Hard Shell vs Soft Shell Hyperbaric Chamber
- HBOT UK
- Mar 15
- 16 min read
Updated: Mar 18
The number of people researching hyperbaric oxygen chamber purchases in the UK has grown sharply over the past five years, spanning everyone from elite athletes and home wellness enthusiasts to physiotherapy clinic operators. Before any other question, most buyers arrive at the same decision point: hard shell or soft shell?
The answer is not as straightforward as "one is better than the other." Each type is engineered for a specific pressure range and use context. This guide breaks down both chamber types in detail: construction, achievable pressure, session experience, ideal user types, and cost, so you can make a well-informed purchase decision whether you are buying a hard chamber HBOT unit for professional clinical use or a soft hyperbaric chamber for daily home wellness sessions.
Medical Disclaimer: This article is for general informational purposes only and does not constitute medical advice. Hyperbaric oxygen chambers sold by Hyperbaric Oxygen Treatment UK are wellness equipment and are not MHRA-regulated medical devices for the treatment of disease. Always consult a qualified GP or healthcare professional before using HBOT equipment, particularly if you have any pre-existing medical conditions, are pregnant, or are currently undergoing medical treatment.
This guide is brought to you by Hyperbaric Oxygen Treatment UK, a member of the International Board of Undersea Medicine and the International Hyperbarics Association, with 120+ professional installations across the UK, Europe, and internationally.
Table of Contents
1. What Is a Hyperbaric Oxygen Chamber?
A hyperbaric oxygen chamber is a pressurised enclosure in which a person breathes oxygen at atmospheric pressures above normal sea level. The word "hyperbaric" simply means above atmospheric pressure. At sea level, we breathe air at 1 atmosphere absolute (ATA). Inside a hyperbaric chamber, that pressure is elevated, which causes oxygen to dissolve into the bloodstream at concentrations that cannot be achieved through normal breathing.
Understanding HBOT Chamber Types
Hyperbaric Oxygen Therapy (HBOT) chambers are classified in two overlapping ways: by construction (hard shell or soft shell) and by occupancy (monoplace for a single user or multiplace for two or more users simultaneously). These classifications intersect, but they are distinct. A monoplace acrylic chamber is a hard shell unit; a portable inflatable chamber is a soft shell unit. Understanding which classification is relevant to your decision is the first step in selecting the right chamber.
UHMS-Recognised Clinical Applications
The Undersea and Hyperbaric Medical Society (UHMS) recognises the following as established clinical indications for HBOT: decompression sickness, arterial gas embolism, carbon monoxide poisoning, chronic refractory osteomyelitis, radiation tissue injury, and certain non-healing wounds. These applications are carried out in medically supervised clinical environments. Separately, a growing number of home wellness users, athletes, and private clinic operators have incorporated HBOT chambers into wellness and performance routines. Both groups are well served by the HBOT chamber types covered in this guide.
2. Hard Shell vs Soft Shell Hyperbaric Chamber: The Core Differences
The hard shell vs soft shell hyperbaric chamber comparison comes down to four fundamental factors: construction material, maximum achievable pressure, session characteristics, and portability. The table below captures the principal differences at a glance.
Feature | Soft Shell Chamber | Hard Shell Chamber |
Construction | Flexible polyurethane or reinforced nylon; inflatable design | Rigid steel or acrylic shell; fixed structure |
ATA Range | 1.4-1.95 ATA | 2.0-2.5 ATA |
Oxygen Delivery | Via mask or cannula inside a pressurised chamber | Mask/hood inside a pressurised chamber |
Session Duration | 60–90 minutes typical | 60 minutes typical |
Portability | Can be deflated and relocated; manageable weight | Fixed installation; structural planning required |
Space Required | Standard room; no structural modification | Dedicated room; doorway clearance planning needed |
Typical UK Cost | £8,499 - £12,000 | £29,999 - £79,999+ |
Best Suited To | Home wellness, athletes, personal use | Professional clinics, sports facilities, and higher-pressure use |
The most critical difference is the maximum chamber pressure. Soft shell chambers in the Hyperbaric Oxygen Treatment UK range operate from 1.4 ATA to 1.95 ATA. Hard shell chambers begin at 2.0 ATA and reach 2.5 ATA. Selecting the right ATA level for your intended use is as important as choosing the construction type.
