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Using high-strength aviation aluminum alloy and fully transparent PMMA material, integrated intelligent touch control and two-way communication system, it provides 1.3-2.0 ATA multi-speed adjustable hyperbaric oxygen therapy environment. It is a high-performance single hard shell oxygen chamber specially built for high-end clinics, rehabilitation centers and professional medical device dealers to undertake wholesale business.
1.3 – 2.0 ATA adjustable
Working pressure
aviation aluminum + PMMA transparent window
Cabin material
93% ± 3%
Oxygen purity
Built-in high-precision air pressure sensor (accuracy ± 0.01 ATA), supporting smooth pressure adjustment from 1.1 to 2.0 ATA. Compared with traditional mechanical valves, the intelligent system can automatically adjust the boost rate according to the user’s ear pressure feedback, reducing the discomfort of the middle ear by more than 85%.
The main body of the cabin is made of 5mm thick aviation grade aluminum alloy, and with high light transmission PMMA polymethyl methacrylate panoramic window, the compression resistance reaches 3.0 ATA test standard. The structural stability is 5 times higher than that of the ordinary soft cabin, and the service life is more than 15 years.
Equipped with an independent air conditioning system and three-stage air filter (HEPA grade), it can effectively filter 99.9% of the air dust and bacteria, and control the temperature in the cabin to a constant comfort zone of 20-26 ℃, thus completely solving the problem of sultry and peculiar smell caused by long-term oxygen therapy.
Exclusively equipped with cabin and cabin double touch display system. The doctor can set the treatment plan outside, and the patient can also check the pressure data in real time in the cabin, adjust the air-conditioning temperature or talk to the outside through the intercom system, which greatly improves the sense of security and autonomy of use.
BIBS(Built-in Breathing System) secondary oxygen mask with extremely low built-in breathing resistance is adopted to ensure that patients inhale pure oxygen with a concentration of up to 93% in a high-pressure environment, and at the same time exhaled carbon dioxide is discharged out of the cabin through an independent pipeline to prevent carbon dioxide retention.
The compressor and oxygen generator unit adopt suspension damping technology, and cooperate with multi-layer sound insulation cabinet, so that the running noise of the whole machine is controlled within 45dB. For users to create a library-level quiet rest environment, especially suitable for neurasthenia or noise-sensitive high-end rehabilitation people.
| Parameter item | Specifications Details |
| Product Name | Single-person hard-shell hyperbaric chamber |
| Work pressure | 1.1 ATA – 2.0 ATA (Intelligent Touch Stepless Adjustment) |
| Cabin Dimensions | 225cm in length × 85cm in diameter (spacious interior, not claustrophobic) |
| Cabin Material | Aviation-grade aluminum alloy + 20mm thick PMMA high-transparency panoramic window |
| Oxygen Flow | 10L/min (Medical molecular sieve oxygen concentrator) |
| Airflow | 75L/min (rapid air exchange to keep the air fresh) |
| Supply voltage | AC 110V/220V, 50/60Hz (compatible with global voltage) |
| Total power (Power) | 1200W (including compressor, oxygen concentrator, and air conditioner) |
| Noise Level | ≤ 45dB (Silent Design) |
| Safety Features | Automatic pressure relief valve, manual emergency pressure relief knob, automatic maintenance of normal pressure in case of power failure |
| Optional Accessories | Memory foam mattress, walkie-talkie, in-cabin TV bracket |
Compared with the common TPU soft hyperbaric oxygen chamber on the market (usually only supports 1.3 ATA), this hard shell single person hyperbaric chamber support treatment pressure up to 2.0 ATA. Clinical data show that in the pressure environment above 1.5 ATA, the dissolved oxygen content in the blood is 1.8 times that in the 1.3 ATA environment, which has significantly better curative effect on deep tissue repair, sports injury recovery and targeted nerve rehabilitation. In addition, the hard shell material completely eliminates the common problems of zipper aging and air leakage and material oxidation and yellowing after long-term use of the software module.
