Induced Muscle Injury & Soreness A systematic review and meta-analysis examined 10 studies involving 299 participants. The authors reported evidence suggesting HBOT may accelerate recovery from exercise-induced muscle injury. However, outcomes varied according to the measure being assessed, and the studies used different pressures, treatment schedules and exercise protocols. What this means: potentially encouraging for some measures of muscle recovery, but it does not establish a universal post-match HBOT protocol for athletes. View the research on PubMed → 2026 Systematic Review & Meta-Analysis HBOT as an Athletic Recovery Intervention A more recent systematic review and meta-analysis examined HBOT specifically as an intervention for athletic recovery. The research suggests HBOT may affect some post-exercise recovery measures, but the evidence remains dependent on protocol, timing and the particular outcome being measured. The important point is that recovery markers and performance outcomes are not the same thing. An improvement in one biological measure does not automatically mean an athlete will run faster, jump higher or perform better in the next match. View the research on PubMed → 2026 Systematic Review · 19 Studies · 612 Patients The Wider Musculoskeletal Evidence Is Still Mixed A 2026 systematic review examining HBOT across musculoskeletal conditions found the strongest consistency in certain bone conditions. Evidence relating to exercise-induced muscle damage was limited, ligament evidence remained preliminary and tendon findings were inconclusive. This is why HBOT should be considered a potential adjunct to rehabilitation rather than a replacement for physiotherapy, strength work, load management or normal sports-medicine care. View the research on PubMed → Rugby-Specific Research There Is One Particularly Relevant Rugby Study One study looked specifically at professional and semi-professional Japanese rugby players with grade 2 medial collateral ligament injuries of the knee. Thirty-two players were compared. Sixteen received HBOT during the acute phase and sixteen did not. The researchers reported lower pain scores immediately after HBOT sessions and a shorter average return-to-play period in the HBOT group: approximately 31 days compared with approximately 42 days in the non-HBOT group. The important limitation This was a relatively small, non-randomised comparative study. It is interesting and directly relevant to rugby, but it does not prove that HBOT will shorten recovery time for every ligament injury or every rugby player. View the rugby study on PubMed → Concussion & Brain Recovery What About HBOT After Concussion? This needs much more careful wording than the original article. Concussion is a brain injury, and suspected concussion in rugby requires appropriate medical assessment and established return-to-play protocols. Researchers have studied HBOT mainly in people with persistent post-concussion symptoms after mild traumatic brain injury — rather than as an immediate treatment that allows an athlete to return to play more quickly. Randomised Controlled Research Some Studies Have Reported Improvements A randomised controlled crossover study examining persistent post-concussion syndrome reported improvements in symptoms and cognitive measures following a course of HBOT. View the study on PubMed → 2023 Double-Blinded Pilot Study But the Evidence Is Not Uniform Other controlled studies have produced less definitive findings, which is one reason HBOT for persistent post-concussion symptoms remains an area of ongoing research rather than an established universal concussion treatment. View the research on PubMed → For rugby players, this distinction matters. HBOT should never be used to bypass concussion protocols or medical clearance. A player with suspected concussion should be removed from play and managed according to appropriate medical and return-to-play guidance. HBOT may be explored as a supportive option in selected circumstances — particularly where symptoms persist — but not as a substitute for concussion care. You can explore this topic in more detail on our Concussion & Brain Injury page → Performance Does HBOT make rugby players perform better? The Research Doesn't Support That Simple Claim This is where the original article went too far. Recovery and performance are related, but they are not interchangeable. A double-blind randomised controlled trial in elite youth football players examined a single HBOT session following a 90-minute match. Researchers found no significant difference between HBOT and control groups in the measured biochemical or physical-performance outcomes. The HBOT group did show a difference in one subjective recovery measure, but the study did not demonstrate a clear improvement in speed, jumping performance or muscle-damage markers. So while HBOT may be explored as part of an athlete's wider recovery strategy, it would be misleading to describe it as a proven performance enhancer. View the football recovery trial → Putting the Evidence in Context What Does All of This Mean for a Rugby Player? HBOT is best thought of as one possible component of a wider recovery programme — not a replacement for the fundamentals that determine recovery and performance. Worth Exploring HBOT may be considered where athletes are managing demanding training loads, certain injuries or longer-term recovery needs, particularly when regular access can be integrated sensibly into the wider programme. Not a Shortcut It does not replace rehabilitation, sleep, nutrition, load management, strength and conditioning, medical treatment or appropriate time away from sport. Protocol Matters Research uses very different chamber pressures, oxygen exposures, session durations and treatment schedules. That makes generic “one protocol suits everyone” claims difficult to justify. Concussion Is Different Persistent post-concussion symptoms are being researched, but HBOT must not be used to shorten or bypass recognised concussion return-to-play procedures. Access HBOT With ReWell Three Ways to Explore HBOT Whether you want to experience a guided clinic session first or need more consistent access around training and recovery, ReWell offers clinic, rental and ownership pathways. Try It First Clinic Session Start with a guided session at our Kildare clinic before deciding whether HBOT is something you want to use more regularly. From €85 incl. VAT 60 minute session  Book a Session Regular Access Home Chamber Rental For athletes using HBOT repeatedly around a training or recovery programme, home access removes repeated travel to a clinic. From €1,229 incl. VAT Per month · delivery across all 32 counties. View Rental Options Long-Term Access Chamber Ownership For individuals, families, teams or professional settings looking for unrestricted ongoing access to their own chamber. From €9,999 excl. VAT Up to 6 months of eligible rental payments may be credited towards purchase.  Explore Ownership Your Guide HBOT Should Fit the Athlete — Not the Other Way Around Davitt Meenaghan is an IBUM-certified Hyperbaric Safety Officer. Rather than applying one generic programme to every athlete, ReWell considers why you are exploring HBOT, your training schedule, recovery needs, current injury or rehabilitation plan and how regular access would realistically fit around your week. That is particularly important in sport because the research itself uses very different pressures, session frequencies and treatment durations. More treatment is not automatically better, and higher pressure is not automatically better. Speak With Davitt Continue Exploring More on HBOT, Sport & Recovery Athletic Recovery & Performance → Concussion & Brain Injury → Explore the HBOT Research Hub → How Hyperbaric Oxygen Therapy Works → Selected Research References Moghadam N, et al. Hyperbaric Oxygen Therapy in Sports Musculoskeletal Injuries. Med Sci Sports Exerc. 2020. PubMed Effects of Hyperbaric Oxygen Therapy on Exercise-Induced Muscle Injury and Soreness: A Systematic Review and Meta-analysis. PubMed Babel S, Bosco G, Camporesi E. Hyperbaric Oxygen Treatment for Enhancing Athletic Recovery: A Systematic Review and Meta-Analysis. 2026. PubMed Effects of HBOT on human musculoskeletal pathologies in clinical studies: a systematic review. 2026. PubMed Effects of HBOT on recovery acceleration in Japanese professional or semi-professional rugby players with grade 2 MCL injury. PubMed Hyperbaric oxygen therapy for mild traumatic brain injury persistent postconcussion syndrome: a randomised controlled trial. PubMed Hyperbaric Oxygen Therapy versus placebo for post-concussion syndrome (HOT-POCS): a randomised, double-blinded controlled pilot study. PubMed Effects of HBOT on recovery after a football match in young players: a double-blind randomised controlled trial. PubMed Common Questions HBOT & Rugby FAQs Can HBOT help rugby players recover after matches? Research suggests HBOT may affect some measures associated with exercise recovery and muscle damage, but results are mixed and depend on the protocol and outcome being measured. It should be considered an adjunct to good recovery practices rather than a replacement for them. Does HBOT reduce muscle soreness? Not consistently. Some research has reported improvements in aspects of muscle recovery, but systematic reviews have not shown a reliable reduction in soreness across every study. Can HBOT make me perform better on the pitch? There is not sufficient evidence to describe HBOT as a proven athletic performance enhancer. Recovery studies and performance studies measure different outcomes, and improved recovery markers do not necessarily translate into faster running, greater power or better match performance. Can rugby players use HBOT after concussion? HBOT has been researched in people with persistent symptoms after mild traumatic brain injury, but the evidence remains mixed. Suspected concussion requires appropriate medical assessment and HBOT must never be used to bypass recognised return-to-play protocols. How many HBOT sessions does an athlete need? There is no universally established HBOT protocol for athletic recovery. Research protocols vary substantially, so frequency, pressure and duration should be considered according to the reason for treatment and the individual's circumstances. The Bottom Line Promising in Areas. Not Proven for Everything. For rugby players, HBOT is most interesting as a potential recovery tool rather than a guaranteed performance enhancer. Research into exercise-induced muscle damage, sporting injury and persistent post-concussion symptoms continues to develop. Some findings are encouraging, including a small rugby-specific ligament study, but the evidence is not strong enough to promise faster recovery for every athlete or every injury. The best approach is to look at HBOT in context: what you are recovering from, what other rehabilitation or medical care is required, what the evidence actually supports and whether regular HBOT is appropriate for your individual circumstances. Not Sure Where to Start? Explore Whether HBOT Fits Your Recovery Programme Speak with Davitt about your sport, training schedule, recovery goals and whether you're looking at clinic sessions, home rental or chamber ownership. Book a Discovery Call Explore Home Rental This article is for general educational information only and is not medical advice, diagnosis or treatment. HBOT is not a replacement for medical assessment, rehabilitation or recognised concussion and return-to-play protocols. Evidence varies according to condition, pressure, oxygen exposure and treatment protocol. Individual suitability should be assessed before starting HBOT.

HBOT Safety · Screening · Side Effects Is Hyperbaric Oxygen Therapy Safe? Hyperbaric Oxygen Therapy has a long history of clinical use and is generally well tolerated when appropriate screening, equipment and operating procedures are in place. But HBOT involves both increased atmospheric pressure and increased oxygen exposure, so good safety is not simply about the chamber itself. It starts with choosing the right person, the right protocol and the right operating environment. Read ReWell's Safety Standards Try HBOT in Naas Screened First Suitability Before HBOT Clear Protocols Pressure, Setup & Guidance Ongoing Support Clinic & Home Access IBUM Certified Hyperbaric Safety Officer The Short Answer Yes — HBOT Is Generally Well Tolerated Like any therapy that changes pressure and oxygen exposure, HBOT has recognised risks and situations where extra care is needed. Most people tolerate appropriately delivered HBOT well. Good screening and operating procedures are designed to identify potential problems before a session begins and reduce avoidable risk during treatment. The most familiar issue for many first-time users is simply the change in pressure as the chamber begins to pressurise. What Makes HBOT Safe? Safety Has Three Parts The Person Medical history, contraindications, medications and ability to tolerate pressure should be considered first. The Protocol Pressure, oxygen exposure, session duration and frequency should be appropriate for the individual and chamber. The Environment Equipment, oxygen safety, ignition controls, operating procedures and support all matter. Your First Session What Does HBOT Usually Feel Like? During Pressurisation You will usually notice pressure changing in your ears as the chamber pressurises. It is often compared with the sensation during aircraft take-off or landing. You are shown how to equalise your ears before starting. Once at Pressure Once the chamber reaches its operating pressure, the pressure-change sensation settles. The remainder of the session is generally calm, with the chamber maintaining a stable environment until decompression begins. Pressure & Equalisation Why Your Ears Matter The middle ear contains air, so pressure needs to equalise as the surrounding chamber pressure changes. Middle-ear barotrauma is one of the best-known pressure-related complications of HBOT, particularly if someone cannot equalise effectively. This is why you should never feel that you have to “push through” painful ear pressure. Pressurisation can be slowed or stopped and the issue addressed. Swallow Helps open the Eustachian tubes Yawn A simple equalisation technique Move Your Jaw Can help relieve ear pressure Tell Us Never continue through significant pain Possible Side Effects What Risks Should You Know About? Most recognised HBOT side effects are related either to changing pressure or increased oxygen exposure. More Commonly Discussed Ear or Sinus Discomfort Pressure changes can cause ear or sinus discomfort and, if equalisation is unsuccessful, barotrauma. Screening and learning how to equalise are important preventative steps. Individual Response Confinement Anxiety Some people feel anxious in an enclosed chamber. Familiarisation, understanding how the chamber works and knowing how to communicate or end a session can make a significant difference. Repeated Exposure Temporary Vision Changes Temporary myopic changes can occur during repeated hyperbaric exposure. These are recognised oxygen-related effects and are generally reversible after HBOT stops. Uncommon but Important Oxygen Toxicity High oxygen partial pressures can produce neurological or pulmonary oxygen toxicity. Modern protocols manage oxygen exposure to reduce this risk, but it remains one reason pressure and duration should be properly controlled. Screening Before HBOT Who Needs Additional Assessment? Screening does not mean looking for reasons to exclude everybody. It means identifying circumstances where HBOT needs to be avoided, delayed or adapted. Lung Conditions Certain lung conditions can increase the risk of pressure-related complications and require individual assessment. Cold, Sinus or Ear Problems Congestion can make pressure equalisation more difficult and increase barotrauma risk. Medications Some medications require specific consideration before hyperbaric exposure. Implanted Devices Not every implanted or medical device is rated for use under hyperbaric pressure. Seizure Risk Factors that lower seizure threshold should be considered alongside oxygen exposure. Confinement Anxiety Claustrophobia or anxiety should be discussed before entering the chamber. Untreated pneumothorax is the recognised absolute contraindication to HBOT. Other conditions are assessed individually rather than being treated as automatic exclusions. Oxygen & Fire Safety Why There Are Strict Rules About What Goes Inside Oxygen does not ignite by itself, but it supports combustion. In oxygen-enriched environments, materials can ignite more easily and burn more rapidly. That is why hyperbaric safety includes strict control of ignition sources, electronics, batteries and unsuitable products inside the chamber. These rules are not unnecessary restrictions. They are a core part of responsible chamber operation. No Phones Electronic devices stay outside No Smartwatches Battery-powered wearables stay outside No Ignition Sources Anything capable of creating heat or spark is controlled Follow Setup Rules Use only approved clothing and products How ReWell Approaches Safety Safety Starts Before the Chamber Is Switched On Whether you attend ReWell's Naas clinic or use one of our chambers at home, the safety process starts before your first session. 01 Screening Your health history and suitability are reviewed before HBOT is recommended. 02 Personalised Protocol Pressure, session frequency and pacing are considered around your circumstances. 03 Safety Guidance You are shown how the chamber works, how to equalise and what can and cannot go inside. 04 Ongoing Support ReWell remains available throughout your programme if questions or concerns arise. Read ReWell's Full HBOT Safety & Clinical Standards → Choosing an HBOT Provider Questions Worth Asking Before You Start ✓ Who is responsible for hyperbaric safety? ✓ What screening takes place before treatment, rental or chamber use? ✓ How will I be shown to equalise my ears? ✓ What training and chamber setup guidance are included? ✓ What are the rules around electronics, batteries and ignition sources? ✓ What happens if I experience ear pain, anxiety or another problem during a session? ✓ Who can I contact if I have questions once the chamber is in my home? Safety Starts With Guidance Your HBOT Programme, Guided by Davitt ReWell's HBOT programmes are guided by Davitt Meenaghan, IBUM-certified Hyperbaric Safety Officer. “Safety isn't about making HBOT complicated. It's about making sure the person is suitable, the chamber is used properly and you know exactly what to do before you begin.” Davitt guides ReWell clients through suitability, pressure equalisation, chamber operation, device restrictions and the practical safety procedures needed for both clinic and home HBOT. If you are renting a chamber, that guidance continues after installation rather than ending when the equipment arrives. Speak With Davitt → Further Reading HBOT Safety & Patient Selection References Hyperbaric Oxygen Therapy Contraindications Updated StatPearls review covering absolute and relative contraindications to HBOT and the role of pre-treatment evaluation. NCBI Bookshelf NBK557661 → Hyperbaric Patient Selection Overview of patient screening, contraindications, clinical requirements and appropriate hyperbaric patient selection. NCBI Bookshelf NBK499820 → Hyperbaric Complications Current overview of pressure-related complications, oxygen toxicity, confinement anxiety and other recognised adverse effects. NCBI Bookshelf NBK459191 → Common Questions HBOT Safety FAQs Is hyperbaric oxygen therapy safe? HBOT is generally well tolerated when appropriate screening, equipment and operating procedures are in place. Like any therapy involving pressure and oxygen, it has recognised risks, which is why screening and clear safety protocols matter. What is the most common problem people experience with HBOT? Ear discomfort associated with pressure equalisation is one of the most commonly discussed issues. If the ears cannot equalise properly, pressure can cause middle-ear barotrauma. Learning equalisation techniques and slowing or stopping pressurisation if needed can help reduce this risk. Who should not use HBOT? Untreated pneumothorax is the recognised absolute contraindication. Other medical conditions, medications, lung issues and implanted devices may require individual assessment before HBOT rather than automatically ruling it out. Can you use HBOT if you have a cold or blocked sinuses? Congestion can make pressure equalisation more difficult and increase the risk of ear or sinus barotrauma. If you develop a cold, sinus symptoms or significant congestion, discuss this with ReWell before your session. Can phones go inside a hyperbaric chamber? ReWell does not allow phones, smartwatches, tablets or similar battery-powered electronic devices inside its chambers. Controlling electronics and potential ignition sources is part of the hyperbaric safety process. Can HBOT affect your eyesight? Repeated hyperbaric oxygen exposure can sometimes cause temporary changes in short-sightedness. These changes are generally reversible after treatment finishes, although any new visual symptoms should be discussed with the treating team. Can HBOT cause oxygen toxicity? Oxygen toxicity is a recognised potential complication of elevated oxygen exposure. Risk depends on factors including pressure, duration and cumulative exposure, which is why hyperbaric protocols control these variables. Is home HBOT safe? Safe home HBOT depends on appropriate screening, correct chamber setup, clear operating guidance, strict device and ignition rules and access to support. ReWell provides installation, safety guidance and ongoing support with its home rental programmes. Start With Confidence New to HBOT? Start With the Right Guidance Read ReWell's complete safety standards, experience your first session at our Naas clinic, or speak with Davitt if you have questions about suitability or safe HBOT access at home. Read Our Safety Standards Book Your First Session Talk to Davitt This article is for general educational purposes and is not a substitute for individual medical assessment. HBOT may not be suitable for everyone. Medical history, medications, lung health, implanted devices and other relevant circumstances should be reviewed before starting hyperbaric oxygen therapy.

