| Customization: | Available |
|---|---|
| Certification: | CE |
| Type: | Hyperbaric Chamber |
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| Model | XH18200 | |||
| Chamber Capsule |
Pressure | 1.5-2ATA(7-15psi) | ||
| Material |
Stainless steel
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| Size(D*L) |
L1900*W900*H1500mm 75"*36"*52"
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| Weight | 800kg | |||
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All-in-one
(AE 1931)
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Size/Weight |
L77*W35*H75cm(30"xl4"x29")/75kg
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Flow of Air
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80L/Min | |||
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Flow of Oxygen
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5&10Liter/min
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Air Filter
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Dual
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Cooler
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Cooling system
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Voltage
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110VAC/220VAC/±10%
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Description
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All-in-one machine, a combine of air compressor, oxygen concentrator, and cooler | |||
Why is oxygen so important?
On a daily basis, an average adult intakes 2 kg of food, 1 liter of water, and approximately 550 liters of oxygen. Astonishingly, 90% of our daily energy stems from oxygen, with the remaining deriving from food and water. The human brain, although only 2% of our total body weight, utilizes a significant 25% of inhaled oxygen. This precious oxygen fuels the energy cycle essential for life. Insufficient oxygen in body tissues triggers a chain of adverse events, potentially leading to disease conditions such as infections or tissue damage. Tissue hypoxia, or low oxygen levels, presents a critical window for correction. The utilization of a hyperbaric chamber emerges as an excellent method to rectify tissue hypoxia effectively.
What do you feel inside a hyperbaric chamber?
During the pressurization of the chamber, you may notice changes in ear pressure, leading to minor discomfort. To equalize this pressure and alleviate feelings of fullness in the ears, actions such as yawning, swallowing, or performing the 'nose blow' technique are recommended. Apart from this pressure sensation in the ears, there are no unusual or discomforting sensations to be expected.
How does being inside a pressurized chamber give us more oxygen?
Within a chamber pressurized to 1.3 or 1.5 times the normal air pressure, although the difference may be imperceptible, breathing pure oxygen substantially increases oxygen intake—7 to 8 times the regular amount. This phenomenon is explained by Henry's Law, which states that the quantity of gas dissolving in a liquid at a gas-liquid interface is proportional to its partial pressure. Consequently, pressurized oxygen dissolves directly into all body fluids, rapidly elevating tissue oxygen levels beyond normal ranges. This scientifically validated process stimulates healing and rejuvenation.
What improvements can I expect to see?
Addressing this question involves numerous variables and diverse outcomes. While recognizing that individual results vary, it is notably rare to not witness improvements. The primary goal is to enhance the overall quality of life for users.
When will I know how many sessions of hbot are enough?
Determining the adequacy of HBOT sessions relies on observing continued improvements. Clinical studies involving 1730 subjects suggest approximately 15 sessions for acute injuries and 40 for chronic conditions. If positive changes are evident during the initial 40 sessions, pursuing an additional 40 can be beneficial. Further improvements warrant continuation of therapy. Ultimately, individuals are better judges of their required session count than any professional.
What about Oxygen Toxicity?
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