Oxyboss’s OT-H201 is a hard-shell capsule hyperbaric chamber built from aerospace-grade aluminum alloy, reaching a maximum pressure of 2.0 ATA. Equipped with an integrated external oxygen source and one-screen, one-touch operation, it brings a professional-grade hyperbaric oxygen experience right into your home.
Maximum Operating Pressure
Inhaled Oxygen Concentration
Plasma Dissolved Oxygen Increase
Plasma dissolved oxygen: approx. 3.8–4.1 mL O₂/dL, compared with approx. 0.3 mL O₂/dL under normal air environment.
Thanks to its internal engineering, safety logic, and spatial integration, the OT-H201 is a hyperbaric chamber you can lie in for the long run—and one your family can use with peace of mind. On the core experiences below, we simply refuse to compromise.
The OT-H201 runs stably and adjusts finely across the full 1.1–2.0 ATA range—one chamber that takes you from gentle first sessions all the way to advanced, deeper use.
We committed to developing a three-in-one oxygen source that combines air compression, oxygen generation, and climate control—doing away with tangled tubing and heavy noise, with a footprint of just 0.23 m².
Two large color smart-control screens, inside and out, operate in sync, with every parameter updating in real time. No one has to stand watch outside—you can enjoy your session with full confidence, even on your own.
From the pressure-sealing door to the triple relief valves to the mechanical pressure gauge, these core safety components rely on no power source at all and keep working even during a blackout.
An optional professional BIBS mask vents the carbon dioxide you exhale directly out of the chamber, keeping the breathing environment inside purer while maintaining the concentration of oxygen you inhale.
Designed around a people-first philosophy, the OT-H201 tackles the stuffiness, claustrophobia, ear-pressure discomfort, and headaches from trapped carbon dioxide that traditional hyperbaric chambers bring—delivering a level of comfort your hyperbaric experience has never had before.
A high-resilience, eco-friendly memory-foam mattress with 8 cm of thickness comes standard—able to bear 100 kg of pressure for 90 minutes without collapsing or deforming, effectively protecting the health of your lumbar spine and back.
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A fully transparent, explosion-proof window across the top spans your entire upper body, so your line of sight always reaches outside the chamber while you lie back—greatly easing the psychological sense of confinement in an enclosed space.
The air compressor pumps in 205 liters of fresh air per minute, completing a full 100% air exchange every three minutes—preventing the dizziness and stuffiness caused by odors and carbon dioxide buildup.
With a sound-treated external oxygen source and the insulation of a thick chamber body, measured noise inside during operation is around 50 decibels—even lower than the ambient sound of everyday surroundings.
When it comes to safety, there can be no preconditions. The OT-H201’s line of defense depends on no external power, sensors, or smart chips, and keeps working through emergencies on physical principles alone.
As pressure inside the hyperbaric chamber rises, the outward push of the airflow presses the explosion-proof door firmly against the leak-proof gasket to "lock" it shut.
Built with a high-precision mechanical spring-and-piston structure, the spring opens automatically to release air once pressure exceeds the set value, stabilizing the pressure.
Featuring a multi-threaded valve stem, it lets you lower the pressure manually at any moment and control how fast the air releases, so you can accommodate the balancing of ear pressure.
Physical pull-rings inside and outside the chamber manually open large-bore exhaust channels for ultra-fast depressurization in 30–60 seconds.
Pure mechanical needle-type pressure gauges inside and outside the chamber provide accurate pressure readings during emergencies such as power failure or malfunction.
Traditional hyperbaric chambers require three separate outdoor units—an air compressor, oxygen generator, and air conditioner. Together with complex tubing, they can occupy up to 2.5 m², equivalent to adding another standard capsule chamber.
The OT-H201 integrates all three functions into one external oxygen source occupying just 0.23 m². Load-bearing, shock-absorbing silent casters and built-in sound damping reduce noise to only one-third that of a traditional split unit.
Its molecular-sieve PSA system produces high-concentration oxygen directly from the air, eliminating oxygen cylinders, while the oil-free compression module ensures clean incoming air without oil-fume contamination.