Longevity · Healthy Ageing · Healthspan · HBOT Research · 9 Min Read HBOT & Healthy Ageing: What Could Hyperbaric Oxygen Therapy Mean for Longevity? Longevity has become a crowded space. Supplements, wearables, fasting, cold exposure, red light and countless “anti-ageing” protocols all compete for attention. Hyperbaric Oxygen Therapy deserves a more serious conversation. HBOT has established physiological effects and a growing body of research exploring vascular function, cognition, tissue responses and biological processes associated with ageing. The interesting question isn't whether HBOT can make us immortal. It is whether this technology could have a meaningful place in the science of staying healthier for longer. Explore the Healthy-Ageing Research ↓ In This Article Healthspan, not immortality Why HBOT is being studied Human healthy-ageing research Vascular health & angiogenesis What does the research mean? Where HBOT fits Try, Rent or Own Common questions Start With the Right Goal Healthspan, Not Immortality Longevity is often talked about as though the goal is simply adding more years. But living longer only tells part of the story. Healthspan is about the years we remain healthy, active, cognitively capable and independent. Can we maintain strength? Keep moving? Think clearly? Recover well? Continue working, travelling, exercising and doing the things that make life worthwhile? That is a far more useful lens for healthy-ageing research — and it is the lens ReWell uses when discussing longevity. The Science Why Is HBOT Being Studied in Healthy Ageing? HBOT does much more than temporarily deliver additional oxygen. Increased atmospheric pressure allows more oxygen to dissolve directly into blood plasma, creating a substantial increase in oxygen availability during treatment. Repeated exposure also triggers a series of biological signalling responses — and it is these wider effects that make HBOT particularly interesting to researchers studying ageing and recovery. The Research Rationale Increased Pressure + Oxygen↓Increased Dissolved Plasma Oxygen↓Repeated Hyperoxic Exposure↓Cellular & Vascular Signalling Responses↓Research Into Recovery, Cognition, Blood Flow & Healthy Ageing Vascular Function HBOT research includes effects on blood-vessel formation, endothelial function and vascular signalling — processes relevant to how tissues receive oxygen and nutrients. Cellular Signalling Hyperoxic exposure influences reactive oxygen and nitrogen species that act as signalling molecules and can trigger downstream biological responses. Tissue Repair HBOT has established effects relevant to tissue repair, including growth-factor signalling and angiogenesis. Brain & Cognition Human research in older adults has explored whether repeated HBOT may influence cerebral blood flow and cognitive performance. These effects provide a biological reason to investigate HBOT in ageing. They are not, by themselves, proof that HBOT extends lifespan. The Human Research What Has Actually Been Studied in Healthy Older Adults? This is where the longevity conversation becomes particularly interesting. HBOT research is not limited to animal models or people recovering from illness. A small number of human studies have specifically investigated healthy older adults. Randomised Controlled Trial · 63 Healthy Adults Aged 64+ Cognition & Cerebral Blood Flow A randomised controlled trial investigated the effect of HBOT on cognitive function in healthy ageing adults. Sixty-three independently living adults over 64 were randomised to either HBOT or a control group over a three-month period. Following HBOT, researchers reported a significant improvement in global cognitive function compared with the control group. Attention One of the strongest improvements Processing Speed Significant improvement reported Brain Blood Flow Increases seen on perfusion MRI Perfusion MRI also showed increased cerebral blood flow in several brain regions in the HBOT group. This does not establish HBOT as a treatment for cognitive ageing, but it provides direct human evidence that repeated hyperbaric exposure can influence measurable cognitive and cerebral blood-flow outcomes in healthy older adults. View the study on PubMed → Prospective Trial · 35 Healthy Adults Aged 64+ Telomeres & Senescent Immune Cells Another prospective trial looked at two biological features strongly associated with ageing: telomere length and cellular senescence. Thirty-five healthy, independently living adults aged 64 and over completed a protocol involving 60 daily HBOT exposures. Researchers reported increases of more than 20% in telomere length in several immune-cell populations following the intervention, alongside reductions in some senescent-cell populations. These findings attracted considerable attention because telomere shortening and cellular senescence are recognised features of biological ageing. But there is an important distinction: changing a biological marker associated with ageing is not the same as proving that an intervention reverses ageing or extends human lifespan. View the study on PubMed → Healthy-ageing research becomes meaningful when we look beyond “anti-ageing” claims and ask what is actually changing — cognition, blood flow, vascular function, cellular signalling or measurable biological markers. Vascular Health Why Blood Vessels Matter as We Age Healthy ageing depends in part on a vascular system capable of delivering oxygen and nutrients throughout the body. The endothelium — the layer of cells lining our blood vessels — plays an important role in vascular function and cardiovascular health. A recent review of HBOT and cardiovascular health examined emerging evidence around endothelial function, vascular homeostasis, angiogenesis, antioxidant defences, inflammation and cardiovascular risk factors. Angiogenesis is particularly relevant. HBOT has been shown to stimulate processes involved in the formation of new blood vessels, an established part of its biological effects in tissue repair. That does not mean HBOT prevents cardiovascular ageing. It does explain why vascular function has become another important part of the healthy-ageing research conversation. Explore the cardiovascular review → Putting the Research in Context Does This Mean HBOT “Reverses Ageing”? No — and we don't need that claim for the research to be interesting. Human studies have reported changes in cognition, cerebral blood flow, telomere length and cellular senescence following specific repeated HBOT protocols in healthy older adults. Separate research describes effects relevant to angiogenesis, vascular function, cellular signalling, inflammatory processes and tissue repair. That creates a credible and expanding research field around HBOT and healthy ageing. What has not been demonstrated is that HBOT makes people biologically younger in every meaningful sense, prevents ageing or extends human lifespan. The better question is whether some of the physiological responses to HBOT may eventually prove useful in protecting aspects of healthspan — and that is a question researchers are actively exploring. The Bigger Picture Where Does HBOT Fit in a Longevity Strategy? Technology can be exciting. But healthy ageing still begins with fundamentals. The biggest longevity opportunity is not finding one machine, supplement or protocol that replaces everything else. It is building a strong foundation — and then deciding which additional strategies genuinely deserve a place above it. Nutrition Eating patterns that support long-term health Strength Maintaining muscle, function and independence Movement Staying active, mobile and physically capable Sleep Supporting recovery and cognitive health Metabolic Health Managing the health factors that matter over decades Connection Relationships, purpose and an engaged life HBOT may sit above those foundations as a targeted technology for people interested in recovery, oxygenation, brain health and emerging healthy-ageing research. That is very different from assuming that more chamber sessions automatically equal greater longevity. ReWell Longevity & Healthspan Start With How You Want to Age ReWell's Longevity & Healthspan service takes a wider view than HBOT alone. The focus is on building a practical strategy around the areas that matter to long-term health — including nutrition, strength, movement, sleep, recovery and lifestyle — before deciding where technologies such as HBOT may fit. You don't need to wait until something is wrong to start thinking seriously about how you want to feel, function and live as you get older. Explore Longevity & Healthspan at ReWell → HBOT Access in Ireland Explore HBOT at the Level That Suits You Some people simply want to experience HBOT. Others are interested in repeated access as part of a longer-term recovery or healthy-ageing routine. Try Experience HBOT in Clinic Start with an introductory session at ReWell in Naas, Co. Kildare and experience HBOT before considering more regular access. 60 minute session €85 incl. VAT Book an HBOT Session → Rent Regular Access at Home Home rental can make repeated HBOT easier to incorporate into everyday life without travelling to the clinic for every session. From €1,229/month incl. VAT Explore Home HBOT Rental → Own Make HBOT Part of the Long Term For individuals, families or facilities wanting ongoing access, ReWell supplies a range of soft-shell and hard-shell hyperbaric chambers. From €9,999 excl. VAT Explore HBOT Chambers → Thinking about ownership later? Up to six months of eligible ReWell rental payments can be credited towards purchasing your chamber. ReWell offers clinic sessions, nationwide home rental and chamber ownership for different levels of HBOT access. A More Considered Approach Healthy Ageing Without Chasing Every Trend ReWell's HBOT programmes are guided by Davitt Meenaghan, IBUM-certified Hyperbaric Safety Officer. “Longevity can become an endless list of things people think they should be doing. I think the better starting point is understanding what matters for you, getting the foundations right and then deciding which additional tools genuinely make sense.” If HBOT is one of the technologies you are considering, Davitt can talk you through the research, screening, chamber options, pressure, frequency and the practical differences between clinic and home access. Talk to Davitt — Book a Free Discovery Call → Keep Exploring Longevity, Healthspan & HBOT Longevity & Healthspan Build a wider healthy-ageing strategy around nutrition, movement, strength, sleep, recovery and lifestyle. Explore Longevity at ReWell → HBOT Research Explore published research across cognition, vascular health, recovery, chronic pain and other areas. Visit the Research Hub → Own a Hyperbaric Chamber Explore ReWell's soft-shell and hard-shell chambers for people looking for long-term HBOT access. Explore Chamber Ownership → Common Questions HBOT, Longevity & Healthy Ageing FAQs Is HBOT an anti-ageing treatment? HBOT is being studied in areas relevant to healthy ageing, but it has not been proven to stop ageing or extend human lifespan. Human studies have reported changes in cognition, cerebral blood flow and selected cellular markers associated with ageing after specific repeated HBOT protocols. Has HBOT been studied in healthy older adults? Yes. Human research includes a randomised controlled trial of 63 healthy adults over 64 that reported improvements in global cognitive function, particularly attention and processing speed, alongside increases in cerebral blood flow. Other prospective research has examined telomere length and cellular senescence. Does HBOT improve brain function as we age? One randomised controlled trial in healthy older adults reported improvements in global cognitive function after a three-month HBOT protocol, with particularly strong changes in attention and information-processing speed. Perfusion MRI also showed increased cerebral blood flow in several brain regions. Does HBOT lengthen telomeres? A prospective study of 35 healthy adults aged 64 and over reported increases of more than 20% in telomere length in several immune-cell populations after a 60-session HBOT protocol. This is an interesting biological finding, but it does not demonstrate that HBOT reverses ageing or extends lifespan. Why is vascular health relevant to longevity? Healthy blood vessels are fundamental to delivering oxygen and nutrients throughout the body. HBOT research includes effects on angiogenesis, endothelial function and vascular signalling, which is why cardiovascular and vascular health form part of the emerging healthy-ageing research. Where should HBOT fit in a longevity plan? ReWell sees HBOT as a potential addition rather than a replacement for the foundations of healthy ageing. Nutrition, strength, movement, sleep, metabolic health, social connection and appropriate medical care remain central. HBOT can then be explored as a targeted technology where it suits the individual's goals. Can I try HBOT before renting or buying a chamber? Yes. New clients can start with an introductory HBOT session at ReWell in our Naas or Dublin clinics for €85 incl. VAT before deciding whether regular home access is right for them. The Bottom Line Longevity Is About More Than Adding Years HBOT is not a shortcut to immortality, and it does not need to be. What makes the research interesting is that repeated hyperbaric oxygen exposure can influence oxygen availability, vascular responses, cellular signalling and tissue repair — while human healthy-ageing studies have also reported changes in cognition, cerebral blood flow and selected biological markers associated with ageing. We still need larger studies, independent replication and longer-term research to understand what those changes ultimately mean for healthspan. But there is enough here for HBOT to deserve a place in the serious conversation around healthy ageing — particularly when it is considered as part of a wider strategy rather than sold as a miracle anti-ageing treatment. The goal isn't simply more years. It's more years with the strength, clarity and independence to keep living well. Think Long Term How Do You Want to Feel as You Get Older? Explore ReWell's Longevity & Healthspan approach, read the wider HBOT research or experience hyperbaric oxygen therapy for yourself at our Naas clinic. Explore Longevity Explore HBOT Research Talk to Davitt This article is for general educational purposes and does not constitute medical advice. HBOT has not been proven to reverse ageing or extend human lifespan. Research into HBOT and healthy ageing is continuing, and findings from individual protocols should not be assumed to apply to every person or chamber programme. Screening and individual suitability matter before HBOT.

Sports Recovery · HBOT Ireland · 7 Min Read HBOT for Sports Recovery: What Athletes Need to Know Training creates stress. Recovery is where the adaptation happens. For athletes trying to train consistently, manage demanding schedules or return after injury, the quality of that recovery matters. Hyperbaric Oxygen Therapy (HBOT) is attracting growing interest in sport because it changes one of the most fundamental variables involved in recovery: oxygen availability. Here, we look at why athletes are exploring HBOT, what recent research has found and how it can fit into a wider recovery programme. See What the Research Shows ↓ In This Article Why athletes are exploring HBOT The recovery science What does the research show? Where could HBOT fit? Try, Rent or Own Guided by Davitt Common questions Recovery Starts Between Sessions Why Are Athletes Looking at HBOT? Hard training places controlled stress on the body. Muscle fibres are loaded, energy stores are depleted and the body initiates the processes needed to repair and adapt. The next training session then arrives — and for competitive athletes, the recovery window can be short. This is where HBOT has become interesting. Inside a hyperbaric chamber, increased atmospheric pressure allows more oxygen to dissolve directly into blood plasma. This can temporarily increase the amount of oxygen available throughout the body beyond normal resting conditions. Why It Matters for Recovery Increased Pressure + Oxygen↓More Oxygen Dissolved in Plasma↓Greater Oxygen Availability↓Support for Biological Processes Involved in Recovery That increased oxygen environment is why researchers are investigating HBOT across exercise-induced muscle damage, metabolic recovery, tissue repair and athletic recovery. The Science What Is Happening Inside the Body? Recovery is not one single biological event. Muscle repair and adaptation involve energy production, oxygen delivery, inflammatory signalling and tissue rebuilding. HBOT creates a temporary high-oxygen environment that can influence several of those processes. Tissue Oxygenation Increased dissolved oxygen can raise oxygen availability to tissues beyond normal resting conditions. Cellular Energy Oxygen is central to aerobic ATP production — the energy source that supports cellular activity and recovery. Inflammatory Signalling Hyperbaric oxygen can influence biological pathways involved in post-exercise and post-injury inflammatory responses. Tissue Repair Oxygen supports processes involved in repair, including fibroblast activity, collagen formation and tissue remodelling. The important point is that HBOT is not simply about making the blood “more oxygenated”. Pressure changes how oxygen is transported and creates a physiological environment researchers are increasingly interested in for recovery. The Research What Does the Sports Recovery Research Show? Sports recovery research is becoming one of the more interesting areas of modern HBOT research — and recent evidence gives athletes a genuine reason to pay attention. 2025 Systematic Review & Meta-Analysis · 299 Participants Recovery From Exercise-Induced Muscle Injury A systematic review and meta-analysis published online in 2025 brought together 10 studies involving 299 participants. The researchers found that HBOT was statistically effective in promoting recovery from exercise-induced muscle injury. Importantly for competitive sport, beneficial effects were reported in subgroup analyses involving elite athletes as well as college students, and across protocols using pressures both above and at or below 2 ATA. The analysis did not find a significant overall improvement in exercise-induced muscle soreness — showing that recovery markers and the feeling of soreness are not necessarily the same thing. View the research on PubMed → 2026 Systematic Review & Meta-Analysis Metabolic Recovery After Exercise A further systematic review examining HBOT and athletic recovery included 11 eligible studies, with six included in the meta-analysis. The researchers found a significant reduction in post-recovery blood lactate, supporting a potential role for HBOT in faster metabolic recovery following exercise. Effects on short-term power and force production were more limited — another reminder that “recovery” can mean different things depending on what is being measured. View the research on PubMed → “The growing research is helping us understand where HBOT may be most useful — not just whether an athlete feels less sore, but what may be happening during the recovery process itself.” For athletes, that is an important distinction. HBOT is not being investigated because it is fashionable. Researchers are measuring physiological outcomes including muscle injury, metabolic recovery, biomarkers and performance. Explore the ReWell HBOT Research Hub → Recovery in the Real World The Best Recovery Strategy Is the One You Can Actually Use For many athletes, the challenge is not understanding that recovery matters. It is finding enough time to recover properly between training, competition, work and everyday life. That is one reason regular access to HBOT can be attractive. Clinic sessions allow athletes to experience the therapy first, while home access can make more frequent use considerably easier to fit around an existing training schedule. In Practice Where Could HBOT Fit Into an Athlete’s Week? There is no single “athlete protocol” that suits every sport, training phase or injury. An endurance athlete during a heavy training block has different recovery demands from a GAA player returning from a hamstring strain, a rugby player managing the physical load of a season or an athlete preparing for a major competition. Heavy Training Blocks Athletes may explore HBOT when training volume is high and the time available for recovery between sessions is limited. Competition Schedules Regular access can be considered where matches, races or events create repeated physical demands over a compressed period. Injury Rehabilitation HBOT may be incorporated alongside assessment, physiotherapy and progressive rehabilitation where supporting recovery is the priority. Long-Term Recovery Strategy For athletes using HBOT regularly, home access can make it considerably easier to fit sessions around training, work and family life. What are you trying to recover from — and what does your body need to be ready for next? That is a much more useful starting point than simply asking whether HBOT “works for athletes”. The programme needs to make sense around the athlete, the sport and the rest of the recovery plan. Explore HBOT for Athletic Recovery & Performance → Interested in making HBOT part of your recovery routine? The next question is how often you want access. HBOT Access for Athletes Try It. Use It Regularly. Or Make It Part of Your Setup. ReWell gives athletes, families, teams and performance organisations three different ways to access HBOT in Ireland. Try Clinic HBOT New to HBOT? Start in the ReWell clinic in Naas, experience the chamber and talk through how HBOT could fit around your training or recovery. 60 minute session €85 incl. VAT Book an HBOT Session → Rent HBOT at Home For athletes who want regular access without travelling to a clinic for every session. ReWell delivers and supports home HBOT across all 32 counties. From €1,229/month incl. VAT Explore HBOT Rentals → Own Your Own Chamber Long-term access for individual athletes, families, sports clubs, clinics and professional performance environments. From €9,999 excl. VAT Explore HBOT Chambers → Thinking about owning later? Up to six months of eligible ReWell rental payments can be credited towards purchasing your chamber. Regular home access can make HBOT easier to build around training and recovery schedules. Your HBOT Guide Sports Recovery, Guided by Davitt Meenaghan ReWell’s HBOT programmes are guided by Davitt Meenaghan, IBUM-certified Hyperbaric Safety Officer. “For an athlete, access to the chamber is only part of the picture. How HBOT fits around training, rehabilitation and recovery matters too.” Davitt helps athletes understand chamber options, safe use, pressure, frequency and the practical side of building HBOT into an existing recovery or performance plan. That guidance is equally relevant whether you are an individual athlete trying HBOT for the first time, using a chamber regularly at home or considering HBOT for a club, clinic or performance environment. Book a Free Discovery Call → Keep Exploring Sports Recovery & HBOT at ReWell Athletic Recovery Explore the science, research and HBOT options specifically relevant to athletic recovery and performance. Explore Athletic Recovery → GAA Recovery Read how HBOT is being explored around hamstring, quad and soft-tissue recovery in Gaelic games. Explore GAA Recovery → HBOT Research Go deeper into the published research across sports recovery and other areas of HBOT. Explore the Research Hub → Common Questions HBOT & Sports Recovery FAQs Does HBOT help with sports recovery? Research is increasingly exploring HBOT for athletic recovery. A 2025 systematic review and meta-analysis of 10 studies involving 299 participants found HBOT significantly promoted recovery from exercise-induced muscle injury, including beneficial findings in elite-athlete subgroup analysis. Outcomes vary according to what is measured and the protocol used. Can athletes use HBOT after an injury? HBOT may be explored alongside appropriate injury assessment, physiotherapy and progressive rehabilitation. The relevant approach depends on the injury, stage of recovery and the athlete’s individual circumstances. Can HBOT replace rest, sleep or physiotherapy? No. Sleep, nutrition, sensible training management and appropriate rehabilitation remain central to athletic recovery. HBOT is another recovery modality that can be considered within that wider programme. How many HBOT sessions does an athlete need? There is no single number for every athlete. Research protocols vary by pressure, session duration, frequency and the outcome being investigated. ReWell looks at why you are considering HBOT and how it fits around your training or rehabilitation before discussing access. Can I rent a hyperbaric chamber at home for sports recovery? Yes. ReWell provides home hyperbaric chamber rental across all 32 counties, starting from €1,229 per month. Home access can be particularly practical for athletes who want regular sessions around training and recovery. Can a sports club or performance facility buy a chamber? Yes. ReWell supplies both soft-shell and hard-shell hyperbaric chamber options for individual, club and professional use. Davitt can help organisations understand chamber type, pressure, installation, operation and safety requirements. The Bottom Line Recovery Is Part of Performance HBOT is attracting serious interest in sport for a reason. The physiology is well understood, and a growing body of research is now investigating what increased oxygen availability may mean for muscle recovery, metabolic recovery and tissue repair. The latest research is encouraging, particularly around exercise-induced muscle injury and post-exercise metabolic recovery. But the best use of HBOT is not to treat it as a shortcut. It is to understand where it may add value within everything else an athlete is already doing to train, recover and perform. Train hard. Recover deliberately. Give your body the best possible conditions to do the work. Ready to Explore HBOT? Give Your Recovery Every Advantage Whether you want to experience HBOT for the first time, build regular sessions around your training or explore a chamber for home, club or professional use, ReWell can help you choose the right place to start. Try — Book a Session Rent — Explore Rentals Own — Explore Chambers Not sure where to start? Book a Free Discovery Call → This article is for general educational purposes and does not constitute medical advice. HBOT may not be suitable for everyone. Athletes recovering from injury should continue to follow appropriate medical, physiotherapy and return-to-sport guidance.

