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Seated Hyperbaric Chamber Advanced Technology
This seated hyperbaric chamber adopts vertical ergonomic design, provides 1.3 to 1.5 ATA stable working pressure, and cooperates with 10L/min high-flow oxygen production system. It is specially designed to provide high-efficiency oxygen therapy scheme for patients with limited movement and users seeking comfortable sitting experience, and supports bulk purchase.
1.3-1.5 ATA
Working pressure
93%±3%
Oxygen purity
aviation grade aluminum alloy
Cabin material
Seated Hyperbaric Chamber characteristics
vertical space optimization design
Compared with the traditional horizontal oxygen chamber, this seated hyperbaric chamber covers an area of only 1.5 square meters, and the space utilization rate is increased by 40%. The vertical design allows users to read or use electronic devices in the cabin, effectively alleviating psychological anxiety caused by claustrophobic space, and is suitable for limited space deployment in clinics and families.
Accessible Access System
Equipped with a large 80cm wide side opening door and a low threshold design, it is convenient for wheelchair users or elderly people with limited mobility to enter and exit easily. Unique magnetic seal design, only 2kg thrust to close the door, to ensure the convenience and independence of single operation.
Intelligent micro-pressure control technology
The built-in high-precision pressure sensor supports pressure adjustment in units of 0.1 ATA, and the boost time is controlled between 5 and 10 minutes. The gentle compression curve can reduce the eardrum pressure by 85%, and significantly improve the tolerance of first-time users and sensitive people.
High efficiency double filtration cycle
The air intake system uses a 0.01 micron HEPA filter to effectively intercept 99.9 percent of the dust and bacteria in the air. Cooperate with the air circulation volume of 60 cubic meters per hour in the cabin to ensure that the carbon dioxide concentration in the cabin is always below 0.4 percent to maintain a fresh environment.
Aviation-grade pressure-resistant structure
The main body of the cabin is made of 6061 series aviation aluminum alloy, and the tensile strength reaches 290MPa. The transparent observation window is made of 10mm thick polycarbonate material, and its impact strength is 200 times that of ordinary glass, eliminating the risk of bursting and ensuring the safety of long-term high-pressure operation.
Mute noise reduction operation system
The compressor and oxygen generator are equipped with multi-layer sound absorbing cotton and suspension shock absorption base, and the operating noise of the whole machine is strictly controlled below 45 decibels. When using the seated hyperbaric chamber at night or in an office environment, it will not cause noise interference to the external environment.
Detailed specifications table of the Seated Hyperbaric Chamber
| Parameter Items | Specifications |
| Product Name | Seated Hyperbaric Chamber |
| External dimensions | 140cm (L) × 100cm (W) × 170cm (H) |
| Internal volume | 1.8 cubic meters |
| cabin weight | 110 kg (excluding peripherals) |
| Maximum working pressure | 1.5 ATA (150 kPa) |
| Oxygen production flow rate | 10 liters/minute |
| Rated power | 600W |
| power supply voltage | 110V / 220V, 50/60Hz |
| air conditioning system | Built-in semiconductor cooling, temperature reduction of 3-5℃ |
| Safety devices | Automatic pressure relief valve, manual emergency pressure relief valve, automatic venting upon power failure |
| Design life | Continuous operation for more than 10,000 hours |
Seated Hyperbaric Chamber Applicable Crowd
Limb Rehabilitation Center Patients
For patients with stroke sequelae, spinal cord injury or orthopedic surgery, the sitting posture of the seated hyperbaric chamber is designed to facilitate the direct transfer of the wheelchair, avoiding the secondary injury that may be caused when the horizontal cabin is transferred to the patient, and improving the efficiency of cell repair after rehabilitation training.
Elderly people in high-end nursing homes
For elderly people with chronic cardiopulmonary insufficiency or joint stiffness, the sitting design is in line with their daily physiological habits. By inhaling high concentrations of oxygen daily, it can improve brain microcirculation and alleviate cognitive decline and sleep disorders in old age.
Business executives and mental workers
Suitable for placement in corporate lounges or high-end clubs. Users can keep sitting posture for office or rest in the chamber of seated hyperbaric, and use lunch break to quickly supplement brain oxygen supply, eliminate mental fatigue and improve work concentration in the afternoon.
Members of professional sports clubs
It is used for the removal of lactic acid accumulation and soft tissue repair after high intensity training in athletes. Sitting posture is convenient for athletes to carry out local massage or cold compress on the legs at the same time, which accelerates the recovery cycle of physical fitness and adapts to the compact competition schedule.
Seated Hyperbaric Chamber Materials
The cabin shell of this seated hyperbaric chamber is mainly made of high-strength aviation aluminum alloy plate, and the surface is anodized, corrosion-resistant and easy to clean. The observation window is made of optical grade polycarbonate, with a light transmittance of 92% and no visual distortion. The interior seats are covered with environmentally friendly PU leather and filled with high-resilience memory foam, meeting medical-grade fireproof and mildew-proof antibacterial standards.Seated Hyperbaric Chamber life and after-sales service
Pre-sales and after-sales service
Provide worldwide video installation guidance and 24-hour online technical support. The whole machine provides 2-year warranty service, and core components such as compressors provide 3-year replacement service. For dealers, provide customized OEM branding and spare parts package support.
