Sitting Hyperbaric Chamber

This sitting hyperbaric chamber is specially designed to improve the comfort of rehabilitation. Through the stable pressure environment of 1.3-1.5 ATA and 95% medical grade oxygen supply, it provides claustrophobic and ergonomic non-invasive oxygen therapy. It is an ideal choice for clinics, rehabilitation centers and high-end pension institutions to improve space efficiency and support bulk purchases.

Sitting Hyperbaric Chamber important parameters

1.3 ATA / 1.4 ATA adjustable

Working pressure：

≥ 95% (10L/min flow)

Oxygen purity:

aviation grade aluminum alloy/five layer composite TPU

Main material:

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Sitting Hyperbaric Chamber features

Effectively eliminate the user’s claustrophobia

Different from the traditional flat cabin, this sitting hyperbaric chamber is equipped with an adjustable ergonomic seat, which reduces back pressure through a 120 ° tilt angle, effectively eliminates the user’s claustrophobia, and makes 60-90 minutes The course of treatment is easier.

Improve operational efficiency

Digital control panels are integrated inside and outside the cabin, and users can independently adjust the pressure and running time in the cabin. This high degree of autonomy reduces the labor cost of medical institutions by 40% and improves operational efficiency.

Multiple redundant safety protection

1 manual emergency relief valve and 2 automatic overpressure protection valves are configured to ensure that the pressure in the cabin can be smoothly reduced to normal pressure within 30 seconds in case of power interruption or abnormal conditions, thus ensuring the safety of users in extreme environments.

Low noise and quiet operation environment

High-efficiency oil-free compressor with four-stage filtration is adopted, and the working noise is controlled below 55dB. This quiet environment can significantly reduce the user’s mental stress, improve parasympathetic nerve activity, and enhance the rehabilitation effect of oxygen therapy.

Extend the tolerable time of a single treatment

Built-in circulating cooling device can keep the temperature in the cabin constant between 22 ℃ and 25 ℃. By solving the problem of temperature rise caused by compressed air, user comfort is improved by 60% and the tolerable time of a single treatment session is extended.

High-strength non-toxic welding process

The cabin adopts five-layer Penta hot-melt welding technology without using any chemical adhesives. Its structural strength can withstand 3 times the rated pressure of the load, to ensure that high frequency commercial use still maintain 100% air tightness.

Sitting Hyperbaric Chamber Detailed specifications

Parameter name	Technical Specifications and Indicators
Model category	Sitting/Semi-reclining position
Maximum pressure value	1.3 ATA / 1.4 ATA (upgrade to 1.5 ATA optional)
Oxygen supply rate	10 L/min, concentration ≥95% ±3%
Cockpit Material	High-strength medical-grade composite TPU / aerospace-grade aluminum skeleton
inflation system	120L/min Dual-head oil-free air compressor
Internal dimensions	1100mm (L) x 900mm (W) x 1500mm (H)
Observation window	Four extra-large transparent high-pressure-resistant viewing windows (Φ200mm)
noise level	≤ 55 dB (A)
Rated power	650W – 1400W (including cooling)
Certification Standards	CE, ISO13485, ISO9001

Sitting Hyperbaric Chamber Applicable Crowd

Sports rehabilitation group

For athletes post-match recovery. sitting hyperbaric chamber can increase the amount of dissolved oxygen in plasma by physical pressurization, increase the rate of lactic acid metabolism by about 30%, and significantly shorten the repair cycle of muscle injury.

Middle-aged and elderly anti-aging demanders

Cognitive improvement and functional enhancement for the elderly. A stable hyperbaric oxygen environment helps to activate capillary regeneration and relieve physical and mental fatigue and memory loss caused by chronic hypoxia.

Business and postoperative rehabilitation

Provide comfortable reading or mobile office environment. The user can sit vertically within the sitting hyperbaric chamber, which is suitable for elite people who have limited movement after surgery or need to work while treating.

Users of chronic disease management institutions

Suitable for patients with diabetic foot and slow wound healing. High concentration oxygen therapy can be directly delivered to the damaged end of microcirculation, and the wound healing efficiency can be improved by 25%-40% with drug therapy.

Instructions For Use Sitting Hyperbaric Chamber

System self-test and preset:

After power on, the operator sets the target pressure such as 1.3 ATA and duration through the external panel to ensure that the air filter is in a clean state.

The user enters the cabin in place:

The user enters through the spacious zipper opening or the cabin door, adjusts the ergonomic seat angle, and wears the special oxygen mask.

Smooth pressurization phase:

After startup, the pressure will increase at a rate of 0.05 ATA/min. The user can equalize the ear pressure by swallowing or pinching the nose and pumping the air. The process lasts about 5-8 minutes.

Constant pressure therapy and withdrawal:

Start timing usually 60 minutes after reaching the preset pressure. After that, the system will automatically perform slow pressure relief. After the pressure gauge is reset to zero, the user can open the compartment door to exit.

Sitting Hyperbaric Chamber lifespan and after-sales service

Product lifespan

The design life of this sitting hyperbaric chamber core module is 10,000 hours. Under standard maintenance, the service life of commercial organizations can usually reach 8-10 years.

Service

We provide a 2-year warranty for the whole machine, and the core compressor and oxygen generator enjoy a 3-year warranty. Provide 24-hour remote video technical guidance for agents, and core wearing parts (such as filters and sealing rings) support 48-hour fast delivery worldwide.

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Q1: What are the main advantages of sitting hyperbaric oxygen chambers over lying ones?

A: The biggest advantage of sitting hyperbaric chamber is a significant reduction in claustrophobia and floor space savings (about 35% reduction). Users can read or work, compliance is higher, and more convenient for patients with spinal diseases.

Q2: Is the cabin pressure 1.3 ATA safe?

A: Yes, 1.3 ATA belongs to the safety pressure range of civil and rehabilitation level. It can be operated without the escort of professional doctors. It is the gold standard for traders to enter the home and beauty rehabilitation market.

Q3: Is there oxygen poisoning?

A: Under 1.3-1.5 ATA pressure, oxygen toxicity rarely occurs during a single course of 60-90 minutes. Equipment built-in real-time monitoring of oxygen concentration, to ensure that the oxygen environment is maintained in the scientific safety range.

Q4: How is the maintenance frequency required?

A: It is recommended to clean the external air filter every 500 hours and replace the internal activated carbon filter every 2000 hours to ensure the absolute purity of the air circulation in the cabin.

Q5: Does the product support 110V and 220V voltage switching?

A: We can customize the variable voltage system according to the target national standards, and adapt to the power environment of 110V/60Hz or 220V/50Hz to meet the needs of global agents.

Q6: What if your ears are uncomfortable after entering the cabin?

A: This is a normal physical phenomenon. Our sitting hyperbaric chamber has an excellent pressure rise curve that users can easily alleviate by simply swallowing or chewing gum, and the system also supports manual suspension of pressurization.