Fertility · IVF · Male Fertility · HBOT Research · 8 Min Read HBOT & Fertility: What Does the Research Actually Show? Interest in Hyperbaric Oxygen Therapy and fertility is growing — but the most interesting development is not a broad claim that HBOT can simply “boost fertility”. Researchers are now studying HBOT in specific reproductive contexts, including resistant thin endometrium, poor ovarian response and male infertility. That gives us something much more useful to examine: what has actually happened in human fertility studies? Explore the Fertility Research ↓ In This Article Why oxygenation is being investigated Thin endometrium & IVF research Poor ovarian response research Male fertility research What does the evidence mean? How ReWell approaches fertility Accessing HBOT Common questions The Science Why Is Oxygenation Being Investigated in Fertility? Reproductive biology is complex. Fertility cannot be reduced to one hormone, one organ or one physiological process. What researchers do know is that reproductive tissues depend on blood supply, oxygen delivery, cellular energy and the surrounding tissue environment. HBOT changes oxygen availability in a distinctive way. The HBOT Effect Increased Atmospheric Pressure + Oxygen↓More Oxygen Dissolved in Blood Plasma↓Increased Oxygen Availability During Treatment↓A Physiological Environment Researchers Can Study in Reproductive Tissues This has led researchers to investigate whether repeated HBOT exposure could influence specific reproductive parameters rather than assuming it has one universal effect on fertility. Tissue Oxygenation Increased dissolved plasma oxygen creates a temporary increase in oxygen availability throughout the body. Blood Supply Vascular and tissue responses are particularly relevant when researchers are investigating endometrial development and implantation environments. Cellular Function Oxygen is central to cellular energy production, making metabolic responses another area of interest in reproductive research. These mechanisms explain why HBOT is worth investigating. The research tells us whether measurable reproductive outcomes have actually changed. The Human Research Thin Endometrium & Frozen Embryo Transfer One of the most interesting human studies looked at a very specific fertility challenge: resistant thin endometrium during frozen embryo transfer treatment. Thin endometrium can make embryo implantation more difficult and may lead to cancelled transfer cycles when adequate endometrial thickness cannot be achieved. 2023 Prospective Study · Resistant Thin Endometrium Endometrial Thickness Increased After HBOT The study involved women who had previously experienced at least one cancelled frozen embryo transfer cycle because their endometrium remained below 7 mm despite standard and additional therapies. Participants receiving HBOT underwent daily treatment for at least 10 days during the proliferative phase alongside their routine endometrial preparation. Following HBOT, average endometrial thickness increased from 5.76 mm to 6.57 mm, a statistically significant change. 5.76 → 6.57 mm Significant increase in endometrial thickness Fewer Cancellations Cycle cancellation rate decreased after HBOT Blastocyst Group Higher intrauterine pregnancy rate reported Among participants receiving blastocysts, the intrauterine pregnancy rate was 53.8% in the HBOT group compared with 18.2% in the concurrent control group. The same difference was not seen among participants receiving cleavage-stage embryos. This is an encouraging fertility-specific finding, particularly because the study investigated women with a defined clinical challenge rather than fertility in general. View the study on PubMed → 2025 Research What About Poor Ovarian Response? A different 2025 study investigated HBOT in women classified as poor ovarian responders — another specific challenge encountered during assisted reproduction. The pre-post cohort included 41 women aged 20–45 and compared ovarian stimulation outcomes before and after HBOT. Researchers reported increases in the number of oocytes retrieved, normally fertilised oocytes and available embryos after HBOT. They also reported improvements in measures including follicle output rate and the available embryo rate. Interestingly, their analysis suggested oocyte numbers increased after two HBOT sessions, plateaued around four to seven sessions and did not show further increases beyond eight sessions. This gives researchers a useful signal to investigate further — but because this was a pre-post cohort rather than a large randomised controlled trial, confirmation in stronger controlled studies is still needed. View the 2025 study on PubMed → Male Fertility HBOT Research Is Not Limited to Female Fertility Fertility is a shared picture, and research into HBOT has also examined male reproductive parameters. A 2025 systematic review and meta-analysis brought together randomised controlled trials investigating HBOT for male infertility. 2025 Systematic Review & Meta-Analysis · 9 Trials Several Sperm Parameters Improved Nine eligible studies were included in the analysis. The researchers reported statistically significant improvements across several measures of sperm quality following HBOT, including: Motility Improvement reported Density Improvement reported Viability Improvement reported Morphology Improvement reported Normal Sperm Rate Improvement reported Clinical Pregnancy Higher rate reported HBOT was evaluated alongside conventional treatment rather than as a replacement for standard fertility care. The authors considered the findings promising, while also highlighting the relatively small number of available trials and the possibility of publication bias. View the systematic review on PubMed → The fertility research becomes much more useful when we stop asking whether HBOT simply “boosts fertility” and start asking which reproductive parameters researchers have actually measured. Understanding the Evidence Three Different Research Areas. Three Different Questions. These studies should not be bundled together into a claim that HBOT has been proven to improve fertility for everyone. What they show is more specific — and more interesting. In women with resistant thin endometrium, researchers have reported increased endometrial thickness and encouraging implantation findings in a blastocyst subgroup. In women with poor ovarian response, a recent cohort reported increases in oocyte yield and embryo-related measures. In male infertility, a meta-analysis of nine trials found improvements across multiple sperm parameters and clinical pregnancy rate when HBOT was combined with conventional treatment. Together, these studies give fertility-specific HBOT research a meaningful foundation. They also make it clear that the reason someone is considering HBOT matters. At ReWell HBOT Should Fit Around Your Fertility Journey There is no single fertility journey — and there should not be a single HBOT conversation either. Someone trying naturally has a different situation from someone preparing for IVF. Someone experiencing poor ovarian response has different questions from a couple investigating male-factor infertility. At ReWell, the starting point is understanding where you are in that journey and why you are considering HBOT. Trying Naturally Your wider fertility history, health and goals provide the context for any additional support being considered. Preparing for IVF HBOT should be considered around the timing and recommendations of the fertility treatment already underway. Specific Fertility Challenges Where thin endometrium, poor ovarian response or male-factor infertility is relevant, the research can be discussed in that specific context. If you are undergoing IVF, taking fertility medication or working with a fertility specialist, ReWell recommends discussing additional therapies and supplements with that team. Explore HBOT & Fertility at ReWell → Beyond HBOT Looking for Wider Fertility Support? ReWell's Fertility Support service is separate from HBOT and takes a wider look at your individual fertility journey. Depending on your circumstances, that may include personalised nutrition, lifestyle support, relevant testing and other supportive strategies around natural conception, IVF preparation or a longer fertility journey. Explore Personalised Fertility Support → HBOT Access Explore HBOT Around Your Fertility Plan Depending on where you live, the frequency being considered and your wider fertility plan, ReWell offers clinic, home rental and ownership options. Try Start With a Clinic Session New to HBOT? Experience an introductory session at ReWell in Naas, Co. Kildare and talk through what is involved. 60 minute session €85 incl. VAT Book an HBOT Session → Rent Regular HBOT at Home Research protocols frequently involve repeated sessions. Home rental can make regular access more practical by removing repeated travel to the clinic. From €1,229/month incl. VAT Explore Home HBOT Rental → Own Long-Term HBOT Access ReWell also supplies soft-shell and hard-shell hyperbaric chambers for people who want longer-term access at home. From €9,999 excl. VAT Explore HBOT Chambers → If you decide to purchase later, up to six months of eligible ReWell rental payments can be credited towards your chamber purchase. Personalised Guidance Talk Through Your HBOT Options With Davitt ReWell's HBOT programmes are guided by Davitt Meenaghan, IBUM-certified Hyperbaric Safety Officer. “With fertility, context matters. We want to understand where you are in your journey, what treatment or support is already in place and why you are considering HBOT before talking about how it could fit.” Davitt can talk you through the research, screening, chamber options, pressure, practical access and how HBOT may fit around your wider fertility plan. Talk to Davitt — Book a Free Discovery Call → Keep Exploring Fertility, Research & ReWell HBOT & Fertility Explore how HBOT is being researched around fertility, IVF and reproductive health. Explore HBOT & Fertility → Fertility Support Explore ReWell's separate personalised service covering nutrition, lifestyle and wider fertility support. Explore Fertility Support → HBOT Research Hub Explore published research across fertility, recovery, neurological health, chronic pain and other areas. Visit the Research Hub → Common Questions HBOT & Fertility FAQs Has HBOT actually been studied for fertility? Yes. Human research has examined HBOT in several specific fertility contexts, including resistant thin endometrium during frozen embryo transfer, poor ovarian response and male infertility. The evidence base is still developing, but it now includes prospective clinical research, cohort studies and a systematic review and meta-analysis of male infertility trials. Can HBOT improve endometrial thickness? A 2023 prospective study involving women with resistant thin endometrium reported a statistically significant increase in average endometrial thickness after HBOT, from 5.76 mm to 6.57 mm. The study also reported fewer cancelled cycles. Has HBOT been studied during IVF? Yes. Research has investigated HBOT in specific assisted-reproduction settings, including resistant thin endometrium during frozen embryo transfer and poor ovarian response during controlled ovarian stimulation. These findings should be interpreted in the context of the specific patient groups studied rather than applied to every IVF cycle. Does HBOT improve egg quality? It is more accurate to describe what the research measured rather than make a general claim about “egg quality”. A 2025 pre-post study in poor ovarian responders reported increases in oocyte numbers, normally fertilised oocytes and available embryos, along with improvements in several ovarian-response and embryo-related measures. Larger controlled studies are needed to confirm these findings. Has HBOT been studied for male infertility? Yes. A 2025 systematic review and meta-analysis of nine trials reported improvements in sperm viability, density, morphology, normal sperm rates and motility, as well as an increased clinical pregnancy rate when HBOT was combined with conventional treatment. Can HBOT replace IVF or fertility treatment? No. The studies discussed here investigate HBOT in specific reproductive settings, often alongside conventional fertility treatment. HBOT does not replace appropriate fertility assessment, IVF, medication or specialist reproductive care. Should I tell my fertility clinic if I am considering HBOT? Yes. If you are undergoing IVF, using fertility medication or receiving specialist fertility care, ReWell recommends discussing additional therapies and supplements with your fertility team so that your wider plan remains coordinated. The Bottom Line The Fertility Research Is Becoming More Specific — and That Matters The strongest reason to pay attention to HBOT and fertility is not because oxygen sounds intuitively “good for fertility”. It is because researchers are beginning to test HBOT against specific reproductive challenges and measurable outcomes. We now have human research examining resistant thin endometrium, ovarian response, oocyte and embryo measures, sperm parameters and clinical pregnancy outcomes. These are encouraging areas of investigation. They are also different clinical questions, and the research is at different stages of development. The useful question is not “Does HBOT boost fertility?” It is “What part of the fertility journey are we trying to understand — and what does the research show there?” Explore Your Options Could HBOT Have a Place in Your Fertility Journey? Explore the fertility-specific research, learn more about HBOT at ReWell or talk with Davitt about your circumstances and the practical options for accessing HBOT. Explore HBOT & Fertility Fertility Support Talk to Davitt This article is for general educational purposes and does not constitute medical or fertility advice. HBOT is not a replacement for fertility assessment, IVF, medication or specialist reproductive care. If you are undergoing fertility treatment, discuss additional therapies with your fertility team. HBOT may not be suitable for everyone, and screening and individual suitability matter before treatment.

Concussion · Brain Injury · HBOT Research · 8 Min Read HBOT for Concussion & Brain Injury: What Does the Research Show? Concussion is often described as a mild traumatic brain injury, but the symptoms can be anything but mild. Headache, fatigue, poor concentration, sleep disturbance, dizziness and reduced tolerance for work or exercise can continue long after the original impact. Hyperbaric Oxygen Therapy (HBOT) is being studied in this area because of the brain’s high energy demands — and because HBOT can substantially increase the amount of oxygen available to the body under pressure. See What the Research Shows ↓ In This Article Why HBOT is being studied What happens in the brain? What does the research show? What does this mean in practice? HBOT & return to play Accessing HBOT in Ireland Guided by Davitt Common questions Why the Brain? Why Is HBOT Being Studied After Brain Injury? The brain is extraordinarily active tissue. Although it represents only a relatively small proportion of total body weight, it has substantial and continuous energy requirements. After a traumatic brain injury, researchers are interested not only in the original mechanical impact, but also in the biological processes that follow it. This is where HBOT becomes particularly interesting. Inside a hyperbaric chamber, increased atmospheric pressure allows more oxygen to dissolve directly into blood plasma. This creates a temporary environment of substantially increased oxygen availability. Why Researchers Are Interested Increased Pressure + Oxygen↓More Oxygen Dissolved in Plasma↓Increased Oxygen Availability↓Potential Influence on Brain Metabolism, Inflammation & Repair Researchers are investigating whether this change in oxygen availability may influence processes involved in brain metabolism, inflammatory signalling, tissue recovery and neuroplasticity. The Science What Could HBOT Be Influencing in the Brain? The scientific interest in HBOT after traumatic brain injury is not based on one single mechanism. Researchers are looking at several overlapping biological processes that may be relevant to recovery. Brain Oxygenation HBOT substantially increases dissolved oxygen in plasma, increasing the amount of oxygen available throughout the body while under pressure. Brain Metabolism The brain has high energy demands. Oxygen availability is closely linked with aerobic cellular energy production and normal neurological function. Inflammatory Processes HBOT has been studied for its effects on biological signalling involved in inflammation following injury. Neuroplasticity Researchers are investigating possible effects on neuroplasticity — the brain’s ability to reorganise, adapt and form new functional connections. These mechanisms provide the scientific rationale for studying HBOT after brain injury. But mechanisms alone are not enough. The more useful question is: what have studies involving people with traumatic brain injury actually found? The Research What Does the Human Research Show? HBOT and traumatic brain injury have been studied for a number of years, and the research has not always produced identical conclusions. More recent systematic reviews are helping to bring those studies together — and the findings around cognitive function are particularly interesting. 2025 Systematic Review & Meta-Analysis · 250 Patients Significant Improvements Across Multiple Cognitive Areas A 2025 systematic review and meta-analysis examined HBOT for neurocognitive deficits following traumatic brain injury. Across four studies involving 250 patients, the researchers reported significant improvements across several neurocognitive domains. Memory Significant improvement Attention Significant improvement Cognition General cognitive scores improved Executive Function Significant improvement Processing Speed Significant improvement Motor Skills Significant improvement The authors concluded that HBOT demonstrated potential in reducing neurocognitive impairment associated with TBI, while recommending larger trials and more standardised protocols. View the 2025 research on PubMed → 2026 Systematic Review & Meta-Analysis · 570 Participants A Larger Analysis Adds to the Picture A newer 2026 systematic review and meta-analysis brought together eight randomised studies involving 570 participants with traumatic brain injury. The analysis found significant benefits in several specific areas, including computerised cognitive performance, executive function and processing speed, memory function and sleep quality. The evidence was strongest in populations with mild traumatic brain injury. Not every outcome measured showed a significant benefit — PTSD symptoms, broader neurobehavioural symptoms and emotional distress, for example, did not show clear significant improvements in the pooled analysis. That makes the findings particularly useful: rather than suggesting HBOT affects every symptom associated with TBI, the research is beginning to identify which neurological and cognitive domains may be most responsive. View the 2026 research on PubMed → “The question is becoming more specific: not simply whether HBOT affects brain injury, but which areas of neurological recovery may respond most clearly.” Taken together, these recent analyses add to a genuine body of human research around HBOT and traumatic brain injury. The strongest recent findings are particularly interesting for people dealing with problems involving memory, attention, processing speed, executive function and other cognitive symptoms following brain injury. Explore the ReWell HBOT Research Hub → What This Means Why This Research Matters for Someone Living With Persistent Symptoms One of the difficult things about concussion is that recovery does not always follow a simple timetable. Some people recover relatively quickly. Others continue to experience cognitive fatigue, headaches, sleep disruption, difficulty concentrating, dizziness or reduced tolerance for work and exercise. For someone in that position, the growing research into HBOT is significant because it provides both a physiological rationale and an increasing body of human clinical evidence for exploring its role after traumatic brain injury. The relevant programme still depends on the person — including the nature of the injury, current symptoms, timing, medical history and other care already in place. An Important Distinction HBOT Is Not a Return-to-Play Test For athletes, feeling better and being medically ready to return to contact sport are not the same thing. Concussion can affect reaction time, balance, cognition and other neurological functions that matter enormously when someone returns to training or competition. HBOT can be explored as part of the wider recovery picture, but it does not replace appropriate concussion assessment or a structured return-to-play process. ReWell’s role is different: to provide safe, guided access to HBOT and help clients understand how it may fit within their wider recovery programme. If you are exploring HBOT after concussion or brain injury, the next step is understanding which form of access makes sense for you. Accessing HBOT in Ireland Start in Clinic. Access HBOT at Home. Or Explore Long-Term Ownership. ReWell provides several ways to access HBOT depending on how regularly you plan to use it and what works best around your recovery. Try Start in the ReWell Clinic New to HBOT? Experience a session at our ReWell in Naas and Dublin clinics and speak with the team about how HBOT may fit within your wider recovery plan. 60 minute session €85 incl. VAT Book an HBOT Session → Rent Regular HBOT at Home For people who want more regular access, ReWell provides home hyperbaric chamber rental with delivery and ongoing support across all 32 counties. From €1,229/month incl. VAT Explore HBOT Rentals → Own Long-Term HBOT Access ReWell also supplies hyperbaric chambers for people who want long-term access at home or for professional and clinical environments. From €9,999 excl. VAT Explore HBOT Chambers → Guidance Matters Your HBOT Programme, Guided by Davitt Meenaghan ReWell’s HBOT programmes are guided by Davitt Meenaghan, IBUM-certified Hyperbaric Safety Officer. “With neurological recovery, the question should never simply be ‘Can I use a chamber?’ It should be ‘Is HBOT suitable for me, and what is the right way to approach it?’” Screening, chamber choice, pressure, safe operation and individual circumstances all matter — particularly when someone is exploring HBOT following concussion or traumatic brain injury. Davitt helps clients understand their options and how HBOT may fit practically alongside the other care and rehabilitation already in place. Talk to Davitt — Book a Free Discovery Call → Keep Exploring Concussion, Brain Recovery & HBOT Concussion & Brain Injury Explore the science, research and HBOT options relevant to concussion and traumatic brain injury. Explore Concussion & Brain Injury → HBOT Research Explore published research across neurological recovery and other areas being studied in hyperbaric medicine. Visit the Research Hub → New to HBOT? Understand how hyperbaric oxygen therapy works, what happens inside a chamber and how HBOT is accessed at ReWell. Learn About HBOT → Common Questions HBOT, Concussion & Brain Injury FAQs Is HBOT being researched for concussion? Yes. HBOT has been studied in people with traumatic brain injury, including mild TBI. Recent systematic reviews and meta-analyses have reported significant findings in several cognitive areas, including memory, attention, executive function and processing speed. What did the 2025 HBOT brain injury review find? The 2025 systematic review and meta-analysis included four studies and 250 patients. It reported significant improvements across memory, attention, general cognition, executive function, information-processing speed and motor skills following HBOT. What does the newer 2026 research add? The 2026 meta-analysis included eight studies and 570 participants. It found significant improvements in computerised cognitive performance, executive function and processing speed, memory function and sleep quality. The evidence was predominantly drawn from people with mild traumatic brain injury. Does HBOT treat every symptom after concussion? No single recovery approach should be expected to affect every concussion symptom. The 2026 analysis, for example, found significant benefits in several cognitive domains but did not find clear significant effects for every neurobehavioural or emotional outcome measured. Can HBOT clear an athlete to return to play? No. HBOT is not a concussion assessment or return-to-play test. Decisions about returning to contact sport should remain with the appropriate medical professionals and follow a structured concussion-management process. Can I try HBOT before renting a chamber? Yes. New clients can start with an introductory HBOT session at ReWell in our Naas and Dublin clinics for €85 incl. VAT. This is a practical way to experience HBOT before considering more regular home access. Can ReWell provide HBOT at home? Yes. ReWell provides home hyperbaric chamber rental across all 32 counties, with options starting from €1,229 per month. Chamber ownership is also available for people wanting long-term access. The Bottom Line There Is Real Research Here — and It Is Continuing to Develop HBOT for concussion and traumatic brain injury is not based on a single study or a theoretical mechanism alone. There is now a genuine body of human research investigating how hyperbaric oxygen may influence neurological recovery, with recent systematic reviews reporting particularly interesting findings around memory, attention, executive function, processing speed and other cognitive outcomes. At the same time, brain injury is complex. Symptoms, injury severity, timing and individual circumstances vary enormously from one person to another. That is why the most useful question is not simply “Does HBOT work for concussion?” It is: Could HBOT be relevant to my recovery — and what would safe, appropriate access look like for me? Explore Your Options Considering HBOT After Concussion or Brain Injury? Speak with ReWell about your circumstances, learn more about the research and understand the different ways you can access HBOT in Ireland. Explore Concussion & HBOT View the Research Talk to Davitt This article is for general educational purposes and does not constitute medical advice. HBOT may not be suitable for everyone. Concussion and traumatic brain injury should be appropriately assessed and managed by qualified healthcare professionals. Screening and suitability are important before beginning HBOT.