No mechanical buttons—an industrial capacitive screen with fast, responsive feedback
Displays pressure, temperature and humidity, oxygen concentration, run time, and more in real time
Pressure readings accurate to ±0.01 ATA
No multi-level menus—every operation completed on a single interface
The core mechanism of a hyperbaric chamber is to create an environment above normal atmospheric pressure while continuously delivering high-concentration oxygen. Under increased pressure, oxygen can exceed the carrying limit of red blood cells and dissolve directly into the blood, cerebrospinal fluid, and interstitial fluid, providing efficient, deep oxygen support to cells throughout the body.
At the microscopic level, aging involves the shortening of cellular telomeres and the accumulation of “zombie cells” that can no longer divide. In a 2.0 ATA environment, dissolved oxygen can cross capillary walls and reach the dermis and deeper connective tissues, supporting stem-cell proliferation and helping the immune system clear inactive cells—thereby slowing cellular aging.
Prolonged stress and energy depletion can overstimulate the sympathetic nervous system, causing insomnia and muscle tension. At 2.0 ATA, increased dissolved oxygen in the cerebrospinal fluid supplies the brain more effectively, helping calm sympathetic activity and activate the parasympathetic nervous system. This reduces tension, restores relaxation, and supports deeper, smoother sleep.
Although the brain represents only 2% of body weight, it consumes about 20% of the body’s oxygen. Under pressure, dissolved oxygen can reach brain neurons more efficiently, supporting ATP production through aerobic metabolism. It also promotes cerebral microcirculation and the removal of lactic acid and other metabolic waste, helping reduce mental fatigue and improve clarity of thought.
Lactic acid produced during exercise requires sufficient oxygen for efficient breakdown. By increasing dissolved oxygen in the blood, a hyperbaric chamber provides the body with a greater oxygen reserve. This can shorten the time lactic acid remains in the muscles and bloodstream, helping relieve soreness and fatigue and supporting a faster return to normal training.
Oxygen is a fundamental biological fuel for cellular activity. When increased pressure drives dissolved oxygen into cells, mitochondria can perform aerobic metabolism more efficiently and produce more ATP—supporting improved energy and physical stamina. Adequate oxygen also supports major organ function and helps optimize overall metabolic efficiency.
White blood cells and macrophages form the body’s first line of defense. When they engulf and neutralize foreign pathogens, their oxygen demand rises significantly. Regular hyperbaric oxygen conditioning can provide sustained energy support for immune cells, helping maintain the body’s natural protective capacity against external risks.
Oxyboss has been established for 20+ years, earning the long-term trust of countless households across 130+ countries and regions with its excellent value, solid equipment quality, and comprehensive customer service.
Beyond purchasing the standard model, you can customize the chamber’s color, appearance, interior, operating-system language, and select configuration parameters according to your preferences.
The factory strictly enforces the dual standards of ISO 9001 and ISO 13485. The complete unit has obtained EU CE safety certification, so you can use it with peace of mind.
Before leaving the factory, each hyperbaric chamber undergoes 168 hours of comprehensive testing, including continuous pressurization, pressure-holding tests, and airtightness tests.
The complete unit and its accessories come with a three-year warranty. Technical specialists provide remote video guidance for unboxing and installation. Component replacement is offered, with no need to return the entire unit to the factory.
Join Oxyboss and experience the surprises and changes that a hyperbaric oxygen chamber can bring!
For a heavy, high-precision piece of equipment like the OT-H201, we use heavy-duty fumigation-free wooden crates and anti-collision, shock-absorbing packing materials to prevent damage from the long, harsh conditions of sea transport. To this day, we maintain a record of zero logistics damage. We ship worldwide and will assist with the documents required for customs clearance. Exact delivery times depend on your country and the shipping method.
Routine maintenance is very simple—mainly regular cleaning and replacement of the intake filter. The filter can be removed for cleaning or replacement on your own, with no special tools required. The leather interior of the cabin can be cleaned and disinfected simply by wiping it down with a soft cloth. Regular upkeep can basically be done at home, with no need to return the whole unit to the factory.
Under normal and correct use, and with routine maintenance performed as recommended, the OT-H201 can have a service life of 10 years or more.
We support a flexible, secured deposit-and-balance payment method. We only collect the balance after quality inspection is complete and has received your approval.