Key Point: The choice between a hard shell and soft shell chamber is not about one type being universally superior. It is about matching the right pressure range and construction type to your specific situation. Many home wellness users and athletes find soft shell chambers perfectly suited to their needs; professional clinic operators typically require the higher pressures and durability of a hard shell unit.
3. How HBOT Works: The Science of Pressurised Oxygen
Under standard conditions, oxygen travels through the body almost entirely bound to haemoglobin molecules in red blood cells. A small additional fraction dissolves directly into the blood plasma. At sea level (1 ATA), dissolved oxygen in the blood represents approximately 0.32% of total oxygen transport.
Henry's Law and Dissolved Oxygen
When chamber pressure increases, Henry's Law applies: the concentration of a gas dissolved in a liquid is directly proportional to the partial pressure of that gas. A 2021 review published in Biomolecules (Schottlender et al., Tel Aviv University) confirmed that HBOT increases the proportion of dissolved oxygen in the blood by five- to twenty-fold, depending on the pressure applied. [1]
At 2.5 ATA, dissolved oxygen reaches approximately 5.62% of blood volume compared to 0.32% at sea level. The authors note that this elevated dissolved plasma oxygen can reach tissues directly, independent of haemoglobin saturation, though they also note that treatment outcomes depend significantly on pressure level, session duration, and number of treatments.
What Different Pressures Achieve
A 2024 review published in the International Journal of Molecular Sciences (Cannellotto et al.) found that breathing 100% oxygen at 1.5 ATA produces a roughly ten-fold increase in arterial oxygen compared to breathing air at normal atmospheric pressure.[2] The authors also reported that intermittent HBOT at 1.5 ATA activates cellular pathways associated with antioxidant responses and anti-inflammatory effects, including HIF-1α signalling. The review notes, however, that larger, more standardised trials are needed to fully define optimal treatment parameters across different user populations.
A 2011 foundational review published in Plastic and Reconstructive Surgery (Thom, University of Pennsylvania) describes the primary mechanisms of HBOT as both the direct physiological effect of elevated oxygen partial pressure and secondary downstream cellular signalling effects.[3] The author notes that the majority of HBOT recipients are not treated for bubble-induced conditions and that the core mechanisms relate to elevated oxygen partial pressure.
4. Soft Shell Chambers: Comfort, Accessibility, and Home Use
What Is a Soft Hyperbaric Chamber?
A soft hyperbaric chamber is built from flexible materials, most commonly reinforced polyurethane or industrial-grade nylon fabric. The structure inflates to its operational shape and is sealed using high-grade zippers or locking closures. This design keeps total weight manageable, the physical footprint compact, and installation straightforward. Most soft shell units are fully operational in a standard domestic room without any structural modification, making them the practical default choice for home buyers.
Pressure Range: 1.4-1.95 ATA
Soft shell chambers at Hyperbaric Oxygen Treatment UK span a wider pressure range than many first-time buyers expect. The 1.5 ATA Sit or Lie Down XXL hyperbaric chamber (£9,499) is the company's home wellness best seller: it allows the user to recline fully during a 60–90 minute session and includes a reclining sofa chair as standard.
At the premium end, the 1.95 ATA Deep Dive model (£12,000) is the highest-pressure soft shell in the range, offering users who want to exceed standard 1.5 ATA a genuine middle-ground option before committing to a hard shell installation.
Practical Advantages of Soft Shell Chambers
Soft shell chambers offer three practical advantages that hard shells cannot match:
Portable design that can be relocated, deflated for storage, or moved between rooms
No structural modification required for standard home installation
Lower purchase price, making home ownership accessible to a broader range of buyers
Many home wellness users describe the extended 60-90 minute session time in a soft shell chamber as a highlight of their routine: the reclining position, longer sessions, and quieter environment make HBOT a genuinely restful experience.
Athletes and Soft Shell Chambers
A significant proportion of elite athletes choose soft shell chambers for their training and recovery environments. UFC Heavyweight Champion Tom Aspinall incorporates the 1.5 ATA XXL sit-or-lie model into his training setup. World Champion Boxer Savannah Marshall uses the 1.5 ATA sit-down model as part of her recovery environment. Both athletes use our chambers in their training and wellness routines; the choice of soft shell reflects the practical fit of a portable, lower-footprint chamber within a professional athletic lifestyle.