Long COVID · Post-Viral Fatigue · HBOT Research · 8 Min Read HBOT for Long COVID & Post-Viral Fatigue: What the Research Shows Long COVID can look very different from one person to another. For some, fatigue dominates. For others it is brain fog, reduced exercise tolerance, pain, poor concentration, disrupted sleep or a feeling that recovery has simply stalled. That complexity is one reason Hyperbaric Oxygen Therapy (HBOT) has attracted growing research interest. HBOT increases the amount of oxygen dissolved in blood plasma and is being investigated for its potential effects on brain function, cellular energy, oxygenation, pain, fatigue and wider recovery. See What the Research Shows ↓ In This Article Why HBOT is being studied The science behind the interest What human studies have found Why protocol matters Considering HBOT in practice Accessing HBOT in Ireland Guided by Davitt Common questions A Complex Recovery Picture Why Is HBOT Being Studied for Long COVID? Long COVID is not one symptom and it is unlikely to be explained by one single biological process. People can experience very different combinations of fatigue, cognitive problems, pain, headaches, disrupted sleep, breathlessness and reduced physical capacity. HBOT is interesting to researchers because its physiological effects extend beyond simply increasing the oxygen carried by red blood cells. Under increased atmospheric pressure, considerably more oxygen can dissolve directly into blood plasma, temporarily increasing oxygen availability throughout the body. The Physiological Starting Point Increased Pressure + Oxygen↓More Oxygen Dissolved in Plasma↓Increased Oxygen Availability↓Potential Effects on Brain Function, Metabolism & Recovery This is why researchers are examining HBOT across several of the areas that can be relevant to persistent post-COVID symptoms. The Science What Are Researchers Looking At? The interest in HBOT for Long COVID is broader than the idea that “more oxygen fixes fatigue”. Researchers are examining how repeated exposure to increased oxygen under pressure may influence several overlapping physiological processes. Cellular Energy Oxygen is fundamental to aerobic ATP production — the process cells use to generate energy for normal activity and recovery. Brain Function Studies are investigating changes in cognition, attention, executive function and brain perfusion following HBOT. Inflammatory Processes Hyperbaric oxygen can influence biological signalling involved in inflammatory and recovery responses. Oxygenation & Recovery Increasing dissolved oxygen creates a temporary physiological environment that may influence tissue and neurological recovery processes. These mechanisms help explain why HBOT is being investigated. But for someone considering it, the human clinical research matters more than theory alone. The Research What Have Human Studies Found? HBOT has now been studied in people living with persistent symptoms after COVID-19, including through randomised controlled trials and systematic reviews. The research is still developing, but several findings are encouraging — particularly around cognition, fatigue, energy, sleep, pain and quality of life. 2024 Systematic Review · 10 Clinical Studies Most Included Studies Reported Improvement in Long COVID Symptoms A 2024 systematic review examined the available clinical evidence for HBOT in Long COVID. The researchers identified 10 clinical studies, including three completed randomised controlled trials as well as observational and pre-post studies. Most of the included studies reported improvements in one or more areas including quality of life, fatigue, cognition, neuropsychiatric symptoms and cardiopulmonary function. The authors concluded that HBOT had shown benefits across Long COVID symptoms while calling for larger rigorous trials to refine indications, protocols and follow-up. View the 2024 systematic review on PubMed → Randomised Double-Blind Sham-Controlled Trial · 73 Patients Cognition, Energy, Sleep & Pain One of the most important individual studies was a randomised, double-blind, sham-controlled trial involving 73 people with ongoing post-COVID symptoms for at least three months. Participants in the HBOT group received 40 sessions. Compared with the sham group, researchers reported significant improvements in several areas: Cognition Global cognitive function Attention Significant improvement Executive Function Significant improvement Energy Improvement reported Sleep Improvement reported Pain Reduced pain interference The clinical changes were also associated with changes in brain MRI perfusion and microstructure, giving researchers further reason to investigate the neurological effects of HBOT in post-COVID conditions. View the randomised controlled trial on PubMed → 2025 Systematic Review · 7 Studies · 199 Participants Growing Evidence Around Cognitive Symptoms A 2025 systematic review looked specifically at HBOT and cognitive decline associated with Long COVID. It included seven studies from seven countries involving 199 participants, incorporating both randomised and observational research. Across the included studies, improvements were reported in memory, executive function, attention, fatigue and pain. HBOT protocols varied considerably, with pressures ranging from 2.0 to 2.5 ATA and programmes ranging from 10 to 60 sessions. The review reported minimal side effects and no serious side effects in the included studies. View the 2025 systematic review on PubMed → Long COVID research is increasingly asking not only whether symptoms change, but what may be happening to cognition, energy, pain and neurological recovery along the way. Taken together, the human evidence provides a meaningful basis for continued research into HBOT for Long COVID. It also shows why this cannot be reduced to a single protocol or a promise that everyone will respond in exactly the same way. Explore the ReWell HBOT Research Hub → An Important Detail Why Protocol Matters One of the clearest lessons from Long COVID research is that “HBOT” does not describe one universal programme. Studies have used different chamber pressures, oxygen exposures and numbers of sessions. The 2025 systematic review found programmes ranging from 10 to 60 sessions. This matters because a 2025 randomised trial involving 101 people tested a shorter programme of 10 sessions across different combinations of pressure and oxygen and did not find significant differences between the groups in symptoms, functional scores or cognitive performance. That result sits alongside other trials and reviews reporting positive findings — and reinforces why pressure, session number, protocol and the outcomes being measured need to be considered when interpreting Long COVID research. For someone considering HBOT, this is also why access and frequency matter. A programme that is practical enough to complete can be very different from occasional or sporadic sessions. In Practice What Does This Mean if You Are Considering HBOT? Long COVID can affect people in very different ways, so the starting point should be your symptom pattern, medical history, current health and what you are hoping to support. Someone primarily dealing with cognitive fatigue and brain fog may have a very different experience from someone whose biggest challenge is physical fatigue, pain or reduced exercise tolerance. It also matters how frequently you can realistically access HBOT. For some people, starting with a clinic session is the simplest way to experience HBOT. For others considering a repeated programme, having a chamber at home can remove the physical and practical burden of travelling to a clinic for every session. Making It Personal The Right Starting Point Depends on You Long COVID symptoms can overlap with other medical conditions. That makes appropriate assessment particularly important when symptoms are persistent, changing or unexplained. If HBOT is being explored, the conversation should focus on the individual rather than assuming one programme suits everyone. Your Main Symptoms Fatigue, brain fog, pain, sleep problems and reduced exercise tolerance can create very different recovery priorities. Your Medical History Screening and individual circumstances matter before beginning hyperbaric oxygen therapy. Your Goals Understanding what you are hoping to support makes the conversation around HBOT more useful and specific. Practical Access Research programmes frequently involve repeated sessions, making frequency, travel and home access important practical considerations. Explore Long COVID & Post-Viral Fatigue at ReWell → If repeated HBOT makes sense for your circumstances, the next question is how you want to access it. HBOT Access in Ireland Start in Clinic. Continue at Home. Or Explore Long-Term Ownership. ReWell gives you different ways to access HBOT depending on how regularly you want to use it and what works best around your health, energy and everyday life. Try Experience HBOT in Clinic New to HBOT? Start at the ReWell clinic in Naas, Co. Kildare, experience a session and understand what HBOT involves before considering more regular access. 60 minute session €85 incl. VAT Book an HBOT Session → Rent Regular HBOT at Home Home rental can make repeated HBOT considerably easier for people managing fatigue or limited energy by removing the need to travel to a clinic for every session. From €1,229/month incl. VAT Explore Home HBOT Rental → Own Long-Term HBOT Access For people who want HBOT available long term, ReWell supplies a range of soft-shell and hard-shell hyperbaric chambers for home use. From €9,999 excl. VAT Explore HBOT Chambers → Thinking about owning later? Up to six months of eligible ReWell rental payments can be credited towards purchasing your chamber. Home access can make repeated HBOT easier to fit around energy levels and everyday life. Guidance Matters Your HBOT Programme, Guided by Davitt Meenaghan ReWell’s HBOT programmes are guided by Davitt Meenaghan, IBUM-certified Hyperbaric Safety Officer. “With Long COVID, there isn't one symptom or one experience. The starting point is understanding the person, what they are dealing with and what they want from HBOT.” Davitt helps clients understand screening, chamber options, pressure, frequency, safe use and the practical side of accessing HBOT. For people dealing with fatigue or reduced capacity, the practical side matters too. The best option may be trying HBOT in clinic first, or it may be exploring home access where repeated travel would make regular sessions difficult. Talk to Davitt — Book a Free Discovery Call → Keep Exploring Long COVID, Fatigue & HBOT at ReWell Long COVID & Post-Viral Fatigue Explore how HBOT may be relevant to fatigue, cognition, energy and recovery following Long COVID. Explore Long COVID & HBOT → HBOT Research Explore published human research across Long COVID and other areas being investigated in hyperbaric medicine. Visit the Research Hub → HBOT at Home Learn more about home hyperbaric chamber rental, nationwide delivery and regular access through ReWell. Explore Home HBOT Rental → Common Questions HBOT & Long COVID FAQs Is HBOT being researched for Long COVID? Yes. HBOT has been investigated in clinical studies involving people with persistent post-COVID symptoms. Research has examined areas including cognition, fatigue, energy, sleep, pain, quality of life and cardiopulmonary function. What does the Long COVID research show? A 2024 systematic review identified 10 clinical studies and reported that most found improvements in one or more areas including quality of life, fatigue, cognition, neuropsychiatric symptoms and cardiopulmonary function. A 2025 systematic review of seven studies and 199 participants reported improvements in memory, executive function, attention, fatigue and pain. Has HBOT been tested in a randomised trial for Long COVID? Yes. A double-blind sham-controlled trial involving 73 people with persistent post-COVID symptoms reported significant improvements following 40 HBOT sessions in global cognitive function, attention, executive function, energy, sleep and pain interference. Other trials using different protocols have produced different results, which is one reason protocol remains an important area of research. How many HBOT sessions have Long COVID studies used? Protocols vary considerably. The 2025 systematic review found programmes ranging from 10 to 60 sessions, with pressures ranging from 2.0 to 2.5 ATA. There is not one universally established Long COVID HBOT protocol. Can HBOT help with Long COVID brain fog? Cognitive symptoms are one of the main areas being investigated. Human studies have reported changes in memory, attention, executive function and global cognition following HBOT, although research is continuing to establish which people and protocols may benefit most. Can I rent a hyperbaric chamber at home if I have Long COVID? ReWell provides home hyperbaric chamber rental across all 32 counties, starting from €1,229 per month. Suitability and screening should be considered before beginning HBOT. Home access can be particularly practical for people who want repeated sessions without travelling to a clinic each time. Can I try HBOT before renting a chamber? Yes. New clients can start with an introductory HBOT session at the ReWell Naas or Dublin clinics for €85 incl. VAT before deciding whether more regular access is appropriate for them. The Bottom Line Long COVID Is Complex. The HBOT Research Is Becoming More Useful. Long COVID does not affect everyone in the same way, which makes simple claims about any single recovery approach unhelpful. What we do now have is a growing body of human research investigating HBOT across some of the symptoms that matter most to people living with Long COVID — including fatigue, cognition, energy, sleep, pain and quality of life. Some of the findings are encouraging. Other research has shown that outcomes can change depending on the protocol used. For ReWell, that makes the next question much more useful than simply asking whether HBOT “works”: Could HBOT be relevant to the symptoms you are experiencing — and what would practical, regular and appropriately guided access look like for you? Explore Your Options Considering HBOT for Long COVID or Post-Viral Fatigue? Learn more about the research, explore HBOT for Long COVID at ReWell or speak with Davitt about whether clinic or home access could be the right starting point for you. Explore Long COVID & HBOT Explore Home Rental Talk to Davitt This article is for general educational purposes and does not constitute medical advice. Long COVID symptoms can overlap with other health conditions and should be appropriately assessed. HBOT may not be suitable for everyone. Screening and individual suitability are important before beginning hyperbaric oxygen therapy.

Chronic Pain · Fibromyalgia · HBOT Research · 8 Min Read HBOT for Chronic Pain & Fibromyalgia: Understanding the Research Chronic pain is rarely just about one damaged structure. In conditions such as fibromyalgia, pain can sit alongside fatigue, disrupted sleep, cognitive symptoms, tenderness and changes in how pain is processed. Hyperbaric Oxygen Therapy (HBOT) has become an interesting area of research because repeated hyperbaric oxygen exposure may influence several of the biological processes involved. And unlike some emerging areas of HBOT research, fibromyalgia now has a growing body of controlled human studies behind it. See What the Research Shows ↓ In This Article Why researchers are interested The science behind the research What fibromyalgia studies show What the latest review adds Considering HBOT in practice Try, Rent or Own Guidance from Davitt Common questions Beyond a Local Pain Problem Why Is HBOT Being Studied for Fibromyalgia? Fibromyalgia is characterised by widespread pain, but the condition can affect far more than muscles and joints. Fatigue, sleep disturbance, cognitive difficulties and heightened pain sensitivity can all form part of the experience. That has led researchers to investigate fibromyalgia as a condition involving pain processing and nervous-system function, rather than treating it simply as a local muscle problem. HBOT is relevant to this research because increasing atmospheric pressure increases the amount of oxygen dissolved directly in blood plasma. Why Researchers Are Interested Increased Pressure + Oxygen↓Increased Dissolved Plasma Oxygen↓Greater Oxygen Availability↓Potential Effects on Cellular Energy, Brain Function & Pain-Related Processes The Science What Might HBOT Be Influencing? The science behind HBOT and chronic pain is not about one single mechanism. Researchers are interested in several overlapping processes that may help explain why HBOT has produced changes across different fibromyalgia outcomes. Pain Processing Fibromyalgia involves altered pain sensitivity and central pain processing. Researchers have investigated whether HBOT may influence activity in brain regions involved in pain. Cellular Energy Oxygen is fundamental to aerobic energy production. Changes in oxygen availability and metabolism are therefore of interest where fatigue and reduced energy are prominent. Inflammatory Signalling Hyperbaric oxygen can influence biological signalling involved in inflammation, oxidative stress and tissue responses. Brain Function Some fibromyalgia studies have examined changes in brain activity alongside changes in symptoms, adding a neurological dimension to the research. These mechanisms provide the scientific rationale. The more useful question is whether those ideas have translated into measurable changes in people with fibromyalgia. The Human Evidence What Has Actually Been Found in Fibromyalgia Studies? Fibromyalgia is now one of the better-studied chronic pain conditions within HBOT research. Multiple controlled trials have been conducted, and several systematic reviews have now brought those findings together. 2023 Meta-Analysis · 4 RCTs · 163 Participants Fibromyalgia Impact & Tender Points Improved A 2023 meta-analysis focused specifically on randomised controlled trials of HBOT for fibromyalgia. Four RCTs involving 163 participants were included. The pooled analysis found significant improvements in both the Fibromyalgia Impact Questionnaire (FIQ) and tender-point count. The pooled pain result itself did not reach statistical significance, illustrating that different fibromyalgia outcomes have not always moved in exactly the same way across trials. View the meta-analysis on PubMed → 2023 Systematic Review & Meta-Analysis · 9 Studies · 288 Participants Benefits Reported Across Pain, Fatigue, Function & Sleep A second 2023 systematic review took a broader look at the clinical evidence and included nine studies involving 288 people with fibromyalgia. In this analysis, pooled pain measures showed a significant improvement compared with control interventions. Most of the included studies also reported improvements across several other areas relevant to everyday life with fibromyalgia: Pain Improvement in pooled measures Tender Points Improvement reported Fatigue Improvement reported Function Multidimensional improvement Sleep Sleep disturbance improved Overall Impact Patient-global measures improved The review also recorded adverse effects in some participants. These were described as reversible, and no serious adverse events or complications were reported in the included studies. View the systematic review on PubMed → The fibromyalgia research is interesting because studies are looking beyond pain alone — at fatigue, function, sleep, tenderness and the wider impact of the condition. The Latest Evidence What Does the 2026 Review Add? A 2026 systematic review widened the lens beyond fibromyalgia and looked at randomised controlled trials of HBOT across chronic pain syndromes. It included 11 RCTs involving 480 participants. Eight of those trials investigated fibromyalgia, with additional research involving complex regional pain syndrome, trigeminal neuralgia and radiation-induced brachial neuropathy. In fibromyalgia, the reviewers found consistent within-group improvements in pain, functioning and quality of life, with some studies also showing benefits when compared directly with control groups. The authors concluded that HBOT shows potential for selected chronic pain syndromes, particularly fibromyalgia. At the same time, the review identified differences in study quality, protocols and long-term follow-up. Those are important questions for future research because we still need better answers around which protocols work best and how long improvements may persist. View the 2026 systematic review on PubMed → In Practice Chronic Pain Is Rarely One-Dimensional Anyone living with chronic pain knows that a pain score only tells part of the story. Pain can affect sleep. Poor sleep can affect energy. Fatigue can reduce movement and activity. Reduced function can affect work, exercise and everyday life. This is particularly relevant in fibromyalgia, where pain, fatigue, cognitive symptoms, sleep and function can overlap. That is also why the broader outcomes in the HBOT research matter. The question is not only whether pain changes, but whether a person's wider symptom burden and ability to function may change too. Considering HBOT Where Could HBOT Fit Into a Chronic Pain Plan? People exploring HBOT for chronic pain often already have a long history of trying to manage their symptoms. Medication, physiotherapy, movement, pacing, sleep strategies and other forms of support may already form part of that picture. HBOT can be explored within that wider plan rather than assuming there is one approach that suits everyone. Your Symptom Pattern Is pain the main issue, or are fatigue, sleep disruption, cognitive symptoms and reduced function also significant? Your Health History Chronic pain can have many causes and often comes with a complex health history, making appropriate screening important. Your Current Support HBOT may sit alongside medication, physiotherapy, movement, sleep strategies and the care already in place. Regular Access Many fibromyalgia studies have involved repeated sessions, so the practicality of clinic visits versus home access can matter. Explore Chronic Pain & Fibromyalgia at ReWell → If you want to explore HBOT, the next step is deciding what level of access is realistic for you. HBOT Access in Ireland Try HBOT in Clinic. Rent at Home. Or Explore Ownership. ReWell offers different ways to access HBOT depending on how frequently you want to use it and what works around your symptoms, energy and everyday life. Try Experience HBOT in Clinic If you have never tried HBOT before, start with an introductory session at ReWell in Naas, Co. Kildare and experience the process for yourself. 60 minute session €85 incl. VAT Book an HBOT Session → Rent Regular HBOT at Home For people considering repeated HBOT, home rental removes the need to travel for every session and can make regular access easier to fit around fatigue, pain and daily life. From €1,229/month incl. VAT Explore Home HBOT Rental → Own Long-Term HBOT Access For people who want ongoing access, ReWell supplies a range of soft-shell and hard-shell hyperbaric chambers for home use. From €9,999 excl. VAT Explore HBOT Chambers → Thinking about owning later? Up to six months of eligible ReWell rental payments can be credited towards purchasing your chamber. Home rental gives ReWell clients regular access to HBOT without travelling to the clinic for every session. Guidance Matters Your HBOT Programme, Guided by Davitt Meenaghan ReWell's HBOT programmes are guided by Davitt Meenaghan, IBUM-certified Hyperbaric Safety Officer. “With chronic pain, the pain itself is only part of the picture. We want to understand how it is affecting your energy, sleep, movement and everyday life — and what you want to get back to doing.” Davitt helps clients understand screening, chamber choice, pressure, frequency, safe operation and the practical side of building HBOT into everyday life. If repeated access is being considered, he can also talk you through whether starting in clinic or having a chamber at home makes more sense for your circumstances. Talk to Davitt — Book a Free Discovery Call → Keep Exploring Chronic Pain, Fibromyalgia & HBOT Chronic Pain & Fibromyalgia Explore how ReWell approaches HBOT for people living with chronic pain and fibromyalgia. Explore Chronic Pain & HBOT → HBOT Research Explore published human research across chronic pain, neurological recovery, Long COVID, sports recovery and other areas. Visit the Research Hub → Home HBOT Rental Learn about ReWell's home chamber options, nationwide delivery and regular guided access. Explore Home HBOT Rental → Common Questions HBOT, Fibromyalgia & Chronic Pain FAQs Has HBOT been studied for fibromyalgia? Yes. Fibromyalgia is one of the more extensively studied chronic pain conditions within HBOT research. A 2026 systematic review identified eight fibromyalgia RCTs within 11 randomised trials of HBOT for chronic pain syndromes. What does the research show? Systematic reviews have reported improvements across outcomes including fibromyalgia impact, tender points, pain, fatigue, function, sleep and quality of life. Results vary between studies and outcomes, but the growing number of controlled trials makes fibromyalgia a meaningful area of HBOT research. Does HBOT reduce fibromyalgia pain? Research findings are not identical across every analysis. One 2023 RCT-only meta-analysis found significant improvements in fibromyalgia impact and tender-point counts but not a statistically significant pooled effect on pain. A separate 2023 systematic review and meta-analysis found a significant improvement in pooled pain measures. What other fibromyalgia symptoms have been studied? Research has examined more than pain alone. Studies and reviews have reported changes in fatigue, sleep disturbance, function, quality of life, tenderness and patient-global measures. How many HBOT sessions are used for fibromyalgia? Research protocols vary, and there is not yet one universally established HBOT programme for fibromyalgia. Pressure, session duration, total number of sessions and frequency have differed between studies, which is one of the areas future research still needs to clarify. Can I try HBOT before renting a chamber? Yes. New clients can start with an introductory HBOT session at ReWell in Naas and Dublin clinics for €85 incl. VAT before deciding whether more regular access is right for them. Can I rent a hyperbaric chamber at home? Yes. ReWell provides home hyperbaric chamber rental across all 32 counties from €1,229 per month. For people managing chronic pain or fatigue, home access can make repeated sessions considerably easier than travelling to a clinic each time. The Bottom Line Fibromyalgia Is One of the More Interesting Areas of Chronic Pain HBOT Research Fibromyalgia is complex. Pain is important, but it exists alongside changes in fatigue, sleep, cognition, tenderness and everyday function for many people. That complexity is reflected in the HBOT research. Rather than looking at pain alone, controlled studies and systematic reviews have examined fibromyalgia impact, tender points, fatigue, function, sleep, quality of life and pain itself. The results are not identical across every study, but there is now a meaningful body of human clinical research — and the 2026 review found the strongest potential within chronic pain research was particularly in fibromyalgia. If chronic pain affects more than one part of your life, it makes sense to look at recovery through a wider lens too. Explore Your Options Considering HBOT for Chronic Pain or Fibromyalgia? Explore the research, learn more about ReWell's approach to chronic pain and fibromyalgia, or speak with Davitt about whether clinic or home HBOT could suit your circumstances. Explore Chronic Pain & HBOT Explore the Research Talk to Davitt This article is for general educational purposes and does not constitute medical advice. Chronic pain can have many causes and should be appropriately assessed. HBOT may not be suitable for everyone. Screening and individual suitability matter before beginning hyperbaric oxygen therapy.

