Oxyhelp
OXYHELP is a registered manufacturer for hard shell monoplace and multiplace hyperbaric chambers
18/08/2026
Everyone talks about what pressure adds. Almost nobody talks about what it brings with it.
Take a chamber to 2.0 ATA and the gas around you is twice as dense. Every breath moves more mass through the same airway, and you feel it as effort exactly when you start working. Sitting still you would not notice.
The second thing is carbon dioxide. A reading that means nothing in an ordinary room means something in here, because the same number on a sensor is a different amount of pressure on you.
Neither is a reason to avoid pressure. They are reasons the air inside has to be handled properly. Ours is replaced continuously, per person inside, for the whole session. Not scrubbed and returned.
It is the least visible part of a chamber and it decides what you can do in one.
Send us a message and we will put you in touch with your regional OxyHelp partner.
12+ years · 3,000+ chambers · 80+ countries · 5,000,000+ user hours
13/08/2026
Two people can buy the same chamber and use it for completely different things. One lies down and reads. One works. One trains. One does all three with the family.
That’s why the model is only the beginning. The interior, the seats, the screen, the finish, the installation, all of it follows from what happens inside.
Swipe through the questions worth answering before you choose. Then send us a message and we’ll connect you with your regional OxyHelp partner.
12+ years of hyperbaric engineering. 3,000+ chambers. 50+ countries. ~5 million user hours.
10/08/2026
Nobody buys a chamber because they want a chamber.
They want an hour that fits inside their day. A space at home that belongs to nobody else. Time with someone instead of alone.
Seven different wishes. Seven different chambers.
So before anything else we ask how you’d actually use it. Alone or shared? Sitting, lying down, working, moving?
The i80 goes through a standard doorway. The i90 is built around shoulder width. The C1E is the one you walk into and sit up in.
The C2 seats two, the C3 up to four, the C4 the same four with more room to move, the C5 up to six.
From there we build around you: model, size, configuration, colours, materials, interior. Not a chamber you want to buy. One you’ll actually use.
That thinking shapes everything, from the level of customisation we offer to the air quality and comfort inside every OxyHelp chamber, where oxygen and CO2 are measured throughout the session.
Want to know which one fits? Contact us and we’ll connect you with your regional OxyHelp partner.
12+ years of hyperbaric engineering. 3,000+ chambers. 80+ countries. ~5 million user hours.
Most people picture a hyperbaric chamber as somewhere you lie still. A Hyperbaric Gym is built for movement.
When elevated oxygen is breathed under pressure, more oxygen dissolves in blood plasma. Add exercise and the physiological conditions change: metabolic demand rises, circulation increases, and the user is no longer passive.
That does not prove faster muscle growth or recovery during training. Research on exercise under pressure is still early. The honest claim is simpler: movement and hyperbaric exposure can happen in the same chamber, while the environment is continuously monitored.
Exercise also increases CO₂ production. In a sealed pressure vessel, ventilation becomes critical. OxyHelp delivers 280 L/min of continuous fresh airflow per occupant, with real-time CO₂ and O₂ monitoring, to minimise rebreathing while the user moves.
12+ years. 3,000+ chambers. 80+ countries. ~5 million user hours.
01/08/2026
Both men are 70. One kept strength training, one stopped decades ago. The circumference is identical. The muscle is not.
The thigh is only the clearest place to see it. Muscle is lost and fat takes its place, in the shoulders, the back, the hands and every muscle that holds you upright. It has a name, sarcopenia, and it starts far earlier than most people expect.
Age begins the loss. Inactivity accelerates it. Roughly 3 to 8 percent of muscle mass per decade after 30, with strength falling faster than mass. Around 80 percent of the glucose your insulin moves after a meal goes into skeletal muscle. In roughly 140,000 people across 17 countries, lower grip strength was associated with higher all-cause mortality.
The answer has not changed in thirty years. Eat enough protein. Train against resistance. Recover properly between sessions. None of it is new and none of it is controversial.
It sounds simple until it meets a real week. Work, family, stress, sleep. The plan does not fail because it is wrong. It fails because there are no hours left to execute it, and the first thing cut is usually recovery.
That is the problem the OxyHelp Hyperbaric Gym was built around. A rower, dumbbells, kettlebells and an optional EMS suit inside a pressurised, oxygen-enriched chamber. Thirty to forty minutes, which is the entire point. Many users find they can comfortably sustain a higher training volume with less perceived exertion.
For days when heavy training is not the right choice, the Hyperbaric Yoga Chamber runs stretching, controlled breathing and mobility at the same pressure.
The Hyperbaric Gym does not replace training. It does not replace recovery. It changes the relationship between them.
