In hospitals and clinics, physicians make use of hard-shell hyperbaric oxygen chambers. These chambers are medical-grade devices and are approved by FDA for the treatment of 14 conditions.

Along with this, they result in positive for many, many more conditions. Hard-shell chambers are steel-enclosed chambers to deliver 100 percent oxygen at atmospheric pressures above 2.0 ATA. in order to install these chambers in a medical facility you need to meet various building regulations, including NFPA-99 from the National Fire Protection Association.

Soft-sided Hyperbaric chambers, known as mild HBOT or mHBOT, are portable chambers and seal with a zipper. They can outstretch pressure levels around 1.3 ATA and typically deliver 24 percent oxygen levels. The design is made for divers and mountain climbers to use until they could move to a hard-sided chamber, the intention was never to utilize soft-sided chambers for treatment.

The Levels of Oxygen Do Not Compare
Hyperbaric chambers make the body full of oxygen and they can help to heal and treat various medical conditions. The huge difference between hard and soft chambers occurs when it is about oxygen concentration in the body. To get a better knowledge of this, as you read this, you are breathing in room air with a concentration of 21 percent oxygen. A soft-sided chamber makes use of 24 percent oxygen. On the other hand, when you see people moved in an ambulance and hooked up to an oxygen mask, they are getting 55 percent oxygen. Hard-shell hyperbaric chambers deliver 100 percent oxygen. These numbers don’t even consider the pressure level distinctions.

To know more in-depth, you have to look at arterial blood gas levels that show oxygen in the blood. In normal air conditions and at normal pressure, your blood oxygen will read 157 mmHg. However, in a soft-sided chamber at 1.3 ATA and 24 percent oxygen, the number rises to 230 mmHg.

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