A commercial hyperbaric chamber should do more than sit in your facility — it should earn its place on your service menu. Oxyboss units are engineered around three commercial priorities: consistent session quality, high daily throughput and long operational life. Reinforced structures and intuitive interfaces keep operations smooth shift after shift. Backed by in-house R&D, strict QC and dedicated OEM capability, every chamber leaves our factory ready to support premium positioning, repeatable client experiences and long-term business growth.
Triangular Chamber
Maximum air pressure
Hyperbaric oxygen chamber type
Hyperbaric oxygen chamber material
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Lying-Type Chamber
Maximum air pressure
Hyperbaric oxygen chamber type
Hyperbaric oxygen chamber material
Hyperbaric chamber dimensions and weight
Lying-Type Chamber
Maximum air pressure
Hyperbaric oxygen chamber type
Hyperbaric oxygen chamber material
Hyperbaric chamber dimensions and weight
Capsule Chamber
Maximum air pressure
Hyperbaric oxygen chamber type
Hyperbaric oxygen chamber material
Hyperbaric chamber dimensions and weight
Room Chamber
Maximum air pressure
Hyperbaric oxygen chamber type
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Height
Length
Width
Weight
Oxyboss’s H201 series comes in two standard sizes: 75x75x220 cm, 200 kg and 90x90x220 cm, 220 kg. If you require a larger hyperbaric oxygen chamber, please let us know, and we can customize the size for you.
Type
Hard-shell capsule hyperbaric oxygen chamber
Pressure
1.1 – 2.0 ATA
Material
Aluminum Alloy
Default color
White
Cushion
190*60*15/ 190*75*15 cm
The oxygen system plays a central role in the operation of a hyperbaric chamber. A reliable, high-quality system can help reduce maintenance costs and minimize unnecessary operational issues.
At Oxyboss, we have developed an integrated 3-in-1 oxygen system that combines the oxygen concentrator, air compressor, and cooling system into a single unit. Compared with conventional designs commonly used by other brands, our current system represents a more advanced approach to integration, maintenance, and servicing.
The entire system is built around a modular structure, allowing each major component to be removed and replaced independently when needed. We have also optimized the internal wiring by combining multiple cable connections into a single plug, making installation as simple as plugging in a USB device.
These improvements are designed to significantly reduce potential failure points. Compared with traditional system layouts, this design can reduce maintenance-related issues by more than 90%, helping users avoid many of the problems caused by complicated wiring, difficult servicing, and tightly integrated components.
And even if a problem does occur, there is usually no need to dismantle or replace the entire system. The affected module can simply be removed and replaced, making repairs faster, easier, and more cost-efficient.
The result is a compact system that not only saves space, but also simplifies installation, daily operation, maintenance, and after-sales servicing. Most routine operations can be completed by just one person.
Dimensions
930*450*920 mm
Weight
130 kg / 140 kg
Total Air Flow
205 L/min
Rated Power
2200 W / 2900 W
Oxygen Concentration
93% ±3%
Air Flow Rate
120 L/min
Oxygen Flow Rate
10 L/min or 20 L/min
Therapy Pressure
1.1 ~ 2.0 ATA (Adjustable)
Product Features
Dual 10-inch Color Screens
Current
10 A / 15 A
Voltage
110V / 220V / 240V
Input Power
≤ 670 W
Rated Operating Current
≤ 3.20 A
Rated Working Pressure
200 kPa
Rated Air Flow
≥ 120 L/min
Maximum Instantaneous Pressure
250 kPa
Rated Speed
1390 ± 30 RPM
Noise Level
≤ 60 dB
Restart Pressure
0 kPa
Operating Ambient Temperature
5°C–40°C
Dielectric Strength
1800 V AC / 50 Hz / 1 min / 2 mA
Thermal Protector
Automatic Reset, 145 ± 5°C
Insulation Resistance (Cold State)
≥ 500 MΩ
Capacitor
25 μF ±5%, 450 V
Net Weight
10 kg
Type
Water-Cooled Air Conditioner
Air Conditioner Capacity
1.5 HP
Cooling Capacity
3.5 kW
Designed Service Life
15 Years
Tell us your preferred model, usage scenario, and customization needs. The Oxyboss team will provide product details, technical specifications, and a tailored quotation.