Model | GH-HBOT-A | Working Voltage | AC110V/AC220V |
Type | Sitting / Lying, Horizontal & Vertical Type | Power | 800-1200W |
Materials | Stainless Steel + PC Door | Oxygen Flow Rate | 15L-30L/min |
Pressure | 1.3 ATA / 1.5 ATA / 2.0 ATA | Oxygen Content | > 99% |
Capacity | 1 Person / 2 Person / 3 Person / Custom | Compressor Type | Oil Free Type |
Sofa/Interphone | Included | Television | Optional |
Chamber Noise | < 58db | Chamber Tempreture | 16~30 ℃ |
Control System | Touch Panel Controlled | Relief Valve | Manual & Automatic |
A hyperbaric chamber is a sealed, pressurized chamber that allows individuals to breathe in pure oxygen at higher-than-normal atmospheric pressure. This treatment is called hyperbaric oxygen therapy (HBOT).
During HBOT sessions, the increased pressure helps the body to absorb more oxygen into the bloodstream, which can promote various healing processes. It’s used in medical settings to treat conditions like decompression sickness (the bends), carbon monoxide poisoning, non-healing wounds (such as diabetic foot ulcers), certain infections, and tissue damage caused by radiation therapy.
The increased oxygen levels in the bloodstream can enhance the body’s natural healing processes, stimulate the growth of new blood vessels, and improve the function of white blood cells to fight infections. HBOT can be administered in a monoplace chamber (for a single person) or a multiplace chamber (for multiple people).
The primary difference between hard shell and soft shell hyperbaric oxygen therapy (HBOT) chambers lies in their construction and design. Hard shell chambers are made of rigid materials like metal or acrylic, providing a sturdy, single-occupancy enclosure. They create a sealed environment for pressurization and typically feature viewing windows, control systems, and safety measures.
On the other hand, soft shell chambers utilize flexible materials such as canvas or nylon, resembling large inflatable tents. These chambers can accommodate multiple patients simultaneously and are more portable than hard shell chambers. However, they may not provide as precise control over pressure and oxygen levels.
While both types of chambers deliver HBOT, hard shell chambers offer greater control, safety, and comfort for individual patients due to their rigid construction and advanced features. Soft shell chambers, though more versatile in terms of portability and capacity, may be less suitable for certain medical applications requiring precise pressure regulation and monitoring.