Post-Surgery · Injury Recovery · Tissue Repair · HBOT · 8 Min Read HBOT for Post-Surgery & Injury Recovery: Why Oxygen Matters After surgery or injury, the body has a demanding job to do: repair damaged tissue, manage inflammation, restore blood supply and gradually rebuild strength and function. All of that requires energy — and oxygen is fundamental to many of the biological processes involved. That is why Hyperbaric Oxygen Therapy (HBOT) has a long-standing role in selected wound-healing settings and why it is also attracting wider interest around surgical, soft-tissue and injury recovery. Why Oxygen Matters ↓ In This Article Why oxygen matters in recovery What HBOT changes What does the research show? Where the evidence is strongest When people consider HBOT Try, Rent or Own Guided by Davitt Common questions The Recovery Process Healing Places a High Demand on the Body Surgery and injury set a complex repair process in motion. Damaged tissue needs to be stabilised and rebuilt. Blood vessels need to deliver oxygen and nutrients. New tissue has to form. Collagen is produced and remodelled. Inflammatory responses need to be coordinated rather than simply switched off. Over time, the goal is not only for tissue to close or pain to settle, but for strength, movement and function to return. 01 Inflammatory Response The body responds to tissue damage and begins the repair process. 02 New Tissue Fibroblasts and other cells contribute to rebuilding damaged tissue. 03 Blood Supply New microvascular networks help support recovering tissue. 04 Remodelling Tissue gradually strengthens and function is rebuilt. Oxygen plays an important role throughout this process. This is what makes increased tissue oxygen availability an interesting area in surgical and injury recovery. The Science What Does HBOT Change? Normally, most oxygen in the blood is carried by haemoglobin inside red blood cells. Inside a hyperbaric chamber, increased atmospheric pressure allows considerably more oxygen to dissolve directly into blood plasma. The HBOT Effect Increased Pressure + Oxygen↓More Oxygen Dissolved in Plasma↓Increased Oxygen Availability↓Support for Biological Processes Involved in Tissue Repair This temporary increase in oxygen availability is relevant because research into wound and surgical recovery describes effects across several important repair processes. Fibroblast Activity Fibroblasts play an important role in producing the extracellular matrix involved in rebuilding damaged tissue. Collagen Formation Oxygen is important to collagen synthesis and cross-linking, which contribute to tissue strength during repair. Angiogenesis HBOT has been studied for its influence on signalling involved in the formation of new blood vessels and microvascular recovery. Host Defence Hyperbaric oxygen can also influence immune and antimicrobial processes that become particularly relevant in compromised wound environments. This does not mean every surgical recovery requires HBOT. It explains why oxygen under pressure is relevant to the biology of tissue repair and why HBOT continues to be investigated across surgical and injury settings. The Research What Does the Surgical Research Tell Us? HBOT has an established history in selected wound-healing and compromised-tissue settings. More recently, researchers have also been examining its wider role across surgical specialties. 2026 Review · Modern Surgical Practice From Wound Healing to Surgical Recovery A 2026 review examined the mechanisms and clinical applications of HBOT across modern surgical practice. The researchers reviewed evidence across areas including diabetic and vascular wounds, reconstructive and plastic surgery, burns, trauma, orthopaedic injuries and radiation-related tissue damage. The review describes how increased dissolved plasma oxygen creates a temporary high-oxygen environment that can support fibroblast activity, collagen cross-linking, angiogenesis and host antimicrobial defence. It also describes effects on inflammatory and redox signalling and microvascular integrity — all processes relevant to how damaged tissue responds and repairs. View the 2026 surgical review on PubMed → Wound Healing · Clinical Reference Why Tissue Oxygenation Matters in Difficult Wounds Clinical wound-healing literature provides some of the clearest examples of why HBOT can matter when tissue oxygenation is compromised. StatPearls describes increased plasma oxygen as one of HBOT's most pronounced physiological effects and notes effects including increased oxygen delivery to ischaemic tissue and increased neovascularity. HBOT is used clinically for selected complicated wounds and other recognised hyperbaric indications, where it forms part of a wider treatment pathway rather than replacing appropriate wound care. Read the StatPearls clinical reference → Oxygen is not simply something the body needs to survive. It is an active part of many of the processes involved in rebuilding damaged tissue. Understanding the Evidence Problem Wound Care and Routine Recovery Are Not the Same Thing There is an important distinction when looking at research into HBOT after surgery. Some of the strongest clinical evidence for HBOT comes from selected problem wounds, compromised grafts and flaps, radiation tissue injury and other situations where tissue oxygenation or healing is significantly challenged. An athlete recovering from a soft-tissue injury or someone healing normally after an uncomplicated operation is a different clinical situation. That does not make increased oxygen availability irrelevant to broader recovery. It simply means the evidence needs to be applied to the right situation. For routine post-surgical and musculoskeletal recovery, HBOT is better understood as a recovery option being explored around the body's existing repair processes — alongside the rehabilitation, nutrition, movement and medical care already required. In Practice When Do People Consider HBOT After Surgery or Injury? People come to ReWell at different stages of recovery and for different reasons. Some are preparing for a planned recovery period and want to understand HBOT before surgery. Others are already rehabilitating after an operation, sporting injury or soft-tissue injury and are looking at what else could support the recovery process. The useful question is not simply “Is HBOT good after surgery?” It is: what are you recovering from, where are you in that recovery, and how could HBOT fit around the plan already in place? Recovery Planning Where Could HBOT Fit? Planned Recovery Periods Some people explore HBOT around a planned surgery where recovery time and regular support are important considerations. Soft-Tissue & Musculoskeletal Injury HBOT may be explored alongside physiotherapy and progressive rehabilitation after muscle, tendon or other soft-tissue injury. Repeated Recovery Access Where regular sessions are being considered, home access can remove the need to travel repeatedly during a period when mobility or energy may already be limited. Working With Your Medical Team Following recent surgery, HBOT should fit around the existing medical plan rather than operate separately from it. Timing matters. Anyone recently undergoing surgery should discuss HBOT with the relevant medical team, particularly where there are wounds, drains, implanted devices or other clinical considerations. Explore Post-Surgery & Injury Recovery at ReWell → If HBOT could have a place in your recovery, the next question is how regularly you want to access it. HBOT Access in Ireland Try HBOT. Continue at Home. Or Explore Long-Term Access. ReWell gives you different ways to access HBOT depending on your recovery plan, how frequently you want to use it and what is most practical for you. Try Start With a Clinic Session New to HBOT? Experience a session at ReWell in Naas, Co. Kildare and understand what the process involves before deciding whether you want more regular access. 60 minute session €85 incl. VAT Book an HBOT Session → Rent Recover With HBOT at Home For people considering repeated sessions during a recovery period, a home chamber can make regular HBOT easier to fit around rehabilitation and everyday life. From €1,229/month incl. VAT Explore Home HBOT Rental → Own Long-Term HBOT Access ReWell also supplies soft-shell and hard-shell hyperbaric chambers for people who want long-term access at home or within a professional setting. From €9,999 excl. VAT Explore HBOT Chambers → If you decide to purchase later, up to six months of eligible ReWell rental payments can be credited towards your chamber purchase. ReWell provides home HBOT rental with delivery, setup and ongoing support across all 32 counties. Guided Recovery Access Your HBOT Programme, Guided by Davitt Meenaghan ReWell's HBOT programmes are guided by Davitt Meenaghan, IBUM-certified Hyperbaric Safety Officer. “Recovery is individual. The important thing is understanding where someone is in that process and how HBOT can fit safely and practically around the care already in place.” Davitt helps ReWell clients understand screening, chamber options, pressure, frequency and safe operation. For people recovering from surgery or injury, that also means looking at the practical picture — what you are recovering from, the medical or rehabilitation plan already in place and whether clinic or home access makes the most sense. Talk to Davitt — Book a Free Discovery Call → Keep Exploring Recovery, Tissue Repair & HBOT Post-Surgery & Injury Recovery Explore how ReWell approaches HBOT around surgery, soft-tissue injury and rehabilitation. Explore Post-Surgery & Injury Recovery → HBOT Research Explore published research into tissue repair, recovery and other areas being investigated in hyperbaric medicine. Visit the Research Hub → Home HBOT Rental Learn about ReWell's home chamber options, nationwide delivery and guided access across Ireland. Explore Home HBOT Rental → Common Questions HBOT After Surgery & Injury FAQs Why is oxygen important after surgery or injury? Oxygen is involved in multiple biological processes needed for tissue repair, including cellular energy production, collagen formation, fibroblast activity and the development of new blood vessels. This is one reason increased oxygen availability through HBOT is studied in wound, surgical and injury recovery. Is HBOT used for wound healing? Yes. HBOT has recognised clinical applications in selected complicated wound and compromised-tissue settings. Its physiological effects include substantially increasing dissolved plasma oxygen and increasing oxygen delivery to tissues while under pressure. Can HBOT be used after routine surgery? HBOT is increasingly being explored around wider surgical recovery, but routine uncomplicated recovery is not the same as treating a compromised wound or another established hyperbaric indication. The relevance of HBOT depends on the individual situation, procedure, timing and wider recovery plan. When can I start HBOT after surgery? There is no single timing rule that applies to every operation. The type of surgery, wounds, drains, implanted devices, medical history and the treating team's recommendations can all affect timing. ReWell recommends discussing HBOT with the relevant medical team following recent surgery. Can HBOT be used alongside physiotherapy? People may explore HBOT alongside physiotherapy and progressive rehabilitation after musculoskeletal or soft-tissue injury. HBOT does not replace the movement, strength and loading work required to restore function after injury. Can I use a hyperbaric chamber at home while recovering? ReWell provides home hyperbaric chamber rental across all 32 counties from €1,229 per month. For people considering repeated sessions, home access can reduce the practical burden of travelling to a clinic during recovery. Screening and suitability should be considered first. Can I try HBOT before renting? Yes. New clients can start with an introductory HBOT session at ReWell in our Naas and Dublin clinics for €85 incl. VAT before deciding whether more regular access is right for them. The Bottom Line Recovery Is Complex. Oxygen Is Part of the Biology Behind It. Whether the body is repairing a surgical incision, recovering damaged soft tissue or rebuilding after injury, tissue repair requires a coordinated series of biological processes. Oxygen is involved throughout that process. HBOT gives us a way to temporarily and substantially increase oxygen availability under pressure. Its role is well established in selected wound and compromised-tissue settings, while research continues to explore its wider application around surgical, musculoskeletal and soft-tissue recovery. For someone considering HBOT, the most useful question is therefore not simply whether HBOT is “good for recovery”. What are you recovering from, where are you in that process, and could increased oxygen availability have a useful place within your wider recovery plan? Explore Your Options Planning Your Recovery? Explore HBOT for post-surgery and injury recovery, start with an introductory clinic session or talk to ReWell about regular HBOT access at home. Explore Recovery & HBOT Try HBOT in Clinic Explore Home Rental This article is for general educational purposes and does not constitute medical advice. HBOT may not be suitable for everyone. Following recent surgery, discuss HBOT with your relevant healthcare team, particularly where wounds, drains, implanted devices or other clinical considerations are present. Screening and individual suitability matter before beginning HBOT.

