| Customization: | Available |
|---|---|
| Certification: | CE |
| Type: | Hyperbaric Chamber |
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| Model | XH1876 | XH1886 | ||
| Chamber Capsule |
Pressure | 1.5-2ATA(7-15psi) | 1.5-2ATA(7-15psi) | |
| Material |
Stainless steel
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| Size(D*L) | 75x232cm(30*92") | 85x232cm(34*92") | ||
| Weight | 235kg | 262kg | ||
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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?
Oxygen is fundamental to our survival, with the average adult consuming 2 kg of food, 1 liter of water, and nearly 550 liters of oxygen daily. Remarkably, a staggering 90% of our daily energy stems from oxygen, while the remainder is sourced from food and water. Despite comprising just 2% of total body weight, the human brain demands a significant 25% of the oxygen we inhale. Oxygen is indispensable for the energy cycle that sustains life itself. A deficiency in oxygen within body tissues can trigger a chain of events that, if left unaddressed, lead to disease conditions, such as infections or tissue destruction. When tissue oxygen is low (hypoxia), there exists a critical yet brief window for correction. A highly effective method to rectify tissue hypoxia is through the use of a hyperbaric chamber, which restores oxygen levels efficiently.
What do you feel inside a hyperbaric chamber?
During pressurization inside the chamber, you may experience a sensation of pressure changes in your ears, which could translate to mild discomfort. To equalize the pressure and alleviate this ear fullness, simple actions such as yawning, swallowing, or blowing your nose can be employed. Beyond this ear-related pressure, users typically do not encounter any unusual or differing sensations, ensuring a comfortable therapy session.
How does being inside a pressurized chamber give us more oxygen?
When experiencing a chamber pressurized at 1.3 to 1.5 times the normal air pressure, the ambient feel remains unchanged, yet inhaling pure oxygen within such an environment enriches your system with 7-8 times the usual oxygen intake. According to Henry's Law, the amount of gas dissolved in a liquid relates directly to its partial pressure, allowing the pressurized oxygen to permeate body fluids comprehensively. Within mere minutes, this amplified oxygen considerably elevates tissue oxygen levels beyond the norm, scientifically proven to accelerate healing processes.
What improvements can I expect to see?
This question involves a multitude of variables, making it challenging to deliver a singular answer. However, from general observations, it's rare not to witness some form of enhancement. The focus typically is on an individual's improved quality of life, though results can vary significantly from person to person.
When will I know how many sessions of HBOT are enough?
Determining the exact number of HBOT sessions you require is subjective and best assessed by personal observation of ongoing improvements. A clinical study involving 1,730 participants suggests around 15 sessions for acute injuries and up to 40 for chronic ones. If positive results are evident after 40 sessions, additional similar cycles are recommended. Continual improvements indicate the necessity for further sessions, placing the decision-making power in your hands rather than strictly relying on a doctor's directive.
What about Oxygen Toxicity?
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