Hyperbaric oxygen chamber – Your Path to Better Well-Being
Hyperbaric therapy (HBOT) is a medical procedure in which a patient’s body is saturated with oxygen at high pressure inside a sealed chamber. This method improves blood circulation and promotes tissue regeneration. This innovative solution can be beneficial for athletes, individuals suffering from various diseases, or simply those looking to enhance their overall health.
Step into a world where oxygen becomes a powerful revitalizing tool. The hyperbaric oxygen chamber is carefully designed to create a pressurized environment (up to 1.3 ATA) allowing your body to absorb a higher concentration of oxygen.
Regardless of whether you’re an athlete looking to accelerate muscle recovery or a health enthusiast aiming to improve overall well-being, the HBOT chamber can be of great service and provide invaluable benefits.
- A sealed chamber that maintains a pressure of up to 1.3 ATA and saturates the chamber’s interior with up to 93% oxygen.
- Integrated infrared (IR) heating elements.
- Bright adjustable lighting.
- Glass doors with a high-quality lock.
- Comfortable ergonomic Canadian cedar seat with nephrite stone inlay.
- Efficient oxygen generator.
This combination of products is an excellent way to invest in your health and well-being, providing you with everything you need to enhance your physical and mental state. Research has shown that hyperbaric therapy increases the body’s oxygen absorption and promotes tissue healing. It is beneficial for treating respiratory system disorders, wounds, injuries, or certain neurological conditions. This innovative and effective solution will help you feel better and more energetic every day.
Our hyperbaric chamber is equipped with a high-quality oxygen generator that ensures efficient delivery of pure oxygen. This unique system, along with the infrared heating elements, provides you with the opportunity to experience comprehensive therapeutic benefits. With a high supply of oxygen, the body’s healing process is accelerated. Oxygen therapy gives you a fantastic sense of well-being, allowing you to enjoy an active and healthy lifestyle.
In this hyperbaric oxygen chamber, a substantial amount of oxygen is provided, offering additional benefits to the body. It has been proven that applying oxygen therapy leads to faster recovery and restoration of the body after intense workouts, better wound healing, and a reduction in aging processes. Integrated infrared heating elements promote more effective deep penetration, improved circulation, and the expansion of pores and blood vessels, significantly enhancing the effectiveness of HBOT.
- Hyperbaric chamber dimensions: 179x73x158 cm;
- Oxygen generator dimensions: 43x32x60 cm;
- Hyperbaric chamber weight: 150 kg;
- Generator weight: 30 kg;
- 4 units of IR (carbon fiber) + 2 units of IR (TDP) infrared heaters;
- Integrated speaker;
- Integrated lighting;
- Oxygen pressure in the chamber: 1.3 ATA;
- Wood: Canadian cedar;
- Ergonomic bed inlaid with nephrite stones;
- Power supply voltage: AC 220V-240V;
- Oxygen concentration: 93±3%;
- Power: 700W;
- Maximum generator oxygen pressure: 141-181 kPA;
- Generator noise: ≤45dB(A);
- Generator operating temperature: -10-40℃.
TDP (Thermodynamic Deep Penetrating) heaters are widely used in medicine. They use far-infrared (FIR) waves that penetrate deeply to heat tissues, stimulating blood circulation and lymph flow. This can help reduce muscle and joint pain, inflammation, and improve healing. TDP heaters are used for treating skin conditions, reducing cellulite, improving mental well-being, and reducing stress.
Infrared heating elements are used in medicine for various purposes, including alleviating muscle pain, treating injuries, managing skin conditions, reducing cellulite, and even cancer therapy. TDP heating elements are safe and effective, having been used in medicine for many years and extensively researched. In this hyperbaric chamber, certified heating elements of this type are used in combination with conventional carbon fiber IR heating elements, significantly enhancing the effectiveness of IR radiation in delivering oxygen in the hyperbaric chamber.