Most Popular Questions
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Medical Grade Ultra Strong TPU Material
OxyPrime Soft Hyperbaric Oxygen Chambers are constructed using medical grade thermoplastic polyurethane (TPU) material, which is both safe and highly hygienic. The chambers are made with an industry-leading thickness, making them hard-wearing and providing a high-quality finish. Some companies produce their chambers using regular PVC plastics, which are not the strongest materials available and can give off unpleasant odors.
Stainless Steel Matieral
OxyPrime Hard Type Hyperbaric Chambers are made with high-grade stainless steel material, which has an industry-leading thickness of up to 4mm. This makes the chambers solid and pressure-resistant.
Precise Internal/External Pressure Display
Many pressure chambers have only one pressure gauge outside, which means that the user cannot know the pressure level when inside the chamber. This can cause panic and anxiety. Some hyperbaric chambers may have two gauges; however, cheaply made regular gauges can lead to errors in pressure readings both inside and outside the chamber. This can result in the user receiving an incorrect level of hyperbaric oxygen therapy. In contrast, all OxyPrime Hyperbaric Oxygen Therapy Chambers are equipped with custom precision-grade internal and external pressure gauges that ensure accurate readings inside and outside the chamber. This allows users to see the pressure levels anytime, anywhere, making it safe and convenient.
Internal/External Operation
Both the inside and outside of the OxyPrime Hard Hyperbaric Oxygen Chambers feature an operating control panel, allowing the user to control the chamber’s functions, such as on/off, oxygen, dehumidification, refrigeration, and turning on the LED reading light. Each independent switch button features a touch-feedback design, providing a comfortable press and clear, visible indication of each operation.
Dual Automatic Pressure Relief Valves
Once the hyperbaric oxygen chamber is turned on, the chamber will begin to gradually pressurize. Once the specified pressure is reached, the automatic pressure relief valves will start to work automatically, maintaining the chamber at a constant, safe pressure level. Each OxyPrime hyperbaric oxygen chamber is equipped with two automatic pressure relief valves.
Heat Welded, NO Glue
Many hyperbaric oxygen chambers use toxic glues to seal their joins, which can emit foul smells and are prone to tearing or even exploding with prolonged use. In contrast, all OxyPrime Portable Hyperbaric Chambers are heat-welded using high frequency welding technology. This process is free of toxic glues and harsh smells, resulting in chambers that are durable, safe and pollution-free.
New Structure Design
In order to ensure that the Hard Hyperbaric Oxygen Therapy Chamber lasts longer and is more stable, we have installed two stainless steel rings, each with a thickness of up to 30mm, at the head and foot of the cabin. These rings provide crucial support to the chamber’s structure and prevent deformation, even when exposed to high pressure over time. Many other Hard Type Hyperbaric Chambers are hollow at the head and foot, which can cause the cabin to become deformed with prolonged use, leading to a bent or leaking door, or a door that cannot be closed, ultimately resulting in damage to the chamber.
Internal/External Pressure Release Control
All OxyPrime Hyperbaric Oxygen Chambers come with a dual Manual Pressure Release Valve, which allows users both inside and outside the chamber to release pressure for pressure decompression.
Emergency Valve
In the event of an emergency, it is important that a hyperbaric oxygen chamber allows users to exit the chamber quickly. All OxyPrime Soft and Hard Hyperbaric Oxygen Chambers are equipped with an emergency valve that allows users to exit the chamber in just 20 seconds with a single press.
Digital Data Display
The OxyPrime hard hyperbaric oxygen chambers are equipped with an integrated digital display panel made of aluminum alloy. This display panel utilizes a built-in customized high precision sensor to show the temperature, humidity, and oxygen purity levels inside the chamber. This feature ensures that the use of the chamber is safer and more controllable for the user.