HBOT Pressure · ATA · Chamber Comparison 1.3 ATA, 1.5 ATA, 2.0 ATA & 2.5 ATA: Understanding Hyperbaric Chamber Pressure If you've been comparing hyperbaric chambers, you've probably encountered numbers such as 1.3 ATA, 1.5 ATA, 2.0 ATA and 2.5 ATA. Those numbers matter — but ATA is not a score where the biggest number automatically means the best chamber. Understanding what ATA actually measures makes it much easier to compare chambers, research protocols and the different ways HBOT can be delivered. Learn How HBOT Works Compare ReWell Chambers 1 ATA Approx. Sea-Level Pressure 1.5 ATA ReWell Soft-Shell Range 2.0–2.5 ATA Higher-Pressure Hard-Shell Range Not “Better” Different Pressure = Different Exposure Start With the Basics What Does ATA Mean? ATA stands for atmospheres absolute. It is a measure of total pressure relative to a vacuum. Normal atmospheric pressure at sea level is approximately 1 ATA. So when a chamber is operating at 1.5 ATA, the total pressure inside the chamber is approximately one and a half times normal sea-level atmospheric pressure. An Easy Way to Think About It 1 ATA = Normal Atmosphere 1.3 ATA, 1.5 ATA, 2.0 ATA and 2.5 ATA describe progressively higher absolute chamber pressures. Pressure at a Glance What Do the Different Numbers Represent? 1.3 ATA A lower-pressure hyperbaric environment often encountered in mild-hyperbaric and wellness systems. 1.5 ATA A common pressure for soft-shell systems and the operating pressure used across ReWell's current soft-shell range. 2.0 ATA A higher-pressure range requiring hard-shell chamber construction and used across many clinical and research protocols. 2.5 ATA A higher-pressure hard-shell capability used in selected clinical and professional settings, with additional training requirements in ReWell's current range. Why Pressure Matters HBOT Is About More Than Simply Breathing Extra Oxygen Pressure changes what happens to gases in the body and changes the partial pressure of oxygen when oxygen is being breathed. As oxygen partial pressure rises, more oxygen can dissolve directly into blood plasma and become available to tissues. Research into HBOT also describes downstream effects involving oxygen-sensitive cellular signalling pathways, reactive oxygen and nitrogen species, growth factors and tissue-repair responses. The important point is that pressure and oxygen delivery work together. ATA alone does not tell you everything about the exposure. Pressure Changes the physical environment inside the chamber. Oxygen What the person breathes affects oxygen partial pressure. Protocol Pressure, oxygen, duration and frequency need to be considered together. Comparing Chambers Pressure Is Only One Part of the Chamber Two chambers operating at different ATA levels are not simply “stronger” and “weaker” versions of the same thing. Chamber construction, oxygen delivery, operating procedures, intended setting and required training can all differ. Understanding Each Range 1.3 ATA vs 1.5 ATA vs 2.0 ATA vs 2.5 ATA Lower-Pressure Hyperbaric 1.3 ATA Common in the Wellness Market 1.3 ATA systems are frequently encountered when people begin researching mild or lower-pressure hyperbaric chambers. When comparing these systems, pressure should not be considered in isolation. Ask what gas is being breathed, how oxygen is supplied and what research is actually relevant to the intended use. ReWell Soft-Shell Range 1.5 ATA Flexible Soft-Shell Access ReWell's current lying, seated and accessible soft-shell chambers operate at 1.5 ATA. This gives people a practical route to regular home HBOT through rental or ownership without moving into the higher-pressure hard-shell category. Explore 1.5 ATA Rentals → Higher-Pressure Hard-Shell 2.0 ATA Greater Pressure Capability ReWell's hard-shell range includes systems operating up to 2.0 ATA, with current models available for both rental and ownership. Hard-shell construction allows higher chamber pressures and introduces different installation, operating and equipment considerations from a 1.5 ATA soft-shell system. Higher-Pressure Hard-Shell 2.5 ATA Advanced Pressure Capability ReWell also offers selected 2.5 ATA hard-shell systems for rental and ownership. ReWell's current 2.5 ATA systems require training before use, reflecting the greater operational requirements that can accompany higher-pressure equipment. Where does 2.4 ATA fit? ReWell's current ownership range also includes selected Petra and Zeugma hard-shell monoplace chambers operating up to 2.4 ATA. We have kept the main article title focused on the most commonly searched 1.3, 1.5, 2.0 and 2.5 ATA comparisons, but 2.4 ATA is part of ReWell's wider chamber range. Side-by-Side Hyperbaric Pressure Comparison Pressure Approx. Absolute Pressure Typical Chamber Context ReWell Range 1.3 ATA 30% above normal absolute atmospheric pressure Lower-pressure / mild-hyperbaric systems Not part of ReWell's current advertised chamber range 1.5 ATA 50% above normal absolute atmospheric pressure Common soft-shell pressure Soft-shell rental & ownership 2.0 ATA Twice normal absolute atmospheric pressure Higher-pressure hard-shell systems Hard-shell rental & ownership 2.4 ATA 2.4 times normal absolute atmospheric pressure Selected hard-shell systems Selected ownership models 2.5 ATA 2.5 times normal absolute atmospheric pressure Higher-pressure hard-shell systems Hard-shell rental & ownership · training required One of the Biggest Misconceptions Is Higher ATA Always Better? No. Higher pressure creates a different hyperbaric exposure. It does not guarantee a better result for every person, condition or objective. Different published studies use different pressures because they are investigating different populations, protocols and outcomes. In sports-recovery research, for example, a recent meta-analysis found effects across protocols both above and at or below 2.0 ATA rather than showing that only the highest-pressure protocols were useful. The right question is not “What is the highest ATA I can buy?” It is “What pressure and chamber are appropriate for the way I intend to use HBOT?” Before Comparing Specifications Six Questions to Ask About Any Chamber What Pressure? What ATA is the chamber designed to operate at? What Are You Breathing? How is oxygen supplied and delivered during use? What Chamber Type? Is it soft-shell, hard-shell, seated, lying or another configuration? What Is It For? Home use, personal use, clinic, sports facility or another professional environment? What Training Is Needed? Higher-pressure systems can involve additional operating requirements. What Evidence Applies? Does the research being quoted actually use a comparable pressure and protocol? Research Context Why You Cannot Separate Pressure From Protocol Mechanisms of HBOT Pressure and Oxygen Both Matter A foundational review explains that HBOT's mechanisms arise from increased inspired oxygen partial pressure as well as increased hydrostatic pressure, with downstream effects involving oxygen-sensitive signalling and tissue responses. PMID 24984320 → Sports Recovery More Than One Pressure Can Be Studied A systematic review and meta-analysis of exercise-induced muscle injury included protocols both above and at or below 2.0 ATA and found statistically significant recovery effects in both pressure subgroups. PMID 40784513 → Home vs Higher-Pressure Access Different Chambers Solve Different Practical Problems A 1.5 ATA soft-shell system may suit someone who values convenient regular home access. A higher-pressure hard-shell chamber may make more sense in a clinic, sports, recovery, longevity or other professional setting — or for a suitable private user specifically looking for greater pressure capability. That is why choosing a chamber should start with intended use rather than simply the specification sheet. Choosing the Right Pressure Don't Choose a Chamber by ATA Alone ReWell's chamber selection and HBOT programmes are guided by Davitt Meenaghan, IBUM-certified Hyperbaric Safety Officer. “Higher pressure isn't automatically better. The right chamber starts with what you're using it for, who will use it and what kind of access you actually need.” Davitt can help you compare pressure, chamber type, installation, training requirements and intended use before you rent or purchase. Discuss Chamber Pressure With Davitt → Keep Exploring Understand the Chamber, Not Just the Number What Is HBOT? Learn how pressure and oxygen work together during hyperbaric oxygen therapy. Learn How HBOT Works → Soft-Shell vs Hard-Shell Compare chamber construction, pressure, setting, access and practical differences. Compare Chamber Types → Rent or Own? Explore ReWell's current 1.5 ATA soft-shell and higher-pressure hard-shell options. Explore Chamber Rentals → Common Questions HBOT Pressure & ATA FAQs What does ATA mean in hyperbaric oxygen therapy? ATA stands for atmospheres absolute. It describes total absolute pressure. Normal atmospheric pressure at sea level is approximately 1 ATA, so a chamber operating at 1.5 ATA is at approximately one and a half times normal sea-level absolute atmospheric pressure. Is 1.5 ATA considered hyperbaric? Yes. A chamber operating at 1.5 ATA is above normal atmospheric pressure and therefore creates a hyperbaric environment. ReWell's current soft-shell chamber range operates at 1.5 ATA. What is the difference between 1.3 ATA and 1.5 ATA? Both are above normal atmospheric pressure, but 1.5 ATA produces a greater pressure exposure than 1.3 ATA. The complete physiological exposure also depends on what gas is being breathed, oxygen delivery, duration and the wider protocol. Is 2.0 ATA better than 1.5 ATA? Not automatically. 2.0 ATA provides greater chamber pressure, but the most appropriate pressure depends on the intended use, evidence, oxygen delivery, chamber type, safety considerations and protocol. Higher pressure should not simply be treated as a better specification. Why are hard-shell chambers used for higher ATA? Higher chamber pressures require equipment designed and constructed to safely withstand those pressures. ReWell's current soft-shell range operates at 1.5 ATA, while its hard-shell range extends through 2.0, selected 2.4 and 2.5 ATA systems. Does higher ATA put more oxygen into the body? Increasing pressure can increase oxygen partial pressure and the amount of oxygen dissolved in plasma when oxygen is being breathed. However, actual exposure depends on both pressure and oxygen delivery, so ATA should not be interpreted in isolation. Does higher ATA mean fewer HBOT sessions are needed? No simple rule links higher ATA with fewer required sessions. Session number, pressure, oxygen exposure, duration and frequency are different parts of the overall protocol. What pressure are ReWell's chambers? ReWell's current soft-shell range operates at 1.5 ATA. Hard-shell rental options include 2.0 and 2.5 ATA systems, while the ownership range also includes selected systems operating up to 2.4 ATA. Training is required for ReWell's current 2.5 ATA systems. Which ATA should I choose for a home chamber? Start with your intended use rather than a pressure number. Chamber type, who will use it, frequency, available space, oxygen delivery, safety requirements and relevant evidence all matter. ReWell can help you compare the available options before renting or purchasing. Choosing a Hyperbaric Chamber? Look Beyond the ATA Number Pressure matters, but so do chamber type, oxygen delivery, intended use, training and the protocol you are trying to follow. ReWell can help you compare the full picture before choosing a chamber. Learn How HBOT Works Explore Chamber Rentals Talk to Davitt This article is for general educational purposes. ATA describes chamber pressure but does not by itself determine the appropriate HBOT protocol or likely outcome. Pressure, oxygen delivery, session duration, medical history, equipment and intended use should all be considered when selecting a hyperbaric chamber or programme.

HBOT Frequency · Session Number · Programme Planning How Many HBOT Sessions Do You Need? One of the most common questions about Hyperbaric Oxygen Therapy is also one of the hardest to answer with a single number. There is no universal number of HBOT sessions that is right for everyone. Session number depends on why HBOT is being explored, the chamber and pressure used, the oxygen exposure, the research or clinical protocol being followed, how frequently sessions are completed and your individual circumstances. Try Your First Session Ask Davitt About Frequency No Fixed Number Protocols Vary by Purpose 60–90 Min Common Session Duration Clinic or Home Different Access Options IBUM Certified Guided by Davitt Meenaghan The Short Answer HBOT Is Not One Universal Protocol It can be tempting to search for a number such as “10 sessions”, “20 sessions” or “40 sessions” and assume that is the standard HBOT programme. It isn't. Research protocols differ substantially depending on what researchers are studying. Pressure can differ. Session duration can differ. Frequency can differ. The total number of exposures can differ. That means the useful question is not simply: “How many HBOT sessions should everyone have?” It is: “What type of HBOT programme makes sense for the reason I am considering it?” One Session vs Repeated Sessions Trying HBOT Once Is Different From Following a Programme One Session Experience HBOT A single session allows you to experience the chamber, understand pressurisation, see how you tolerate the session and speak with ReWell about whether further HBOT is something you want to explore. Repeated Sessions Follow a Structured Programme Many research studies use repeated HBOT exposures because they are examining physiological and clinical responses that may develop across a course of sessions rather than during one isolated exposure. That does not mean everybody should automatically complete a long programme. It means that one exposure and a repeated research protocol are answering different questions. What Determines Frequency? Six Things That Can Change the Number of Sessions 01 Why You Are Using HBOT Recovery, a particular health condition, performance or another goal may involve very different research protocols. 02 Pressure 1.5 ATA, 2.0 ATA and higher-pressure protocols are not interchangeable simply because they all involve HBOT. 03 Oxygen Delivery How oxygen is delivered during the session matters alongside chamber pressure. 04 Session Duration Research protocols can vary in how long each individual exposure lasts. 05 Frequency Daily, several times per week and more widely spaced sessions create different programme structures. 06 Your Circumstances Health history, tolerance, current care and practical access all influence what is realistic and appropriate. What Does Research Actually Do? There Is No Single “Research Dose” of HBOT Looking at published studies makes the variation very clear. Different conditions and research questions have used very different programmes. 2025 Systematic Review · Long COVID 10–60 Sessions Across Seven Studies A 2025 systematic review included 199 participants. HBOT protocols ranged from 10 to 60 sessions and used pressures from 2.0 to 2.5 ATA. PMID 41223394 → 2026 Prospective Study · ME/CFS 40 Sessions Over 8–16 Weeks Thirty participants completed 40 HBOT sessions. Completion time ranged from eight to sixteen weeks, illustrating how pacing can also differ between individuals. PMID 42249466 → 2025 Randomised Trial · Brain Injury 40 Sessions Over 12 Weeks A randomised trial in adults with persistent symptoms following non-stroke brain injury used 40 HBOT sessions over a 12-week period. PMID 40011516 → Important: These figures describe individual research protocols. They are not universal recommendations for every person with Long COVID, ME/CFS, brain injury or another condition. A Different Example Sports Research Shows Why Protocol Details Matter Sports-recovery research provides another useful example because protocols may be structured around exercise and recovery rather than a long clinical course. A 2026 systematic review and meta-analysis included 10 articles and 299 participants. The studies varied by pressure, intervention duration and athlete group. Both pressures above and at or below 2.0 ATA were represented, and 60-minute and 100-minute intervention durations were analysed separately. The point is not that athletes should follow one particular session count. It is that pressure, session duration, timing and purpose all form part of the protocol. Read the sports-recovery research — PMID 40784513 → “The number should follow the purpose of the programme — not the other way around.” Avoid the Magic Number More Sessions Are Not Automatically Better Seeing 40 sessions in a published study does not mean that 40 is automatically the correct number for everyone. Likewise, a shorter course should not automatically be considered ineffective simply because another study used more exposures. Pressure, oxygen exposure, session duration, frequency, study population and purpose all matter. This is also why protocols from one condition should not simply be copied across to another. How Will You Access HBOT? Frequency Also Changes the Practical Decision Once a programme involves repeated sessions, the question is not only how many — it is also how realistically you can complete them. New to HBOT Try in Clinic If you're simply curious or want to experience HBOT before deciding what comes next, ReWell's Naas clinic is the easiest starting point. Book Your First Session → Frequent Sessions Rent at Home If your planned programme involves regular sessions, home access can remove repeated travel and allow sessions to fit more naturally around everyday life. Explore Home Rental → Long-Term Access Own Your Chamber For longer-term, multi-user or professional use, chamber ownership may become the more practical way to maintain ongoing access. Explore Ownership → The ReWell Approach Start With Why You Are Exploring HBOT ReWell's HBOT programmes are guided by Davitt Meenaghan, IBUM-certified Hyperbaric Safety Officer. “There isn't one number of sessions I give everybody. We start with why you're exploring HBOT, what the relevant evidence looks like and what level of access is realistic for you.” From there, Davitt can talk you through chamber pressure, session frequency, pacing and whether clinic sessions or home access are likely to make more practical sense. ReWell's goal is not to sell every person the same fixed package. It is to build the HBOT pathway around the individual and the reason they are considering it. Speak With Davitt → Learn More Understand the Protocol Before the Number What Is HBOT? Understand pressure, oxygen delivery and what happens inside a hyperbaric chamber. Learn How HBOT Works → Long COVID Explore the human research into HBOT for Long COVID and post-viral symptoms. Explore Long COVID Research → Concussion & Brain Injury See what current research says about repeated HBOT protocols in brain-injury studies. Explore Brain Injury Research → Athletic Recovery Explore how pressure and session timing differ in sports-recovery research. Explore Sports Research → Common Questions HBOT Session FAQs How many HBOT sessions do most people need? There is no single number that applies to most people. Published protocols vary considerably depending on the condition or purpose being studied, chamber pressure, session duration and frequency. ReWell therefore looks at the individual circumstances and relevant evidence rather than prescribing a universal session count. Is one HBOT session enough? One session can be useful if your goal is simply to experience HBOT and see how the chamber feels. Research investigating longer-term outcomes commonly uses repeated sessions, so one introductory visit and a structured HBOT programme are different things. Why do some HBOT programmes use 40 sessions? Forty sessions appears in some published research protocols, including studies involving ME/CFS and persistent symptoms after brain injury. That does not make 40 sessions a universal HBOT recommendation. Other research has used substantially shorter or longer programmes. Can HBOT be done every day? Some research and clinical protocols use sessions on consecutive weekdays or several times per week, while others use different pacing. Appropriate frequency depends on the purpose, pressure, protocol, individual tolerance and relevant medical guidance. How long is an HBOT session? ReWell notes that sessions commonly last around 60–90 minutes, although duration can vary according to the chamber and programme. Research protocols also use different exposure times. Does a higher ATA mean I need fewer sessions? Not necessarily. Higher pressure does not create a simple formula where fewer sessions are automatically required. Pressure, oxygen exposure, session duration, frequency and purpose all need to be considered together. Is it easier to complete frequent HBOT sessions at home? For many people it can be. If a programme involves regular sessions, having a chamber at home removes repeated travel and allows sessions to fit more easily around daily life. ReWell offers one, two and three-month soft-shell home rental options throughout Ireland. How do I know what programme is right for me? Start by defining why you are considering HBOT. ReWell can then look at your circumstances, the relevant research, chamber options and what frequency is practically realistic before discussing a programme with you. Don't Start With a Magic Number Start With the Reason You Want to Use HBOT Try HBOT in ReWell's Naas clinic, explore regular home access, or speak with Davitt about what the research and practical options may look like for your circumstances. Book Your First Session Explore Home Rental Talk to Davitt This article is for general educational purposes and does not prescribe a specific HBOT protocol or number of sessions. Research protocols should not be interpreted as individual treatment recommendations. HBOT may not be suitable for everyone, and screening, medical history, chamber type, pressure and individual circumstances should be considered before starting.