Traditional closed oxygen chambers often make users claustrophobic and lack effective temperature control. This product is specially designed with large area PMMA panoramic transparent window, wide field of vision, greatly relieve psychological pressure. At the same time, in view of the industry pain point of “summer like steamer” in ordinary oxygen chamber, we have integrated a special micro air conditioning system instead of simple fan ventilation, which really solves the core pain point that users cannot persist in completing 60-90 minutes of treatment due to excessive temperature in the chamber.
adopt intelligent slow boosting program and automatic segmented pressurization, which solves the problem of eardrum pain and middle ear barotrauma caused by excessive boosting for the first time.
the introduction of HEPA three-stage filtration and negative ion purification function solves the problem of cross-infection risk and odor residue caused by multi-person rotation in a confined space.
the use of modular circuit design and maintenance-free oil-free compressor solves the high after-sales maintenance cost caused by the frequent replacement of lubricating oil and sealing ring of traditional equipment.
For patients who have just completed medical or orthopedic surgery. 2.0 ATA hyperbaric oxygen environment can significantly accelerate the proliferation of fibroblasts, promote capillary regeneration, shorten the time of postoperative swelling by 40%, and effectively reduce the risk of wound infection.
For professional athletes who need high-intensity training to recover. The single person hyperbaric chamber can accelerate lactic acid metabolism, relieve delayed onset muscle soreness (DOMS), and help athletes quickly recover their physical fitness between games. It is a standard recovery equipment for top clubs such as NBA and football league.
Serving high net worth people who are concerned about cell vitality and brain health. Hyperbaric oxygen therapy has been shown to prolong telomere length and reduce senescent cells. The appearance design and comfortable experience of the high-end hard shell cabin are fully in line with the service standards of the high-end anti-aging center, and the unit price of the customer is increased.
For stroke sequelae, traumatic brain injury and autistic children groups. Stable hyperbaric oxygen delivery can improve the hypoxic state of the brain and activate dormant nerve cells. The design of two-way intercom and transparent window makes it convenient for therapists to monitor the status of patients in the cabin at any time to ensure the treatment safety of special groups.
Power on and make sure that the control panel displays normally. Check that the seal ring of the door is free of foreign matters. Help the user to remove sharp objects and kindling fire (e. g., electronic products such as lighters and cell phones are recommended to be connected through Bluetooth instead of being brought in). Laying comfortable cotton clothing.
The user lies flat in the cabin and wears an oxygen mask (BIBS system). The operator closes the door from the outside and confirms through the touch screen that the door lock sensor is closed. Inform the user that the pressure is about to start and instruct them to swallow to balance the ear pressure.
Select “Comfort Mode” (boost rate 0.5psi/min) or “Emergency Mode” on the control screen, and set the target pressure (e. g. 1.5 ATA) and time (usually 60 minutes). After starting, the system automatically inflates, and the user can monitor the pressure value in real time through the cabin screen.
Before the end of the treatment, the system will automatically enter the hypotensive phase (usually takes 5-8 minutes). After the internal and external pressure gauges return to zero, the door can be opened. After leaving the cabin, the user shall wipe the mask with alcohol wipes and turn on the ultraviolet disinfection lamp to sterilize the cabin.
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Using high-strength aviation aluminum alloy and fully transparent PMMA material, integrated intelligent touch control and two-way communication system, it provides 1.3-2.0 ATA multi-speed adjustable hyperbaric oxygen therapy environment. It is a high-performance single hard shell oxygen chamber specially built for high-end clinics, rehabilitation centers and professional medical device dealers to undertake wholesale business.
Working pressure
1.3 – 2.0 ATA adjustable
Cabin material
aviation aluminum + PMMA transparent window
Oxygen purity
93% ± 3%
Built-in high-precision air pressure sensor (accuracy ± 0.01 ATA), supporting smooth pressure adjustment from 1.1 to 2.0 ATA. Compared with traditional mechanical valves, the intelligent system can automatically adjust the boost rate according to the user’s ear pressure feedback, reducing the discomfort of the middle ear by more than 85%.
The main body of the cabin is made of 5mm thick aviation grade aluminum alloy, and with high light transmission PMMA polymethyl methacrylate panoramic window, the compression resistance reaches 3.0 ATA test standard. The structural stability is 5 times higher than that of the ordinary soft cabin, and the service life is more than 15 years.
Equipped with an independent air conditioning system and three-stage air filter (HEPA grade), it can effectively filter 99.9% of the air dust and bacteria, and control the temperature in the cabin to a constant comfort zone of 20-26 ℃, thus completely solving the problem of sultry and peculiar smell caused by long-term oxygen therapy.
Exclusively equipped with cabin and cabin double touch display system. The doctor can set the treatment plan outside, and the patient can also check the pressure data in real time in the cabin, adjust the air-conditioning temperature or talk to the outside through the intercom system, which greatly improves the sense of security and autonomy of use.
