Oxygen therapy hyperbaric chamber Revitalair 430
on castersmonoplace

oxygen therapy hyperbaric chamber
oxygen therapy hyperbaric chamber
oxygen therapy hyperbaric chamber
oxygen therapy hyperbaric chamber
oxygen therapy hyperbaric chamber
oxygen therapy hyperbaric chamber
oxygen therapy hyperbaric chamber
oxygen therapy hyperbaric chamber
oxygen therapy hyperbaric chamber
oxygen therapy hyperbaric chamber
oxygen therapy hyperbaric chamber
oxygen therapy hyperbaric chamber
oxygen therapy hyperbaric chamber
oxygen therapy hyperbaric chamber
oxygen therapy hyperbaric chamber
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Characteristics

Application
oxygen therapy
Configuration
on casters
Capacity
monoplace

Description

Differential characteristics 01.It has a versatile design, innovative technology, and first quality materials that facilitate its use and make it friendly for doctors, institutions, and patients. 02.It is flexible and portable, so it can be installed in any medical institution or office. 03.It is safe and does not carry risks, because it works at a pressure of 1.45 ATA. 04.It has a zipless closure system. It can be opened from the inside thanks to its relief valves. 05.It is assembled quickly and easily. It does not require assistance to operate it. Technical Security Revitalair® Hyperbaric Chambers are highly safe and their operation is very simple. They have multiple security systems that act sequentially to avoid any failure or malfunction. It has exhaust valves regulated at 1.45 ATA inside the chamber. If one failed, the other would work. Inside the compressor cabinet, it has a calibrated and certified relief valve that would act in case neither of the two main valves did. The closing system can withstand pressures several times higher than the one this equipment is calibrated to work. The flexible fabric and windows are designed and tested for frequent use of the equipment and on pressures that are not reached by the compression system. All parts of the hyperbaric chamber and its manufacture are under controlled and certified quality standards. Therapeutic Safety Working at 1.45 ATA is safer in neurotoxicity than working at higher pressures. This is because neuronal excitability is dose-dependent on oxygen. While at higher pressures it is obtained a degree of neuronal hyperexcitability.

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.