breathe wisely — with hyperbaric chamber.
Oxygen helps the body rejuvenate its self-healing properties.
Most of our health problems today are caused by oxygen starvation at cellular level.
The oxygen intake process inside a pressurized chamber can help the body receive oxygen in higher amounts and transport it to blood plasma and other vital body fluids. Increased oxygen delivery to the affected tissues can promote recovery and provide relief.
IR-Red Light Panel
Our infrared and red light panel is perfect for sports recovery. The panels emit wavelengths of light that help reduce inflammation and promote healing. This makes it ideal for athletes who are looking to speed up their post-game recovery time. You can place the panel anywhere along the full length of the laying down hyperbaric chamber.
Physical benefits:
- Speeds up sports recovery time
- Reduces inflammation and muscle soreness
- Emotional benefits:
- Get back in the game faster than ever before.
- Say goodbye to post-game aches and pains.
FAQs
The medical procedure referred to as mild hyperbaric oxygen therapy (mHBOT) entails breathing a higher level of oxygen while in a hyperbaric chamber at a pressure just a little higher than atmospheric pressure. The hyperbaric cylinder is made to be pressurized with compressed air and can have either soft or hard sides.
1.3 to 1.5 atmospheres absolute (ATA), or 4 to 7 pounds per square inch (psi) above atmospheric pressure, are usually used in mild hyperbaric oxygen therapy. Compared to hyperbaric oxygen treatment, which is used to treat more serious conditions like decompression sickness, carbon monoxide poisoning, and some infections, this therapy uses a lower pressure.
Increased oxygen transport to the body's tissues is the aim of mild HBOT, which may aid in the promotion of healing and the reduction of inflammation. It is frequently used as an additional form of treatment to aid in the healing from a variety of ailments, such as traumatic brain injury, chronic fatigue syndrome, and sports injuries.
Mild HBOT is generally thought to be safe and well-tolerated, but it is crucial to discuss with your healthcare practitioner whether it is suitable for your unique condition and medical history.
While operating at a lower pressure, a mild hyperbaric room functions similarly to a traditional hyperbaric chamber.
Mild hyperbaric chambers can hold one or more persons and are typically constructed of soft or semi-rigid materials. Following the sealing of the compartment, pure oxygen is then supplied to it via an oxygen concentrator or oxygen tank. A mild hyperbaric chamber's pressure is usually between 1.3 and 1.5 atmospheres absolute (ATA), which is slightly higher than ambient pressure.
The mild hyperbaric chamber increases the amount of oxygen supplied to the body's tissues by causing more oxygen to dissolve in the blood plasma due to the elevated pressure and concentration of oxygen. This improved circulation, decreased inflammation, and enhanced oxygen delivery may all contribute to the promotion of healing.
Mild hyperbaric chambers are used as an adjunct treatment to aid in the recovery from a number of conditions, such as sports injuries, traumatic head injuries, chronic fatigue syndrome, and other conditions where improved oxygen delivery may be helpful. The number of sessions required for treatment varies on the condition being treated and the individual patient's reaction to treatment. Treatment sessions typically last between 60 and 90 minutes.
The use of mild hyperbaric chambers should not be confused with conventional hyperbaric oxygen treatment, which should only be carried out with the advice and supervision of a qualified healthcare professional.
The advantages of mild hyperbaric oxygen therapy (mHBOT) in treating a variety of medical conditions have been researched. Some known possible advantages of mild HBOT include the following, though research in this area is still ongoing and not all advantages have been unequivocally proven:
- Improved wound healing: Mild HBOT may hasten the healing of wounds by encouraging the growth of new blood vessels and increasing oxygen transport to tissues.
- Lessened inflammation: By encouraging the release of anti-inflammatory molecules and decreasing the production of pro-inflammatory molecules, mild HBOT can help to reduce inflammation.
- More energy and endurance: Mild HBOT can work to increase the quantity of oxygen delivered to the body's tissues, which could lead to an increase in energy and endurance.
- Enhanced cognitive function: Mild HBOT has been demonstrated to enhance cognitive function in patients with stroke, traumatic brain injury, and other neurological disorders.
- Improved athletic performance: Mild HBOT can aid in boosting the amount of oxygen delivered to muscles during activity, which could enhance athletic performance.
- Enhanced immunological response: Mild HBOT can aid in increasing the production of white blood cells, which are important in preventing infections.
When used properly, mild HBOT is generally regarded as harmless and has few side effects. It is crucial to debate whether it is appropriate for your specific condition and medical history with your healthcare provider.