Chamber Ownership · Home · Clinic · Professional HBOT Buying a Hyperbaric Chamber in Ireland: A Complete Guide Buying a hyperbaric chamber is a significant investment — and there is much more to the decision than choosing a pressure and comparing prices. The right chamber can give you convenient, long-term access to HBOT. The wrong chamber can leave you with equipment that doesn't suit your space, intended use or operating requirements. ReWell supplies both soft-shell and hard-shell chambers for home and professional use across Ireland and Northern Ireland, with delivery, installation and ongoing guidance included. View Chambers for Sale Talk to Davitt Before You Buy From €9,999 excl. VAT Chamber Ownership 1.5–2.5 ATA+ Soft & Hard-Shell Options All 32 Counties Delivery & Installation IBUM Certified Guided by Davitt Meenaghan Before You Look at Models Start With Five Questions It is easy to start a chamber search by looking at specifications. But pressure and model names only make sense once you know what the chamber actually needs to do. Before comparing products, define these five things. 01 Who Will Use It? One person, a family, clients, athletes or multiple professional users? 02 How Often? Occasional use, a planned programme or ongoing daily access? 03 What Pressure? What ATA range actually suits the intended application? 04 Where Will It Go? Home, clinic, recovery facility, hotel or wellness setting? 05 Who Supports It? What happens after the chamber has been delivered? Step 1 Decide How the Chamber Will Be Used A chamber for one person at home is a different purchase from a system that will operate inside a clinic, sports organisation or commercial wellness facility. Home & Personal Use Priorities often include convenience, footprint, accessibility, ease of use and making regular HBOT realistic within everyday life. Available space in the home How frequently it will be used Lying vs seated access Whether multiple family members may use it Long-term value compared with rental or clinic visits Clinic & Professional Use Commercial buyers need to think beyond the chamber itself to operational requirements, user turnover, staff responsibilities and the wider client experience. Expected daily user numbers Pressure requirements Room and installation requirements Staff training and operating procedures Safety governance and ongoing support Step 2 Choose Between Soft-Shell and Hard-Shell This is one of the biggest decisions in the buying process. Soft-shell and hard-shell systems differ in construction, operating pressure, footprint, installation and cost. Accessible Ownership Soft-Shell ReWell Range · 1.5 ATA Soft-shell chambers provide the most accessible route into chamber ownership and are commonly considered for regular personal and home use. ReWell offers lying, seated and accessible configurations, giving buyers options around available space and mobility. Higher-Pressure Systems Hard-Shell Multiple Models & Pressure Ranges Hard-shell systems use rigid chamber construction and extend into higher pressure ranges, making them relevant for professional facilities and buyers with more specific pressure or installation requirements. ReWell's current sales range includes 2.0, 2.4 and 2.5 ATA hard-shell configurations. Want a deeper comparison? Read Soft-Shell vs Hard-Shell Hyperbaric Chambers → Professional & Long-Term Installation Hard-Shell Ownership Opens Up a Wider Range of Systems ReWell's hard-shell ownership range extends beyond the models available for rental. Current options include slimline and full-length chambers, seated systems, larger seated formats and higher-pressure monoplace chambers. That breadth is useful — but it also makes expert selection more important. A larger or higher-pressure chamber is not automatically the right investment for every setting. Step 3 Understand ATA Before You Buy ATA means atmospheres absolute and describes the total pressure inside the chamber. Pressure matters because different chamber systems operate at different ranges and HBOT research uses different pressures depending on the setting and protocol. But ATA is only one part of the buying decision. 1.5 ATA ReWell soft-shell range 2.0 ATA Multiple hard-shell models 2.4 ATA Selected monoplace systems 2.5 ATA Higher-pressure hard-shell options ReWell's current 2.5 ATA systems require training before use. The currently advertised hard-shell systems up to 2.0 ATA and selected 2.4 ATA models do not carry the same training requirement on the sales range. Don't buy the highest ATA simply because the number sounds more advanced. Buy the chamber that fits the intended use. Step 4 Look Beyond the Headline Price Two chambers with similar specifications can represent very different purchases depending on what happens after you place the order. ReWell's current chamber purchases include four important parts of the ownership process. Delivery Nationwide delivery across all 32 counties Installation Professional installation and setup Personalised Protocol Guidance around frequency, duration and progression Ongoing Support Direct support after your purchase This is an important distinction from buying specialist equipment online and then being left to work out installation, operation and ongoing use yourself. Finance options are also currently available across ReWell's chamber range. What Does Ownership Cost? Budget for the Chamber You Actually Need Hyperbaric chamber pricing varies considerably depending on construction, pressure, size and configuration. ReWell Ownership From €9,999 excl. VAT Entry point into the current ReWell ownership range. Displayed 2 ATA Hard-Shell From €24,999 excl. VAT Current displayed slimline 2 ATA hard-shell pricing, excluding VAT. Displayed 2.5 ATA Hard-Shell From €27,999 excl. VAT Current displayed 2.5 ATA hard-shell pricing, excluding VAT. Some chamber models require individual pricing, so the true comparison is not simply the headline purchase price. Consider pressure, chamber format, included installation, training requirements, finance, ongoing support and how frequently the system will actually be used. Prices displayed on ReWell's sales range are VAT-exclusive where a price is shown. Confirm current pricing and model availability before purchase. Step 5 Plan the Installation Before You Purchase A chamber should be selected for the space it is actually going into — not purchased first and figured out later. 01 Measure the Space Consider chamber dimensions, entry access, surrounding clearance and how the room will function once installed. 02 Confirm Requirements Electrical, oxygen, ventilation and site requirements can differ depending on the chamber and intended setting. 03 Plan Operation For professional settings, decide who will operate the chamber, how clients will be managed and what safety procedures need to be in place. Not Ready to Buy Yet? Rent First. Own Later. You do not necessarily need to commit to chamber ownership immediately. ReWell offers both soft-shell and hard-shell rentals, allowing you to experience regular chamber access before deciding whether purchasing is the right long-term move. Up to 6 Months Eligible Rental Payments Can Be Credited Towards Purchase If you later decide to buy, up to six months of eligible ReWell rental payments may be credited towards your chamber purchase. Explore Rentals First Before You Sign Your Hyperbaric Chamber Buyer Checklist Before purchasing any hyperbaric chamber, make sure you can answer these questions clearly. ✓ What pressure does the chamber operate at? And is that pressure appropriate for your intended use? ✓ Where will the chamber be installed? Confirm room size, access, utilities and installation requirements before ordering. ✓ What exactly is included? Delivery, installation, oxygen system, accessories, setup and after-sales support should all be clear. ✓ Is training required? Higher-pressure and professional systems may involve additional operational responsibilities. ✓ What happens after installation? Know who you contact if you have operational, protocol or technical questions later. ✓ Should you rent first? For some buyers, experiencing regular chamber use before purchasing can make the decision much clearer. Buy With Guidance Talk to Davitt Before You Choose a Chamber ReWell chamber purchases are guided by Davitt Meenaghan, IBUM-certified Hyperbaric Safety Officer. “Buying a chamber should start with what you actually need it to do. Once we understand the people using it, the setting, pressure requirements and how often it will be used, choosing the right system becomes much clearer.” Davitt can help you compare soft-shell and hard-shell systems, pressure, available space, installation requirements, rental versus ownership and the practical responsibilities that come with operating the chamber. For professional buyers, that conversation can also include staff use, operational procedures and building a safe framework around the chamber from the outset. Talk to Davitt Before You Buy → Keep Comparing Make the Decision With the Full Picture Chambers for Sale Browse ReWell's complete soft-shell and hard-shell ownership range. View Chambers for Sale → Soft-Shell vs Hard-Shell Compare construction, pressure, cost, use and training before choosing a chamber type. Read the Comparison → Understanding Pressure Learn why 1.5, 2.0, 2.4 and 2.5 ATA do not simply represent “good, better, best”. Explore HBOT Research → Common Questions Buying a Hyperbaric Chamber in Ireland — FAQs How much does a hyperbaric chamber cost in Ireland? ReWell's chamber ownership range currently starts from €9,999 excl. VAT. Displayed 2.0 ATA hard-shell systems begin from €24,999, while displayed 2.5 ATA hard-shell models begin from €27,999. Pricing depends on chamber type, pressure and configuration. Does ReWell sell both soft-shell and hard-shell chambers? Yes. ReWell's ownership range includes 1.5 ATA soft-shell chambers plus multiple hard-shell systems across different pressures, sizes and configurations. Is delivery and installation included? Yes. ReWell's current chamber purchase offer includes professional delivery and installation across all 32 counties of Ireland and Northern Ireland. What support do I receive after buying? ReWell provides personalised guidance around chamber use and ongoing direct support after purchase rather than ending the relationship once installation is complete. Do hard-shell chambers require training? Training requirements depend on the system. ReWell's current 2.5 ATA hard-shell models require training before use. Other advertised hard-shell models may have different requirements depending on chamber and setting. Can I finance a hyperbaric chamber? ReWell currently offers finance options across its chamber range. Current terms and eligibility should be confirmed directly with ReWell when you enquire. Can I rent a chamber before deciding to buy? Yes. ReWell offers both soft-shell and hard-shell rental. If you later choose to purchase, up to six months of eligible rental payments can be credited towards your chamber purchase. Is a higher-pressure chamber always better? No. The correct pressure depends on the intended use, chamber environment, operating requirements and the person or facility using it. Choosing purely on the highest ATA can result in buying more chamber than you need — or the wrong system for your intended use. Can clinics, sports facilities or wellness centres buy from ReWell? Yes. ReWell supplies chambers for both private and professional settings, including clinics, sports and recovery facilities, wellness and longevity environments and other suitable commercial locations. Buy With Confidence Find the Right Hyperbaric Chamber for Your Setting Explore ReWell's chamber range or speak directly with Davitt about pressure, chamber type, available space, budget and whether buying now — or renting first — makes more sense. View Chambers for Sale Explore Rental First Talk to Davitt This guide is for general educational purposes. HBOT may not be suitable for everyone and individual screening and suitability matter before use. Chamber specifications, pressure capability, prices, finance, installation and training requirements should be confirmed with ReWell before purchasing.

Hyperbaric Chamber Rental · Ireland & Northern Ireland Hyperbaric Chamber Rental in Ireland: Everything You Need to Know Renting a hyperbaric chamber gives you regular access to HBOT without committing immediately to ownership — whether you want a flexible soft-shell chamber at home or a higher-pressure hard-shell system for longer-term or professional use. ReWell offers both 1.5 ATA soft-shell and 2 ATA / 2.5 ATA hard-shell chamber rentals, with delivery, professional installation, guidance and ongoing support across Ireland and Northern Ireland. Explore All Rentals Talk to Davitt 1.5–2.5 ATA Soft & Hard-Shell Range From €999 Monthly Rental Options All 32 Counties Delivery & Installation IBUM Certified Specialist HBOT Guidance Two Ways to Rent Soft-Shell or Hard-Shell? ReWell offers two distinct rental pathways. The right choice depends on how you plan to use HBOT, the pressure required, your environment and how long you want access. Flexible Rental Soft-Shell Chambers 1.5 ATA · From €1,229 Flexible lying, seated and accessible chambers designed for convenient regular use at home or in suitable clinic settings. 1, 2 or 3-month rental options Lying, seated and accessible designs Professional delivery and installation Personalised ReWell programme Ongoing support throughout your rental Explore Soft-Shell Rentals → Higher-Pressure Rental Hard-Shell Chambers 2 ATA & 2.5 ATA · From €1,999/month Higher-pressure chamber systems for clinics, sports and recovery facilities, longevity and wellness settings, hospitality environments and suitable private users. 2 ATA and 2.5 ATA systems Lying, seated capsule and slimline options 6-month minimum rental No deposit Training required for 2.5 ATA systems Explore Hard-Shell Rentals → Why Rent? Regular HBOT Without Buying a Chamber Upfront Clinic sessions can be a useful way to experience HBOT. But if you want to use it regularly, travelling to a clinic for every session can become inconvenient. Renting gives you much greater control over when HBOT fits into your day. For a private user, that may mean using a soft-shell chamber at home around work, family, training or rehabilitation. For a clinic, sports facility or wellness setting, it may mean bringing a higher-pressure hard-shell system into the business without the upfront investment of purchasing one. Rental can also be a practical way to experience regular chamber use before deciding whether ownership makes sense. Soft-Shell Rentals Flexible 1.5 ATA HBOT at Home ReWell's soft-shell range is the most flexible rental option, with one, two and three-month rental periods available. All three options operate at 1.5 ATA and include professional delivery and installation, a personalised ReWell programme and ongoing support. Lying Down 1.5 ATA · Full-Length Soft-Shell From €1,229 incl. VAT 1 month — €1,2292 months — €1,9993 months — €2,799 Seated 1.5 ATA · Compact Upright From €999 incl VAT. 1 month — €1,2292 months — €1,9993 months — €2,799 Accessible 1.5 ATA · Wider Entry From €1,199 incl. VAT 1 month — €1,3992 months — €2,2993 months — €3,099 Soft-shell options include lying, seated and wider-entry accessible chamber designs. View Soft-Shell Rentals Hard-Shell Rentals Higher-Pressure 2 ATA & 2.5 ATA Chamber Rental ReWell's hard-shell rental range provides access to professional higher-pressure HBOT without the upfront cost of purchasing a chamber. These systems are designed particularly for clinics, sports and recovery facilities, longevity and wellness centres, hospitality settings and suitable private users requiring a different level of chamber capability. 2 ATA Hard-Shell Chambers Slimline 2 ATA · Compact Footprint €1,999/month Purchase price €24,999 Lying 2 ATA · Full-Length €2,499/month Purchase price €29,999 Seated Capsule 2 ATA · Reclining Design €2,999/month Purchase price €39,999 2.5 ATA Hard-Shell Chambers Slimline 2.5 ATA · Compact Higher-Pressure System €2,299/month Purchase price €27,999 Lying 2.5 ATA · Full-Length Higher-Pressure System €2,799/month Purchase price €33,333 Hard-shell rental terms: 6-month minimum · No deposit · Delivery additional · Training required for 2.5 ATA systems · Pricing includes VAT. Explore Hard-Shell Rentals Compare Your Options Soft-Shell vs Hard-Shell Rental Neither option is automatically “better”. They serve different needs. Pressure, intended use, rental duration, location and budget all matter. Soft-Shell Hard-Shell Pressure 1.5 ATA 2 ATA or 2.5 ATA Rental from €1,229/month €1,999/month Rental term 1, 2 or 3 months 6-month minimum Chamber options Lying, seated, accessible Lying, seated capsule, slimline Typical setting Home or suitable clinic use Clinics, sports/recovery, wellness, hospitality & suitable private use Training Operating and safe-use guidance Onboarding; training required for 2.5 ATA Delivery Professionally delivered & installed Delivery additional; professional installation The important point is that higher pressure is not automatically the right choice for every person or purpose. If you are unsure, ReWell can help determine the most appropriate chamber and rental pathway based on your intended use rather than asking you to choose from specifications alone. How It Works From Choosing a Chamber to Getting Started ReWell doesn't simply send you a chamber and leave you to work everything out. Rental includes guidance around chamber selection, installation, operation and ongoing use. 01 Talk Through Your Requirements Discuss your intended use, preferred pressure, location, available space and how regularly the chamber will be used. 02 Choose the Right Rental ReWell helps determine the appropriate chamber, pressure and rental pathway for your requirements. 03 Delivery, Setup & Support Your chamber is delivered and professionally installed, with operating guidance, required training and ongoing support. Thinking Longer Term? Rent First. Buy Later. Rental is particularly useful if you think chamber ownership may eventually suit you but want to experience regular access before making the larger investment. Up to 6 Months Eligible Rental Payments Can Be Credited Towards Purchase ReWell's rent-to-buy pathway allows up to six months of eligible rental payments to be credited towards purchasing your chamber. So if regular HBOT becomes something you want to continue long term, rental can form part of the pathway towards ownership rather than simply being a temporary expense. Explore Chamber Ownership Specialist HBOT Guidance Not Sure Which Chamber You Need? ReWell's rental programmes are supported by Davitt Meenaghan, IBUM-certified Hyperbaric Safety Officer. “You shouldn't have to choose a chamber based on pressure, shape or specifications alone. Start with what you need HBOT for, how you plan to use it and where the chamber will be installed — then we can work out the right option.” Davitt can talk you through soft-shell and hard-shell options, pressure, chamber type, installation, rental duration and whether rental or ownership is likely to make more sense. Book a Free Discovery Call → Common Questions Hyperbaric Chamber Rental FAQs Can I rent a hyperbaric chamber in Ireland? Yes. ReWell provides both soft-shell and hard-shell hyperbaric chamber rental across Ireland and Northern Ireland, with chamber selection, delivery, installation and ongoing support. How much does it cost to rent a hyperbaric chamber? Soft-shell rental starts from €1,229 for one month. Accessible soft-shell rental starts from €1,399. Hard-shell rental starts from €1,999 per month, depending on the pressure and chamber selected. What pressure chambers can I rent? ReWell's soft-shell rental range operates at 1.5 ATA. Hard-shell rentals are available at 2 ATA and 2.5 ATA. What soft-shell chambers are available? ReWell offers 1.5 ATA lying, seated and wider-entry accessible soft-shell chambers, with flexible one, two and three-month rental periods. What hard-shell chambers can I rent? The hard-shell range includes 2 ATA Slimline, Lying and Seated Capsule chambers, plus 2.5 ATA Slimline and Lying chambers. How long is a hard-shell chamber rental? ReWell hard-shell rentals have a six-month minimum term. There is no deposit, delivery is additional and training is required for 2.5 ATA systems. Are hard-shell chambers only for clinics? No. They are particularly suited to clinics, sports and recovery facilities, longevity and wellness centres and hospitality settings, but may also be appropriate for suitable private users. Is a higher-pressure chamber always better? No. The appropriate chamber depends on your intended use, pressure requirements, environment and individual circumstances. ReWell can help you compare the options before choosing. Can my rental payments go towards buying a chamber? ReWell's current rent-to-buy pathway allows up to six months of eligible rental payments to be credited towards purchasing your chamber. Does ReWell deliver throughout Ireland? Yes. ReWell provides chamber rental, delivery and support across all 32 counties of Ireland and Northern Ireland. Soft-Shell or Hard-Shell Find the Right HBOT Rental for You Explore ReWell's complete rental range or speak with Davitt about your intended use, pressure requirements, location and whether soft-shell or hard-shell HBOT is the better fit. View All Rentals Hard-Shell Rentals Talk to Davitt This guide is for general educational purposes. HBOT may not be suitable for everyone and individual screening and suitability matter before use. Chamber availability, rental pricing, delivery requirements and rent-to-buy eligibility should be confirmed with ReWell before booking.

HBOT Ireland · Clinic · Rental · Ownership How Much Does HBOT Cost in Ireland? If you're considering Hyperbaric Oxygen Therapy, cost is usually one of the first practical questions. At ReWell, there are three clear ways to access HBOT: try it in our Naas clinic, rent a chamber for regular access at home, or own your chamber for the long term. The best-value route depends mainly on how frequently you want to use HBOT and for how long. Start With aN €85 Session View Rental Prices €85 incl. VAT Introductory Clinic Session From €1,229 incl .VAT Soft-Shell Home Rental From €1,999/mo Hard-Shell Rental From €9,999 Chamber Ownership Three Ways to Access HBOT Try. Rent. Own. You don't need to make a large commitment to find out whether HBOT fits your routine. ReWell's pathways allow you to start at the level of access that makes sense for you. 01 · Try Clinic Sessions From €85 incl. VAT Experience HBOT at ReWell's Naas clinic with personal guidance and no long-term commitment. View Clinic Sessions → 02 · Rent HBOT at Home From €1,229 incl. VAT Have a chamber delivered and installed for regular access at home. Soft-shell and hard-shell options are available. View Rental Options → 03 · Own Chamber Ownership From €9,999 excl. VAT Long-term chamber access for individuals, families, clinics, sports organisations and professional facilities. View Chambers for Sale → Option 1 · Try How Much Does an HBOT Session Cost? €85 incl. VAT New clients can start with a 60 minute HBOT session at ReWell's clinic in Naas or Dublin for €85 incl. VAT. Your first visit includes a pre-session conversation with Davitt, a guided HBOT session, personalised setup, a post-session check-in and guidance on what — if anything — should come next. For someone new to HBOT, clinic access is the simplest and lowest-commitment way to experience a chamber before considering regular home use. Book an HBOT Session → Option 2 · Rent How Much Does a Home Hyperbaric Chamber Cost to Rent? If you want HBOT regularly, home rental changes the calculation. Instead of paying for each visit and travelling to the clinic, you have the chamber available around your own routine for the duration of your rental. ReWell's 1.5 ATA soft-shell range includes lying, seated and accessible chamber options. Soft-Shell Chamber 1 Month 2 Months 3 Months Lying Down · 1.5 ATA €1,229 €1,999 €2,799 Seated · 1.5 ATA €1,229 €1,999 €2,799 Accessible · 1.5 ATA €1,399 €2,299 €3,099 ReWell soft-shell rentals include professional delivery and installation, personalised programme guidance and ongoing support. Current product pricing is displayed VAT-inclusive. Higher-Pressure Rental What Does a Hard-Shell Chamber Cost to Rent? ReWell also offers 2.0 and 2.5 ATA hard-shell systems for rental. These are designed for people and organisations looking for higher-pressure capability and longer-term access, including clinics, sports and recovery facilities, wellness environments and suitable private users. Hard-Shell Chamber Pressure Rental Slimline 2.0 ATA €1,999/month Lying 2.0 ATA €2,499/month Seated Capsule 2.0 ATA €2,999/month Slimline 2.5 ATA €2,299/month Lying 2.5 ATA €2,799/month Hard-shell rentals have a six-month minimum term. Delivery is additional, and training is required for ReWell's current 2.5 ATA systems. Confirm final requirements and pricing with ReWell before renting. Compare Hard-Shell Rental Options → Option 3 · Own How Much Does It Cost to Buy a Hyperbaric Chamber? From €9,999 excl. VAT ReWell chamber ownership starts from €9,999 for soft-shell systems. Hard-shell chamber prices are higher and vary according to pressure, chamber size and configuration. Current displayed hard-shell pricing begins from €24,999. Ownership is generally worth considering when you want unrestricted long-term access, expect the chamber to be used by more than one person, or are purchasing for a clinic, sports facility or other professional environment. ReWell chamber purchases include professional delivery and installation, personalised guidance and ongoing support. Finance options are also available. Explore Hyperbaric Chambers for Sale → Rent-to-Own What if You Rent First and Decide to Buy? You don't have to decide between renting and ownership on day one. Up to 6 Months Eligible Rental Payments Can Be Credited Towards Purchase ReWell's rent-to-own pathway allows up to six months of eligible rental payments to be credited towards purchasing a chamber. That gives you the opportunity to experience what regular home HBOT actually looks like before making the larger ownership investment. Explore Rental Options Which Is Best Value? It Depends on How You Plan to Use HBOT The lowest price and the best value are not necessarily the same thing. Frequency and duration change the equation. Occasional or First-Time Use Start in Clinic If you want to experience HBOT or expect only occasional sessions, starting with the €85 incl. VAT 60 minute clinic session is the simplest route. Regular Access Consider Rental If you expect to use HBOT regularly over a defined period, having a chamber at home can make consistency much easier without the upfront cost of ownership. Long-Term or Multi-User Consider Ownership For long-term access, families, frequent users and professional settings, purchasing a chamber can become the more logical investment. Understanding the Price What Changes the Cost of HBOT? If you're comparing HBOT prices, look beyond a single session or chamber figure. Several practical factors affect the overall cost. Frequency Occasional sessions versus regular access Duration One session, several months or long-term use Chamber Type Soft-shell versus hard-shell systems Pressure Different chamber pressure capabilities Installation Requirements differ between chamber types Travel Clinic travel versus having HBOT at home Multiple Users Home and professional use can change the economics Future Ownership Eligible rental credit may reduce later purchase cost Not Sure Where to Start? Talk Through the Numbers With Davitt ReWell's HBOT pathways are guided by Davitt Meenaghan, IBUM-certified Hyperbaric Safety Officer. “The right option depends on how often you want to use HBOT, for how long and what level of access makes sense in your life. You don't need to start by buying a chamber.” Davitt can help you understand whether clinic sessions, a home rental or ownership makes the most practical sense for what you're trying to achieve. Book a Free Discovery Call → Common Questions HBOT Cost in Ireland — FAQs How much is one HBOT session in Ireland? At ReWell's Naas and Dublin clinic, a 60 minute HBOT session is €85 incl. VAT.  How much does it cost to rent a hyperbaric chamber? ReWell soft-shell rental starts from €1,229 incl. VAT for one month. Two-month lying and seated rentals are €1,999 and three-month rentals are €2,799. Accessible chamber rental starts from €1,399. Hard-shell rental starts from €1,999 per month with a six-month minimum term. How much does it cost to buy a hyperbaric chamber? ReWell chamber ownership starts from €9,999 for soft-shell systems. Current displayed hard-shell purchase pricing begins from €24,999, with final cost depending on pressure, size and configuration. Is delivery included in chamber rental? Professional delivery and installation are included with ReWell's soft-shell rentals. Hard-shell rental has different commercial terms and delivery is additional. Is delivery and installation included when I buy a chamber? Yes. ReWell's current ownership offer includes professional delivery and installation across all 32 counties, together with guidance and ongoing support. Can rental payments go towards buying a chamber? Yes. Up to six months of eligible rental payments can be credited towards a future ReWell chamber purchase. Is renting cheaper than clinic sessions? It depends on how frequently and for how long you plan to use HBOT. Clinic sessions have the lowest initial cost, while home rental gives you regular access for a fixed rental period rather than paying for each individual visit. Should I try HBOT before renting or buying? You can. ReWell's €50 + VAT introductory session is designed to let new clients experience HBOT in the Naas clinic before deciding whether they want further clinic sessions, regular home access or chamber ownership. Choose Your Level of Access Start Where It Makes Sense for You Try HBOT in our Naas clinic, bring a chamber home for regular access, or explore ownership for the long term. You don't need to decide everything on day one. try - from €85  Rent — From €1,229 Own — From €9,999 Prices and availability are current at the time of publication and may change. Confirm current pricing, VAT treatment, delivery, installation and model availability with ReWell before booking, renting or purchasing. HBOT may not be suitable for everyone and individual screening and suitability matter before use.