Limitations of Soft Shell Chambers
Soft shell chambers cannot achieve the higher chamber pressure levels required for certain professional and clinical applications. The maximum pressure available in flexible construction is currently limited to around 1.95 ATA. If your intended use requires 2.0 ATA or higher, a hard shell unit is the appropriate choice.
5. Hard Shell Chambers: Clinical-Grade Performance
Hard Chamber HBOT: Specifications and Construction
A hard shell hyperbaric chamber is constructed from rigid materials, typically solid steel or medical-grade acrylic. This construction sustains significantly higher internal pressures without structural compromise over extended operational lifespans. Hard shell units require a fixed installation: they are heavier, have a larger footprint, and in some cases (particularly 2.5 ATA solid steel models) require crane-assisted delivery for upper-floor installations. These are not limitations so much as characteristics of equipment built for long-term, high-intensity use.
Pressure Range: 2.0-2.5 ATA
The Hyperbaric Oxygen Treatment UK hard shell range begins at the 2.0 ATA Hard Chamber Pro (£29,999), the recommended entry-level professional standard for clinic and sports performance environments. Sessions typically last 40-60 minutes at this pressure.
The 2.5 ATA Hard Chamber Pro (£39,999) is the highest-pressure monoplace model in the range, designed for specialist facilities and advanced professional use.
The Multiplace 2-4 Person 2.0 ATA chamber (£79,999) enables simultaneous multi-user sessions, supporting the commercial throughput needs of larger wellness centres.
The European Standard for Clinic Buyers
The European Code of Good Practice for Hyperbaric Oxygen Therapy (ECHM, reviewed 2022 and published in the Diving and Hyperbaric Medicine Journal) confirms that the therapeutic principles and essential safety requirements for HBOT are consistent across both monoplace and multiplace chamber facilities. The code notes that only some technical aspects on design, maintenance, and operation vary between chamber types. Clinic buyers in the UK and Europe procuring a hard shell chamber for professional use should familiarise themselves with this framework as part of their operational planning.
Advantages of Hard Shell Chambers
Hard shell chambers offer four distinct advantages for professional and high-volume users:
Achieves 2.0-2.5 ATA, meeting the pressure levels associated with professional clinical HBOT environments
Rigid construction supports high-frequency daily operation without material degradation
Multi-user configurations available for clinic and commercial throughput
Higher perceived authority for clinic marketing, which supports client confidence in a professional environment
Limitations of Hard Shell Chambers
Hard shell chambers represent a significant capital investment and require dedicated space, logistical planning, and a structured installation process. For buyers whose needs are firmly within the 1.4-1.95 ATA range, the additional cost and complexity of a hard shell unit are rarely justified.
6. Pressure Levels and Chamber Selection Guide
Which ATA Level Is Right for Your Situation?
Selecting the correct pressure level is the single most important specification decision. The table below maps each ATA range to the user types and environments it serves. This is not a clinical prescription - always discuss your intended use with a qualified healthcare professional.
ATA Level | Chamber Type | Suitable For | Hyperbaric Oxygen Treatment UK Models |
1.4 ATA | Soft Shell | Entry-level home wellness, first-time HBOT users, wheelchair, and accessibility users | 1.4 ATA Comfort; 1.4 ATA Wheelchair Access |
1.5 ATA | Soft Shell | Home wellness enthusiasts, athletes incorporating HBOT into training routines, and multi-person home use | 1.5 ATA Sit Down Recline & Chill; 1.5 ATA XXL; 1.5 ATA XL Space Saver; 1.5 ATA 2-Person XL Curve; 1.5 ATA XL 2-Person |
1.95 ATA | Soft Shell (highest pressure) | Experienced home HBOT users seeking higher pressure without a full hard shell installation | 1.95 ATA Deep Dive |
2.0 ATA | Hard Shell | Professional clinic standard; sports performance facilities; high-volume multi-user sessions | 2.0 ATA Hard Chamber Pro; 2.0 ATA Hard Sit Down Pro; 2.0 ATA Pro Large; Multiplace 2–4 Person 2.0 ATA |
2.5 ATA | Hard Shell | Specialist clinical environments; highest-pressure professional use | 2.5 ATA Highest Pressure |
What About Oxygen Concentration?
Both hard shell and soft shell chambers can be used with supplemental oxygen delivered via a mask or nasal cannula. In soft shell chambers, 95% oxygen concentration is achieved through a mask worn inside the pressurised environment.
