Vitaeris 320 vs Respiro 270: specifications side by side
| Specification | Vitaeris 320 | Respiro 270 |
|---|---|---|
| Chamber type | Portable soft-sided chamber | Portable soft-sided chamber |
| Operating pressure | 1.3 ATA (4 psi) | 1.3 ATA (4 psi) |
| Interior diameter | 32 inches | 27 inches |
| Length | 90 inches | 88 inches |
| Weight | Ask OxyHealth | Ask OxyHealth |
| Construction | Double-sided 44 oz. urethane-coated polyester bladder | Double-sided 44 oz. urethane-coated polyester bladder |
| Closure | Patented 2-zipper seal assemblies | Patented 2-zipper seal assemblies |
| Compressor | Double-headed, oil-less 1/3 hp CleanAir compressor with cooling radiator | Double-headed, oil-less 1/4 hp CleanAir compressor |
| Power | 110-120V | 110-120V |
| Setup | Portable. | Portable. Packs into a carrying bag for transport. |
Specifications are taken from each model's product page. Confirm current specifications with OxyHealth before ordering.
Where they differ
Interior space
The Vitaeris 320 is 5 inches wider inside (32 inches against 27 inches) and 2 inches longer. That extra diameter is the main thing users notice.
Compressor
The Vitaeris 320 includes a 1/3 hp CleanAir compressor with a cooling radiator. The Respiro 270 includes a 1/4 hp CleanAir compressor. Both are double-headed and oil-less.
Footprint and portability
The Respiro 270 is the most compact OxyHealth chamber and packs into a carrying bag. It suits rooms where floor space is limited.
What is the same
Both operate at 1.3 ATA (4 psi), use a double-sided 44 oz. urethane-coated polyester bladder, close with patented 2-zipper seal assemblies, and run on 110-120V power.
Which setting each one suits
- Vitaeris 320: Users who want the most interior room in a portable chamber and have the floor space for it.
- Respiro 270: Smaller rooms, smaller clinics, and users who expect to move or store the chamber.
Chamber pressure is one part of a hyperbaric dose. Breathing gas, session length, frequency, and total sessions matter too, and a qualified clinician determines those for each individual. Higher pressure is not automatically better, and lower pressure is not automatically safer.