Expected useful life
The design life of the cabin structure is 10 years, and the core pressurization and oxygen production components can operate continuously for more than 8000 hours under standard maintenance. It is recommended to replace the air intake filter element every 500 hours of operation, and professionally inspect or replace the sealing ring every 12 months.
factory and certificate
certificate
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Seated Hyperbaric Chamber Advanced Technology
This seated hyperbaric chamber adopts vertical ergonomic design, provides 1.3 to 1.5 ATA stable working pressure, and cooperates with 10L/min high-flow oxygen production system. It is specially designed to provide high-efficiency oxygen therapy scheme for patients with limited movement and users seeking comfortable sitting experience, and supports bulk purchase.
Working pressure
1.3-1.5 ATA
Oxygen purity
93%±3%
Cabin material
aviation grade aluminum alloy
Seated Hyperbaric Chamber characteristics
vertical space optimization design
Compared with the traditional horizontal oxygen chamber, this seated hyperbaric chamber covers an area of only 1.5 square meters, and the space utilization rate is increased by 40%. The vertical design allows users to read or use electronic devices in the cabin, effectively alleviating psychological anxiety caused by claustrophobic space, and is suitable for limited space deployment in clinics and families.
Accessible Access System
Equipped with a large 80cm wide side opening door and a low threshold design, it is convenient for wheelchair users or elderly people with limited mobility to enter and exit easily. Unique magnetic seal design, only 2kg thrust to close the door, to ensure the convenience and independence of single operation.
Intelligent micro-pressure control technology
The built-in high-precision pressure sensor supports pressure adjustment in units of 0.1 ATA, and the boost time is controlled between 5 and 10 minutes. The gentle compression curve can reduce the eardrum pressure by 85%, and significantly improve the tolerance of first-time users and sensitive people.
High efficiency double filtration cycle
The air intake system uses a 0.01 micron HEPA filter to effectively intercept 99.9 percent of the dust and bacteria in the air. Cooperate with the air circulation volume of 60 cubic meters per hour in the cabin to ensure that the carbon dioxide concentration in the cabin is always below 0.4 percent to maintain a fresh environment.
Aviation-grade pressure-resistant structure
The main body of the cabin is made of 6061 series aviation aluminum alloy, and the tensile strength reaches 290MPa. The transparent observation window is made of 10mm thick polycarbonate material, and its impact strength is 200 times that of ordinary glass, eliminating the risk of bursting and ensuring the safety of long-term high-pressure operation.
Mute noise reduction operation system
The compressor and oxygen generator are equipped with multi-layer sound absorbing cotton and suspension shock absorption base, and the operating noise of the whole machine is strictly controlled below 45 decibels. When using the seated hyperbaric chamber at night or in an office environment, it will not cause noise interference to the external environment.
Detailed specifications table of the Seated Hyperbaric Chamber
| Parameter Items | Specifications |
| Product Name | Seated Hyperbaric Chamber |
| External dimensions | 140cm (L) × 100cm (W) × 170cm (H) |
| Internal volume | 1.8 cubic meters |
| cabin weight | 110 kg (excluding peripherals) |
| Maximum working pressure | 1.5 ATA (150 kPa) |
| Oxygen production flow rate | 10 liters/minute |
| Rated power | 600W |
| power supply voltage | 110V / 220V, 50/60Hz |
| air conditioning system | Built-in semiconductor cooling, temperature reduction of 3-5℃ |
| Safety devices | Automatic pressure relief valve, manual emergency pressure relief valve, automatic venting upon power failure |
| Design life | Continuous operation for more than 10,000 hours |
Seated Hyperbaric Chamber Applicable Crowd
Limb Rehabilitation Center Patients
For patients with stroke sequelae, spinal cord injury or orthopedic surgery, the sitting posture of the seated hyperbaric chamber is designed to facilitate the direct transfer of the wheelchair, avoiding the secondary injury that may be caused when the horizontal cabin is transferred to the patient, and improving the efficiency of cell repair after rehabilitation training.
Elderly people in high-end nursing homes
For elderly people with chronic cardiopulmonary insufficiency or joint stiffness, the sitting design is in line with their daily physiological habits. By inhaling high concentrations of oxygen daily, it can improve brain microcirculation and alleviate cognitive decline and sleep disorders in old age.
Business executives and mental workers
Suitable for placement in corporate lounges or high-end clubs. Users can keep sitting posture for office or rest in the chamber of seated hyperbaric, and use lunch break to quickly supplement brain oxygen supply, eliminate mental fatigue and improve work concentration in the afternoon.
Members of professional sports clubs
It is used for the removal of lactic acid accumulation and soft tissue repair after high intensity training in athletes. Sitting posture is convenient for athletes to carry out local massage or cold compress on the legs at the same time, which accelerates the recovery cycle of physical fitness and adapts to the compact competition schedule.
Seated Hyperbaric Chamber Materials
The cabin shell of this seated hyperbaric chamber is mainly made of high-strength aviation aluminum alloy plate, and the surface is anodized, corrosion-resistant and easy to clean. The observation window is made of optical grade polycarbonate, with a light transmittance of 92% and no visual distortion. The interior seats are covered with environmentally friendly PU leather and filled with high-resilience memory foam, meeting medical-grade fireproof and mildew-proof antibacterial standards.Seated Hyperbaric Chamber life and after-sales service
Pre-sales and after-sales service
Expected useful life
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