In monoplace hard shell chambers, the chamber itself can be filled with oxygen, removing the need for a mask. In multiplace hard shell configurations, oxygen is delivered via hood or mask. The method of oxygen delivery does not determine which type of chamber is more effective; it determines the practical session experience and the operational setup you need to plan for.
Expert Note: Our team at Hyperbaric Oxygen Treatment UK recommends prospective buyers consider three things before selecting a chamber: the ATA level appropriate to their intended use, the available installation space, and whether they envisage primarily personal use or commercial/clinic throughput. Daniel and the team are available to talk through the specific requirements of your space and situation - with no sales pressure.
7. Who Uses Hyperbaric Chambers?
Home Wellness Users
Home wellness buyers represent the largest and fastest-growing segment of the soft hyperbaric chamber market in the UK. These are individuals investing in a personal wellness environment: people prioritising sleep, recovery, and longevity who want HBOT as a daily or weekly routine. The compact footprint and accessible price point of soft shell chambers make home ownership achievable. The 1.5 ATA Sit or Lie Down XXL is the most popular choice among this group, offering a full reclining session experience with a built-in sofa chair and window panel.
Athletes and Sports Performance
Elite and amateur athletes incorporating HBOT chambers into their training and recovery environments frequently choose soft shell models at 1.5 ATA, particularly those living and training at home. WADA does not prohibit hyperbaric oxygen use, and it remains fully compliant for competitive athletes at all levels. Sports performance facilities and professional clubs seeking a chamber for in-facility use typically step up to a hard shell model at 2.0 ATA for its durability under multi-session daily operation.
Clinic and Wellness Business Buyers
Physiotherapy practices, cryotherapy centres, spa and wellness studios, and specialist wellness clinics are the primary buyers of hard shell chambers. These businesses require a chamber that withstands high-frequency use across multiple clients per day, delivers consistent pressure, and presents a professional clinical environment to their customers. Clinic buyers also frequently consider the Multiplace 2-4 Person 2.0 ATA model, which significantly increases commercial throughput compared to a single-occupancy unit.
8. Real-World Examples: Our Installations
Our team at Hyperbaric Oxygen Treatment UK has completed 120+ professional installations across the UK, Europe, and internationally. The following examples illustrate both chamber types in active deployment.
2.5 ATA Solid Steel - Amsterdam, Netherlands (Private Home Buyer)
A private individual in Amsterdam selected the 2.5 ATA solid steel hard shell model for a dedicated home wellness suite. Given the weight and dimensions of a solid steel unit at this pressure rating, the installation required advanced structural planning and a specialist delivery arrangement for the upper-floor space.
Daniel and the team managed the full logistics chain from UK dispatch through to in-situ commissioning and user training.
This installation reflects a trend we see increasingly across Northern Europe: highly wellness-engaged private buyers investing in the highest-pressure hard shell model available for personal daily use.
1.5 ATA XXL Sit-or-Lie - Physiotherapy Practice, Middlesbrough
A physiotherapy practice in Middlesbrough chose the 1.5 ATA XXL sit-or-lie soft shell model to add a hyperbaric oxygen wellness suite to their existing services.
The installation was completed by Mark and Daniel in a single day, with staff training included. The practice selected a soft shell model specifically for its room flexibility and lower installation burden, while the XXL format ensures client comfort across a full 60-90 minute session.
The installation is part of a broader pattern of physiotherapy and wellness clinics across the UK, adding hyperbaric oxygen chambers to their service offering.
2.5 ATA Solid Steel - Silkeborg, Denmark (Private Home Buyer)
A private wellness buyer in Silkeborg, Denmark, similarly opted for the 2.5 ATA solid steel hard shell chamber for a dedicated home HBOT room.
This international delivery exemplifies the logistical capability of Hyperbaric Oxygen Treatment UK's installation service beyond UK borders. Our team has now completed installations across the UK, Netherlands, France, Belgium, Ireland, Thailand, and the UAE, among other locations.
9. Investment Considerations
What Does a Hyperbaric Oxygen Chamber Cost in the UK?
Soft shell chambers in the Hyperbaric Oxygen Treatment UK range start at £8,499 for the 1.5 ATA 2-Person XL Curve and extend to £12,000 for the 1.95 ATA Deep Dive. Hard shell chambers start at £29,999 for the 2.0 ATA Hard Chamber Pro and reach £79,999 for the Multiplace 2-4 Person unit. All prices include delivery and professional in-person installation and setup training for the UK.