Illustrative anatomical reconstruction, not a specimen photograph or a patient scan.
31/07/2026
Two cross-sections through the mid-thigh. Both men are seventy. One kept training, one stopped decades ago.
The circumference is identical. The muscle is not. The thigh is only the clearest place to see it: muscle is being replaced by fat in the shoulders, the back, the hands and every muscle that holds you upright. It has a name, sarcopenia, and it starts far earlier than most people expect.
Age begins it. Inactivity accelerates it. Roughly 3 to 8 percent of muscle mass per decade after 30, with strength falling faster than mass. Around 80 percent of the glucose your insulin moves after a meal goes into skeletal muscle. In roughly 140,000 people across 17 countries, lower grip strength was associated with higher all-cause mortality.
The answer has not changed in thirty years. Eat enough protein. Train against resistance. Recover properly between sessions. None of it is new and none of it is controversial.
It sounds simple until it meets a real week. Work, children, travel, stress, hormonal change. The plan does not fail because it is wrong. It fails because there are no hours left to execute it, and the first thing cut is usually recovery.
That is the problem the OxyHelp Hyperbaric Gym was built around. A rower, dumbbells, kettlebells and an optional EMS suit inside a pressurised, oxygen-enriched chamber. Thirty to forty minutes, which is the entire point. Many users find they can comfortably sustain a higher training volume with less perceived exertion. Recovery starts within the workout itself.
For the days when heavy training is not the right choice, the Hyperbaric Yoga Chamber runs stretching, controlled breathing and mobility in the same chamber.
The Hyperbaric Gym does not replace training. It does not replace recovery. It changes the relationship between them.
Illustrative anatomical reconstruction, not a specimen photograph or a patient scan.
What actually happens inside a hyperbaric chamber, in plain terms.
Raise the air pressure, and far more oxygen dissolves directly into your blood plasma,not only the red blood cells that normally carry it. That dissolved oxygen reaches tissue your bloodstream alone can’t fully serve. It isn’t marketing; it’s a basic law of physics,Henry’s Law: more pressure, more oxygen held in the fluid.
The part most people never think about is the air itself. A sealed chamber slowly fills with the CO2 you breathe out. The OxyHelp chamber moves 280 litres of fresh air per person, every minute, for the whole session. Measured at install, documented in writing, so the air stays clean while the oxygen does its work.
Twelve years. 3,000+ chambers. 50+ countries.
Someone asked us last week if the Robin Hood Effect is a real thing, or just a nice name we came up with for marketing.
It's real. It's in the literature, and it's one of the stranger things your body does under pressure.
Inside the chamber, your body starts pulling blood away from tissue that's already well oxygenated and pushes it toward tissue that's injured or inflamed. Healthy muscle sees flow drop. So does the abdominal area. The damaged tissue doesn't.
It steals from what's fine and saves what's broken. That's where the name came from.
Which means the chamber isn't the thing doing the healing. Your body runs its own triage. We just build the room where it can actually do that.
20/07/2026
A hyperbaric chamber is a pressure vessel with a person inside it. Every window you cut into it is a hole in that vessel.
That is not a criticism. Windows are necessary. But a hole removes load bearing material, and the shell has to carry that load somewhere else. The strip of metal left between two windows has a name. It is called a ligament, and under pressure it is where stress collects.
This is not an opinion. ASME Section VIII and EN 13445 both require a ligament efficiency calculation for any vessel with more than one opening. The narrower the ligament, the thicker the shell around it has to be.
And openings interact. Each one distorts the stress field around its neighbours, so looking at them one at a time understates the real peak stress. They have to be evaluated together, in the geometry that was actually built.
Which is why a wall of adjacent panoramic windows is worth a second look. The view is not the design decision. The ligaments between those windows are.
If you are evaluating any chamber, two questions are worth asking. Was the shell thickness calculated using the ligament efficiency of the delivered opening pattern, or the plain-shell hoop formula? And is that calculation for the chamber you are actually buying, or a version with fewer or smaller windows?
Neither question is hostile. Both are ordinary practice in every other industry that puts people inside pressure.
Measured, not marketed.
18/07/2026
Some fouls are personal. Most, you commit against yourself. 🟥
You take 20,000 breaths a day, and your cells are still running on empty. Not because you don’t breathe. Because you never recover.
Burnout isn’t a badge. Exhaustion isn’t discipline. “Pushing through” is just borrowing energy you’ll pay back with interest.
Your body plays every minute of every day. No bench. No substitutions. It runs on oxygen, so give it more. OxyHelp turns recovery from the thing you skip into the thing that keeps you in the game.
Which one did you feel? 👇
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