Chamber Comparison · Soft-Shell · Hard-Shell · HBOT Ireland Soft-Shell vs Hard-Shell Hyperbaric Chambers: What’s the Difference? If you're comparing hyperbaric chambers, one of the first decisions is whether you need a soft-shell or hard-shell system. They differ in construction, pressure capability, footprint, cost, installation and how they are commonly used. The right choice is not simply the chamber with the highest ATA. It is the chamber that best fits how, where and how often you plan to use HBOT. Compare Rentals Explore Ownership 1.5 ATA Soft-Shell Rental Range 2.0–2.5 ATA Core Hard-Shell Range Rent or Own Multiple Access Pathways IBUM Certified Guidance From ReWell Start With the Basics What Actually Makes a Chamber Soft-Shell or Hard-Shell? The distinction begins with the chamber itself. A soft-shell chamber uses a flexible chamber body that pressurises when in use. ReWell's current rental range operates at 1.5 ATA and includes lying, seated and wider-entry accessible options. A hard-shell chamber uses a rigid chamber body and can support higher operating pressures depending on the model. ReWell's core hard-shell rental range includes 2.0 ATA and 2.5 ATA systems. That difference in construction influences not only pressure, but also installation, space, cost, intended setting and operating requirements. The Two Main Categories Soft-Shell vs Hard-Shell at a Glance Flexible Home Access Soft-Shell Chambers ReWell Rental Range · 1.5 ATA Soft-shell chambers are generally the most accessible route into regular home HBOT and are easier to place within a domestic environment. Flexible chamber body 1.5 ATA across ReWell's current rental range Lying, seated and accessible designs Lower rental entry point 1, 2 and 3-month rental options Suitable for regular home use Explore Soft-Shell Chambers → Higher-Pressure Systems Hard-Shell Chambers ReWell Rental Range · 2.0 & 2.5 ATA Hard-shell chambers use a rigid structure and are designed for higher-pressure, professional or more permanent applications. Rigid chamber construction Higher-pressure capability 2.0 and 2.5 ATA rental options Slimline, lying and seated configurations Professional installation requirements Often considered for clinics and facilities Explore Hard-Shell Chambers → Soft-Shell Why People Choose a Soft-Shell Chamber For many private users, soft-shell is the most practical place to start. ReWell's soft-shell rental range is designed for regular use at home, with flexible rental periods and three different configurations depending on space and accessibility. It also gives people a way to experience the reality of repeated home HBOT before making a larger commitment to ownership. ReWell's soft-shell rental range includes lying, seated and accessible 1.5 ATA chambers. Hard-Shell When a Hard-Shell Chamber May Make More Sense Hard-shell systems become more relevant when the intended use requires a different pressure range, more permanent installation or a professional facility setting. ReWell's hard-shell rental range currently includes 2 ATA and 2.5 ATA lying, slimline and seated configurations, with a six-month minimum term. They are commonly considered by clinics, sports and recovery facilities, longevity and wellness settings, hospitality environments and suitable private users. Pressure Matters But ATA Shouldn't Be the Only Number You Look At Chamber pressure is important because HBOT protocols use different pressure levels depending on the setting and purpose. But comparing chambers purely by ATA can be misleading. The decision also depends on oxygen delivery, chamber design, intended use, session frequency, installation, operating requirements, budget and training. ReWell's current 2.5 ATA hard-shell systems require operational training. The advertised 2.0 ATA systems do not require the same training. Higher pressure is not automatically better. The right pressure is the one that makes sense for the intended use and the person or facility using it. Side-by-Side Comparison Soft-Shell vs Hard-Shell Hyperbaric Chambers Feature Soft-Shell Hard-Shell Construction Flexible pressurised chamber body Rigid chamber body ReWell rental pressure 1.5 ATA 2.0 ATA or 2.5 ATA Rental from €1,229/month €1,999/month Rental term 1, 2 or 3 months 6-month minimum Available formats Lying, seated, accessible Lying, slimline, seated capsule Typical setting Home and suitable clinic use Professional facilities, longer-term use and suitable private settings Training Operating and safe-use guidance Training required for current 2.5 ATA systems Installation Professional delivery and setup Professional installation, with more site-specific requirements Ownership Available Available across multiple hard-shell configurations Cost How Do Soft-Shell and Hard-Shell Costs Compare? Cost is one of the clearest differences between the two categories. ReWell's soft-shell rental range begins at €1,229, while hard-shell rental starts from €1,999 per month. Ownership costs vary significantly depending on chamber type, pressure and configuration. €1,229 Soft-shell home rental from €1,399 Accessible soft-shell rental from €1,999/mo Hard-shell rental from €24,999+ Displayed hard-shell purchase pricing begins here ReWell also sells soft-shell chambers and a broader range of hard-shell systems, so the final purchase price depends on the exact model selected. Up to six months of eligible rental payments may also be credited towards a future chamber purchase. Which One Is Right for You? Start With the Use Case — Not the Chamber The simplest way to make this decision is to start with how the chamber will actually be used. Soft-Shell May Suit You If... You want flexible home access, are new to regular HBOT, prefer a lower entry cost, want shorter rental periods or want to experience regular chamber use before buying. Hard-Shell May Suit You If... You are operating a clinic or facility, need higher-pressure capability, want a more permanent installation or have specific professional or long-term requirements. Some people arrive assuming they need the highest-pressure chamber available. Others assume a soft-shell chamber is automatically enough. Neither assumption is particularly useful. Define the intended use first. Then choose the chamber that fits it. Specialist Guidance Still Not Sure Which Chamber Makes Sense? ReWell's HBOT programmes are guided by Davitt Meenaghan, IBUM-certified Hyperbaric Safety Officer. “The right question isn't ‘Which chamber is better?’ It's ‘What are you using it for, where is it going and what level of access do you actually need?’” Davitt can help you compare chamber type, pressure, space, installation, rental duration, purchase options and the practical differences between soft-shell and hard-shell HBOT. Book a Free Discovery Call → Next Steps Compare, Rent or Buy Hyperbaric Chamber Rentals Compare ReWell's soft-shell and hard-shell rental options across Ireland and Northern Ireland. Explore Rentals → Chamber Ownership Explore ReWell's soft-shell and hard-shell chamber range for purchase. Explore Chambers for Sale → Understanding ATA Learn what 1.3, 1.5, 2.0 and 2.5 ATA actually mean and why pressure is only part of the HBOT decision. Read the Pressure Guide → Common Questions Soft-Shell vs Hard-Shell Chamber FAQs What is the main difference between a soft-shell and hard-shell hyperbaric chamber? Soft-shell chambers use a flexible chamber body and typically operate at lower pressure. Hard-shell chambers use a rigid structure and can support higher operating pressures depending on the model. What pressure are ReWell soft-shell chambers? ReWell's current soft-shell rental range operates at 1.5 ATA and includes lying, seated and accessible configurations. What pressure are ReWell hard-shell chambers? ReWell's core hard-shell rental range includes 2.0 ATA and 2.5 ATA systems. The broader sales range also includes additional configurations depending on the model. Is a hard-shell chamber better than a soft-shell chamber? Not automatically. The right chamber depends on the intended use, pressure requirements, location, installation, frequency, budget and individual circumstances. Do 2.5 ATA chambers require training? Yes. ReWell's currently advertised 2.5 ATA hard-shell systems require operational training. The current 2.0 ATA models do not require the same training. Can I rent before buying? Yes. ReWell offers both soft-shell and hard-shell rental. Up to six months of eligible rental payments can be credited towards a future chamber purchase. Which chamber is more suitable for home use? Soft-shell chambers are generally the more flexible route for home use because of their footprint, price and shorter rental periods. Some hard-shell systems may also suit private use where space, installation and pressure requirements make them appropriate. Choose Based on Use — Not Hype Find the Chamber That Actually Fits Compare ReWell's rental and ownership options, or speak with Davitt about your intended use, pressure requirements, space and whether soft-shell or hard-shell HBOT is the better fit. Compare Rentals Explore Ownership Talk to Davitt This guide is for general educational purposes. HBOT may not be suitable for everyone and individual screening and suitability matter before use. Chamber specifications, pressure, pricing, availability and training requirements should be confirmed with ReWell before renting or purchasing.

Home HBOT · Ireland & Northern Ireland Can You Have a Hyperbaric Chamber at Home? Yes — HBOT can be accessed at home using suitable hyperbaric equipment with the right setup, screening and guidance. For people who want regular access, having a chamber at home can remove one of the biggest practical barriers to HBOT: repeatedly travelling to a clinic. ReWell provides home chamber rental and ownership options across Ireland and Northern Ireland, with delivery, installation and ongoing support. Explore Home Rentals Explore Chamber Ownership From €1,229 Soft-Shell Rental 1.5–2.5 ATA ReWell Chamber Range 32 Counties Ireland-Wide Support IBUM Certified Guided by Davitt The Short Answer Home HBOT Can Make Regular Access Far More Practical A clinic session can be a useful way to experience HBOT for the first time. But when someone wants to use HBOT regularly, getting to and from a clinic for every session can become the difficult part. A home chamber changes that. Instead of arranging every exposure around appointment availability and travel, you have access to the chamber where you live. That can be particularly useful during a structured recovery programme, for people building HBOT into a longer-term routine, or where mobility and travel are difficult. But a hyperbaric chamber is still specialist pressure equipment. Home access should come with appropriate screening, correct installation, clear operating instructions and ongoing support. Why Home HBOT? Why People Choose to Have a Chamber at Home Regular Access Use of a chamber at home removes the need to travel to a clinic every time you want a session. Greater Flexibility Sessions can be fitted more easily around work, family commitments and your existing routine. Structured Programmes Home access can make repeated sessions more practical when HBOT is being used as part of a defined programme. No Repeated Travel Particularly useful when distance, mobility or a demanding schedule makes frequent clinic visits difficult. Rent Before Buying Renting lets you experience having a chamber at home before deciding whether longer-term ownership makes sense. Long-Term Access For frequent or ongoing use, ownership can provide permanent access for suitable personal, family or professional settings. Chamber Options What Type of Hyperbaric Chamber Can You Have at Home? The right chamber depends on the space available, intended use, preferred pressure, accessibility needs and whether you are renting or buying. Most Accessible Home Option Soft-Shell Chambers Soft-shell chambers are ReWell's most straightforward option for regular personal HBOT at home. They are lighter, easier to install and available in different formats depending on your space and mobility requirements. Pressure: 1.5 ATA Formats: Lying, seated and accessible Rental: Flexible 1, 2 or 3-month options Rental from: €1,229/month Explore Soft-Shell Rentals → Higher-Pressure Option Hard-Shell Chambers Hard-shell systems can also be installed outside traditional hospital environments, including for suitable private users. They are larger, heavier and more permanent systems, so access, floor space, delivery, installation and operating requirements need more planning. Rental pressure: 2.0 & 2.5 ATA Rental term: 6-month minimum Rental from: €1,999/month Training: Required for 2.5 ATA Explore Hard-Shell Options → Before Delivery How Much Space Do You Need for a Home Hyperbaric Chamber? There isn't one universal room size because ReWell supplies several different chamber formats. Before a chamber is delivered, the important question is not simply whether the chamber physically fits. The complete setup needs to work safely and practically in the space. ReWell can help assess the chamber type and installation requirements before delivery. Chamber Footprint Enough room for the selected lying, seated, accessible or hard-shell model. Property Access Doorways, hallways, stairs and access into the intended room need to be considered. Operating Space There should be adequate surrounding room for practical and safe operation. Power Appropriate access to power is required for the chamber system and associated equipment. Oxygen Equipment The chamber setup may include separate oxygen equipment that also needs an appropriate location. Ventilation & Environment The installation area should follow the requirements provided for the specific system. Rent or Own? You Don't Have to Buy a Chamber to Have HBOT at Home ReWell offers both rental and ownership pathways, so the right starting point depends on how you expect to use the chamber. Start at Home Rent a Chamber Soft-Shell from €1,229/month incl. VAT Rental can be the simplest route if you're new to home HBOT, want access for a defined period or would prefer to experience a chamber at home before committing to ownership. ReWell's soft-shell rentals are available for 1, 2 or 3 months, with delivery, installation, personalised guidance and ongoing support included. Explore Home HBOT Rental → Long-Term Access Own Your Chamber From €9,999 excl. VAT Ownership may make more sense when you expect HBOT to become part of a longer-term routine, want permanent access or need a chamber for multiple suitable users. ReWell supplies soft-shell and hard-shell systems, with professional delivery and installation, personalised guidance and ongoing support included. Explore Chamber Ownership → ReWell Rent-to-Own Rent First. Decide Later. You don't necessarily have to decide between renting and buying on day one. If you begin with a ReWell rental and later decide that ownership is right for you, up to six months of eligible rental payments can be credited towards your chamber purchase. That gives you a practical opportunity to experience having HBOT on-site before making a longer-term investment. Explore Rent-to-Buy Home HBOT Safety A Home Chamber Is Still Hyperbaric Equipment Convenience shouldn't mean treating a hyperbaric chamber like ordinary household equipment. Safe home use depends on appropriate screening, correct setup, understanding how the chamber operates and following the rules provided for the specific system. Screening Suitability should be considered before beginning HBOT, including relevant health conditions, medications and other individual circumstances. Pressure Equalisation Users need to understand how pressure changes feel and how to equalise their ears safely during compression. Oxygen Safety Oxygen equipment and chamber use must follow the operating and safety guidance provided for the specific setup. Electronics Rules around phones, batteries, electronic devices and other items inside the chamber must be followed. Ignition Sources Fire-safety requirements are fundamental in hyperbaric environments and must be followed every time the chamber is used. Correct Operation The chamber should only be used within its specified operating requirements and according to the guidance provided. Read ReWell's HBOT Safety & Clinical Standards → Guided Home HBOT Your Home Setup, Guided by Davitt Meenaghan Choosing a chamber isn't simply about selecting a pressure or buying a piece of equipment. Davitt Meenaghan is an IBUM-certified Hyperbaric Safety Officer and guides ReWell clients through chamber selection, setup, safe operation and ongoing use. Before delivery, ReWell can help you consider the intended use, chamber type, property access, installation requirements and whether rental or ownership is the more appropriate pathway. Speak With Davitt How It Works From Choosing a Chamber to Using It at Home 01 Choose Your Pathway Decide whether you want to rent, explore ownership or speak with Davitt first. 02 Confirm the Chamber ReWell helps confirm the chamber type, pressure, space and requirements. 03 Delivery & Setup Your chamber is delivered and installed, with the required onboarding arranged. 04 Use It With Support You receive guidance for your setup with ReWell support available throughout. Common Questions Home Hyperbaric Chamber FAQs Can you have a hyperbaric chamber at home in Ireland? Yes. ReWell provides suitable hyperbaric chamber rental and ownership options for home use across Ireland and Northern Ireland. The most straightforward home option is generally a 1.5 ATA soft-shell chamber, although some hard-shell systems may also be suitable for private settings subject to installation and operating requirements. How much does it cost to rent a home hyperbaric chamber? ReWell's current 1.5 ATA soft-shell rentals start from €1,229 incl. VAT for one month. Lying and seated models are €1,229 for one month, €1,999 for two months and €2,799 for three months. The accessible chamber starts from €1,399 for one month. How much does it cost to buy a home hyperbaric chamber? ReWell chamber ownership currently starts from €9,999 excl. VAT, with soft-shell and hard-shell options available. Final pricing depends on the chamber selected, and prices shown on the ReWell sales collection are VAT-exclusive where a price is displayed. Is delivery and installation included? ReWell's soft-shell rentals include nationwide delivery and installation. Chamber purchases include professional delivery and installation. Hard-shell rental terms differ and current hard-shell rental pricing lists delivery as additional, so this should be confirmed when arranging your rental. How much room does a home hyperbaric chamber need? It depends on the chamber model. The chamber itself needs to fit comfortably, but property access, surrounding operating space, oxygen equipment, power and the requirements of the specific system also need to be considered before installation. Can I put a hard-shell hyperbaric chamber in my home? Potentially. ReWell's hard-shell range can be supplied to suitable private users as well as professional settings, but these systems are heavier and more permanent than soft-shell chambers. Space, delivery access, installation, pressure and training requirements need to be considered first. Can I rent a chamber before deciding whether to buy? Yes. ReWell offers a rent-to-own pathway. If you later decide to purchase, up to six months of eligible rental payments can be credited towards the chamber purchase. Is a home hyperbaric chamber safe? Home HBOT requires appropriate screening, correct installation and adherence to the operating and safety requirements for the chamber. ReWell provides setup and safe-use guidance and has dedicated HBOT Safety & Clinical Standards available on the website. Which home hyperbaric chamber is best? There isn't one chamber that is automatically best for everyone. The appropriate choice depends on intended use, desired pressure, available space, accessibility, expected frequency of use and whether you want to rent or own. Bring HBOT Home Which Home HBOT Option Is Right for You? Start with a flexible home rental, explore long-term chamber ownership or read how ReWell approaches hyperbaric safety before deciding. Explore Home Rentals HBOT Safety Explore Ownership This article is for general educational purposes and does not constitute medical advice. HBOT is not suitable for everyone. Appropriate screening, correct chamber setup and adherence to operating and safety guidance are important before beginning home HBOT.