BIBS(Built-in Breathing System) secondary oxygen mask with extremely low built-in breathing resistance is adopted to ensure that patients inhale pure oxygen with a concentration of up to 93% in a high-pressure environment, and at the same time exhaled carbon dioxide is discharged out of the cabin through an independent pipeline to prevent carbon dioxide retention.
The compressor and oxygen generator unit adopt suspension damping technology, and cooperate with multi-layer sound insulation cabinet, so that the running noise of the whole machine is controlled within 45dB. For users to create a library-level quiet rest environment, especially suitable for neurasthenia or noise-sensitive high-end rehabilitation people.
| Parameter item | Specifications Details |
| Product Name | Single-person hard-shell hyperbaric chamber |
| Work pressure | 1.1 ATA – 2.0 ATA (Intelligent Touch Stepless Adjustment) |
| Cabin Dimensions | 225cm in length × 85cm in diameter (spacious interior, not claustrophobic) |
| Cabin Material | Aviation-grade aluminum alloy + 20mm thick PMMA high-transparency panoramic window |
| Oxygen Flow | 10L/min (Medical molecular sieve oxygen concentrator) |
| Airflow | 75L/min (rapid air exchange to keep the air fresh) |
| Supply voltage | AC 110V/220V, 50/60Hz (compatible with global voltage) |
| Total power (Power) | 1200W (including compressor, oxygen concentrator, and air conditioner) |
| Noise Level | ≤ 45dB (Silent Design) |
| Safety Features | Automatic pressure relief valve, manual emergency pressure relief knob, automatic maintenance of normal pressure in case of power failure |
| Optional Accessories | Memory foam mattress, walkie-talkie, in-cabin TV bracket |
adopt intelligent slow boosting program and automatic segmented pressurization, which solves the problem of eardrum pain and middle ear barotrauma caused by excessive boosting for the first time.
the introduction of HEPA three-stage filtration and negative ion purification function solves the problem of cross-infection risk and odor residue caused by multi-person rotation in a confined space.
the use of modular circuit design and maintenance-free oil-free compressor solves the high after-sales maintenance cost caused by the frequent replacement of lubricating oil and sealing ring of traditional equipment.
For patients who have just completed medical or orthopedic surgery. 2.0 ATA hyperbaric oxygen environment can significantly accelerate the proliferation of fibroblasts, promote capillary regeneration, shorten the time of postoperative swelling by 40%, and effectively reduce the risk of wound infection.
For professional athletes who need high-intensity training to recover. The single person hyperbaric chamber can accelerate lactic acid metabolism, relieve delayed onset muscle soreness (DOMS), and help athletes quickly recover their physical fitness between games. It is a standard recovery equipment for top clubs such as NBA and football league.
Serving high net worth people who are concerned about cell vitality and brain health. Hyperbaric oxygen therapy has been shown to prolong telomere length and reduce senescent cells. The appearance design and comfortable experience of the high-end hard shell cabin are fully in line with the service standards of the high-end anti-aging center, and the unit price of the customer is increased.
For stroke sequelae, traumatic brain injury and autistic children groups. Stable hyperbaric oxygen delivery can improve the hypoxic state of the brain and activate dormant nerve cells. The design of two-way intercom and transparent window makes it convenient for therapists to monitor the status of patients in the cabin at any time to ensure the treatment safety of special groups.
Power on and make sure that the control panel displays normally. Check that the seal ring of the door is free of foreign matters. Help the user to remove sharp objects and kindling fire (e. g., electronic products such as lighters and cell phones are recommended to be connected through Bluetooth instead of being brought in). Laying comfortable cotton clothing.
The user lies flat in the cabin and wears an oxygen mask (BIBS system). The operator closes the door from the outside and confirms through the touch screen that the door lock sensor is closed. Inform the user that the pressure is about to start and instruct them to swallow to balance the ear pressure.
Select “Comfort Mode” (boost rate 0.5psi/min) or “Emergency Mode” on the control screen, and set the target pressure (e. g. 1.5 ATA) and time (usually 60 minutes). After starting, the system automatically inflates, and the user can monitor the pressure value in real time through the cabin screen.
Before the end of the treatment, the system will automatically enter the hypotensive phase (usually takes 5-8 minutes). After the internal and external pressure gauges return to zero, the door can be opened. After leaving the cabin, the user shall wipe the mask with alcohol wipes and turn on the ultraviolet disinfection lamp to sterilize the cabin.
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