Finance Options
Finance for businesses is available on Hyperbaric Oxygen Treatment UK chamber purchases, making it possible to spread the cost of both soft shell and hard shell units. This is particularly relevant for clinic buyers managing capital expenditure across multiple equipment investments.
Key Point: Hyperbaric Oxygen Treatment UK holds a 4.8-star rating from 80+ verified reviews on Trustpilot. Recurring themes from buyers include prompt delivery (in some cases within two days of ordering), professional and thorough installation with hands-on training included, a no-pressure sales approach, and Daniel's personal availability for WhatsApp and phone support after purchase. When you invest at this level, the quality of the post-purchase relationship matters as much as the chamber itself.
What Is Included in Your Purchase
All purchases from Hyperbaric Oxygen Treatment UK include professional delivery, in-person installation carried out by Daniel and the team, and hands-on operational training. For buyers outside the UK, the team coordinates full international logistics, including crane-assisted placements for large hard-shell units where required.
10. Frequently Asked Questions
Q. What is the main difference between a hard shell and a soft shell hyperbaric chamber?
The main difference is the construction material and the achievable pressure. A hard shell chamber uses rigid steel or acrylic and operates at 2.0-2.5 ATA. A soft hyperbaric chamber uses flexible reinforced fabric and operates at 1.4-1.95 ATA. Both types increase dissolved oxygen in the blood, but hard shell chambers achieve significantly higher pressure levels, which is relevant for professional clinical environments and specialist use cases.
Q. Which type of hyperbaric chamber is better for home use?
For the majority of home buyers, a soft shell chamber at 1.5 ATA is the most practical choice. It requires no structural modification, installs in a standard room, is portable and relocatable, and delivers sessions at a pressure level that the 2024 MDPI review in the International Journal of Molecular Sciences describes as producing a ten-fold increase in arterial oxygen compared to breathing air at normal pressure.[2] The 1.5 ATA XXL sit-or-lie model is the home buyer's best seller at Hyperbaric Oxygen Treatment UK.
Q. How much does a hard shell hyperbaric chamber cost in the UK?
Hard shell hyperbaric chambers at Hyperbaric Oxygen Treatment UK start from £29,999 for the 2.0 ATA Hard Chamber Pro. The 2.5 ATA Highest Pressure model is £39,999, and the Multiplace 2–4 Person 2.0 ATA chamber is £79,999. All hard shell purchases include professional UK installation. Finance is available.
Q. Can a soft shell hyperbaric chamber reach clinical-level pressures?
Standard soft shell chambers typically reach 1.4-1.5 ATA. The Hyperbaric Oxygen Treatment UK 1.95 ATA Deep Dive model extends the soft shell pressure range to just below the 2.0 ATA threshold, making it the highest-pressure soft shell option in the range. Clinical HBOT environments typically operate at 2.0-3.0 ATA; buyers requiring certified clinical pressure levels should consider a hard shell unit.
Q. What ATA level do I need for home wellness use?
1.4-1.5 ATA is the standard range for home wellness users and athletes. The 2024 review published in MDPI's International Journal of Molecular Sciences confirms that 1.5 ATA breathing 100% oxygen activates meaningful physiological responses at the cellular level.[2] If you are an experienced HBOT user wanting to step above 1.5 ATA without a full hard shell installation, the 1.95 ATA Deep Dive offers a meaningful pressure increase in a soft shell format.
Q. Which hyperbaric chamber is best for athletes?
Athletes purchasing a chamber for home use most commonly choose a soft shell chamber at 1.5 ATA. The 1.5 ATA XXL sit-or-lie model is used by UFC Heavyweight Champion Tom Aspinall and the 1.5 ATA sit-down model is used by World Champion Boxer Savannah Marshall. Sports performance facilities and professional clubs requiring in-facility multi-session use typically opt for the 2.0 ATA Hard Chamber Pro for its durability. HBOT is fully WADA-compliant at all levels.
Q. Is a hard-shell hyperbaric chamber safe to use at home?
Hard shell chambers are engineered to the highest safety standards and are operationally safe in residential settings when correctly installed and used. They require more structural planning for installation than soft shell units. HBOT has a well-established safety record when used correctly. It is not suitable for everyone - always consult your GP before use, particularly if you have any pre-existing conditions.
