Hyperbaric Oxygen Chamber 2.0 ATA Pro - Double the Pressure of 1.5 ATA

£15,499.00

Hyperbaric Oxygen Chamber 2.0 ATA Pro

TO VIEW MORE HYPERBARIC OXYGEN CHAMBERS PLEASE VISIT: www.hyperbaricoxygentreatment.uk

FINANCE AVAILABLE - We use a external finance company with a application success rate of 90%, contact us to be put in touch for a application,

! PLEASE CONTACT US FIRST BEFORE ORDERING !

Introducing the highest soft pressure chamber available with a maximum pressure of 2.0 ATA (14.7 psi) !! this is the pressure that is given in hospital hyperbaric chambers

Price includes the chamber, medical grade oxygen concentrator and air compressor and air cooler, also one of our engineers will deliver, set up and train you how to use your chamber, this service is free within a 20 miles radius of our office in Cleveleys (Blackpool) outside of of this radius a charge will apply depending on how many miles away we will have to travel

2.0 ATA (14.7 psi) operating pressure which is usually only offered in hospitals and some higher end clinics
Blast tested up to 3.5 ATA so extremely safe at the pressure of 2.0 ATA
Viewing windows
External pressure gauge
Fast and easy secure stainless steel buckles and strap system to withstand the high pressure and a double zip system
Chamber can be operated alone although if you have any sever mobility issues it will be easier with a second person on the outside
Highest quality 10 LPM certified medical grade oxygen concentrator included which delivers a steady 93 - 95% oxygen compared to standard 21% oxygen that we breath without a concentrator, combined with a 120LPM oil free air compressor which can also be operated with a remote control from inside the chamber
Thermal welded, no glues or toxic chemicals used
Various types of oxygen masks included
Memory foam mattress included to make your dive as comfortable as possible
Electronic devices can be used in this chamber so you can chill out and watch a movie on a tablet or play on your phone
Sturdy external metal frame so the unit keeps shape when deflated