Home Care 1.5ATA HBOT Soft Chamber Person Hyperbaric Chamber

Efficient Hyperbaric Oxygen

Stable: continuous oxygen supply, the oxygen concentration in the cabin is kept above 25%

(The oxygen concentration in the air is 20.9%)

Fast: Rapid oxygen production, flow rate up to 120L/min

High: The pressure in the oxygen chamber is as high as 130kpa, and the normal ambient pressure is 101.3kpa

(the internal pressure is about 1.3 standard atmospheres)

What is Hyperbaric Oxygen?

The home hyperbaric physiotherapy oxygen cabin is composed of a high-strength TPU nanocomposite fiber material cabin (safety door, observation window, safety valve), a pressurized oxygen-enhancing machine, and an air circuit.

The hyperbaric oxygen chamber simulates a 1.3-1.4 atmospheric pressure environment. When people breathe in a micro-pressure oxygen chamber, due to the increase of pressure, a large amount of oxygen is dissolved in the blood, the blood oxygen capacity of the human body is significantly increased, and the oxygen content and oxygen storage capacity in the tissue are increased, thereby playing a health care effect.

Hyperbaric Chamber Working Principle

When people breathe in a micro-pressure oxygen chamber, due to the increase of pressure, a large amount of oxygen is dissolved in the blood, the blood oxygen capacity of the human body is significantly increased, and the oxygen content and oxygen storage capacity in the tissue are increased, thereby playing a health care effect.

Hyperbaric Chamber for Athletes

Hyperbaric oxygen therapy (HBOT) has gained popularity among athletes as it is believed to provide several benefits for athletic performance and recovery. While the scientific evidence is still limited, here are some potential benefits of using hyperbaric oxygen chambers for athletes:

Enhanced recovery: HBOT may help speed up the recovery process by minimizing muscle fatigue, soreness, and inflammation after intense training sessions or competitions. The increased oxygen availability in the body during HBOT can aid in the repair of damaged tissues and promote faster healing.

Improved endurance: HBOT has been suggested to enhance endurance by increasing the oxygen-carrying capacity of the blood. This can potentially improve aerobic performance and delay the onset of fatigue during prolonged exercise.

Accelerated injury healing: Hyperbaric oxygen chambers have shown potential in promoting faster healing of sports-related injuries, such as fractures, sprains, and ligament tears. The increased oxygen levels can aid in tissue regeneration, reduce swelling, and support the overall healing process.

Reduced oxidative stress: Intense exercise can lead to an excess production of free radicals, causing oxidative stress in the body. HBOT's antioxidant properties may help neutralize these free radicals, protect against cell damage, and enhance overall cellular health.

Decreased lactic acid buildup: One of the proposed benefits of HBOT is its ability to reduce lactic acid buildup in muscles during high-intensity exercises. Lower levels of lactic acid can potentially delay muscle fatigue, improve muscle performance, and allow athletes to push harder for longer periods.