Q. What is the best hyperbaric oxygen chamber to buy in the UK?
The best chamber depends on your pressure requirements, available space, and intended use. For home wellness users and athletes, the 1.5 ATA XXL sit-or-lie soft shell is the most popular choice. For professional clinic and sports facility buyers, the 2.0 ATA Hard Chamber Pro is the standard entry-level hard shell. Hyperbaric Oxygen Treatment UK offers a full range from 1.4 ATA to 2.5 ATA with a free consultation to help match the chamber to your situation.
11. Conclusion
The hard shell vs soft shell hyperbaric chamber comparison is ultimately a question of pressure range and purpose. Soft shell chambers, operating at 1.4-1.95 ATA, deliver accessible, comfortable hyperbaric oxygen sessions for home wellness users and athletes, with a manageable footprint, no structural installation requirements, and a price range starting from £8,499.
Hard shell chambers, from 2.0 to 2.5 ATA, are the choice for professional clinic environments, high-volume commercial use, and buyers who specifically require the higher pressure range that only rigid construction can sustain.
Both types work on the same physiological principle - increasing dissolved oxygen in the blood plasma under elevated atmospheric pressure, as confirmed by peer-reviewed research, including the 2021 Biomolecules review (Schottlender et al.) and the 2024 MDPI hyperoxia review (Cannellotto et al.). The correct choice is the one that matches your pressure requirements to your space, your budget, and your intended session frequency.
Hyperbaric Oxygen Treatment UK has completed 120+ installations across the UK, Europe, and internationally, spanning both chamber types and every buyer profile from private home users in Amsterdam and Denmark to physiotherapy clinics in Middlesbrough and elite athletes across the UK.
With a 4.8-star Trustpilot rating, membership of the IBUM and IHA, and a team that handles every installation personally, we are well placed to help you identify the right chamber for your specific situation and have it installed and operational with minimal disruption.
Explore Our Hyperbaric Oxygen Chambers
Whether you are considering a soft shell chamber for home wellness use or a hard shell unit for a professional clinic or sports facility, our full range covers 1.4 ATA to 2.5 ATA with every model available for purchase now. All purchases include professional UK delivery, in-person installation, and hands-on training by Daniel and the team.
📱 WhatsApp: +44 7401 003989
📧 Email: info@hyperbaricoxygentreatment.uk
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Try an HBOT Session at Our Cleveleys Clinic
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12. References & Sources
Schottlender N, Gruber I, Ashery U. Hyperbaric Oxygen Treatment: Effects on Mitochondrial Function and Oxidative Stress – Biomolecules / PMC – 2021 – https://pmc.ncbi.nlm.nih.gov/articles/PMC8699286/
Cannellotto M, Duarte MMT, Vera Kellet C, Landa MS. Hyperoxia: Effective Mechanism of Hyperbaric Treatment at Mild-Pressure – International Journal of Molecular Sciences / PMC – 2024 – https://pmc.ncbi.nlm.nih.gov/articles/PMC10815786/
Thom SR. Hyperbaric Oxygen — Its Mechanisms and Efficacy – Plastic and Reconstructive Surgery / PMC – 2011 – https://pmc.ncbi.nlm.nih.gov/articles/PMC3058327/
Kot J et al. A European Code of Good Practice for Hyperbaric Oxygen Therapy — Review 2022 – Diving and Hyperbaric Medicine / PMC – 2023 – https://pmc.ncbi.nlm.nih.gov/articles/PMC10911829/
Hyperbaric Oxygen Treatment UK — Verified Customer Reviews – Trustpilot – 2026 – https://uk.trustpilot.com/review/hyperbaricoxygentreatment.uk
Author Bio: Published by the content team at Hyperbaric Oxygen Treatment UK, a professional hyperbaric oxygen chamber supplier and installer based in Cleveleys, Lancashire, with 120+ installations across the UK, Europe, and internationally. Member of the International Board of Undersea Medicine (IBUM) and the International Hyperbarics Association (IHA).
Medical Disclaimer: This article is for general informational purposes only and does not constitute medical advice. Hyperbaric oxygen chambers sold by Hyperbaric Oxygen Treatment UK are wellness equipment and are not MHRA-regulated medical devices for the treatment of disease. Always consult a qualified GP or healthcare professional before using HBOT equipment, particularly if you have any pre-existing medical conditions, are pregnant, or are currently undergoing medical treatment.
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