| Customization: | Available |
|---|---|
| Certification: | CE |
| Type: | Hyperbaric Chamber |
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| Model | XP2260 | XP1860 | ||
| Chamber Capsule |
Pressure | 1.3-1.4ATA(4-5.5psi) | 1.3-1.5ATA(4-7psi) | |
| Material | TPU | |||
| Size(D*L) |
L230*W100*H120cm(90*40*47")
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L1800*W900*H1100mm ( 71*35*43" )
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| Weight | 46kg | 36kg | ||
| Air compressor | Size/Weight | 440x240x310mm( 17xlOxl2")/17kg | ||
| Type | Quite&Oil Free Type. Two Super adsorption activated carbon filters in air Input and Outlet to protect. PM≥2.5 |
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| Air Filter | Dual | |||
| Oxygen Concentrator |
Flow Rate | 5&10Liter/min | ||
| Description | PSA molecular sieve high technology.Continuouss oxygen production,no need for oxygen tank. | |||
The Vital Role of Oxygen in Our Lives
On a daily basis, the average adult requires 2 kg of food, 1 liter of water, and a staggering 550 liters of oxygen. Remarkably, 90% of our daily energy is derived from oxygen, with the remaining from food and water. Though the human brain comprises a mere 2% of our total body weight, it astonishingly consumes 25% of the oxygen we intake. Oxygen is indispensable to the energy cycle sustaining life. An oxygen deficiency in body tissues triggers adverse events, potentially culminating in infections or tissue damage. Tissue hypoxia, a state of low oxygen, necessitates timely intervention. A hyperbaric chamber is an outstanding solution to effectively correct tissue hypoxia.
Sensations Experienced Inside a Hyperbaric Chamber
During pressurization within the chamber, your ears may detect pressure variations, sometimes resulting in mild discomfort. To equalize this pressure and alleviate any ear fullness, techniques such as yawning, swallowing, or the Valsalva maneuver ('blowing the nose') are recommended. Beyond ear pressure, no other unfamiliar or unusual sensations are typically encountered.
The Science of Enhanced Oxygen Intake in a Pressurized Chamber
Inside a chamber pressurized at 1.3 to 1.5 times normal atmospheric pressure, the environment may feel unchanged, yet the experience of inhaling pure oxygen within it amplifies oxygen intake by 7-8 fold. According to Henry's Law, at a gas-liquid interface, the dissolved gas quantity in a liquid is proportional to its partial pressure. Consequently, pressurized oxygen permeates all body fluids, rapidly elevating tissue oxygen levels beyond standard levels. This mechanism has been scientifically validated to promote and accelerate healing processes.
Potential Benefits and Improvements
Addressing such a question involves numerous variables and outcomes; hence, a generalized answer is essential. Typically, most users experience some level of improvement, although results vary among individuals. The ultimate goal is to enhance the quality of life for anyone partaking in this therapy.
Determining the Optimal Number of HBOT Sessions
You won’t directly notice anything, but you will observe whether you are experiencing ongoing improvements. A comprehensive clinical study involving 1730 participants highlights that approximately 15 sessions are typically needed for acute injuries, while chronic conditions may require up to 40 sessions. If positive results are evident during the initial 40 sessions, it is advisable to continue with another 40 sessions. Should improvements persist, consider undergoing an additional 40 sessions, and so on. Ultimately, you are the best judge of the number of sessions necessary, even more so than any physician.
What should I consider regarding Oxygen Toxicity?
Oxygen Toxicity is generally not a concern at pressures below 1.5 ATA. Often, stress can be misinterpreted as oxygen toxicity. On rare occasions, some individuals may exhibit a heightened sensitivity to oxygen, in which case, pressure adjustments may be necessary to accommodate the specific needs of the patient.
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