Vertical chamber. Seated patient. Designed for physician-office integration in approximately 100–120 sq. ft., roughly the footprint of one exam room.
Fully functional chamber built. Testing passed. FDA 510(k) submission next; device not yet cleared for sale or clinical use.
RxAir360 holds an issued U.S. patent (U.S. Patent No. 11,648,164 B2, issued May 16, 2023) covering a vertical monoplace hyperbaric oxygen therapy chamber designed and sized to operate within a standard physician examination room rather than adapted from larger hospital-grade systems. The fully functional chamber is designed for physician-office integration in approximately 100–120 sq. ft., roughly the footprint of one exam room, establishing a protected position around this deployment model. FDA 510(k) submission next; device not yet cleared for sale or clinical use.
The chamber is built to the recognized national safety standard for pressure vessels that hold people, the same framework that governs hyperbaric chambers across North America. That standard, known as PVHO-1 and published by the American Society of Mechanical Engineers (ASME), sets the engineering requirements for how a chamber is designed, built, and tested to safely hold a person under pressure.
The chamber is constructed from steel and acrylic using the same precision manufacturing processes used in aerospace production, where small tolerances and repeatable quality are essential. The vertical seated design is intended to reduce the feeling of confinement some patients experience in traditional lie-down chambers, while meeting U.S. electrical and mechanical safety standards.
Seated configuration designed to reduce the feeling of confinement
Designed for standard 100-120 sq ft exam rooms
Designed to ASME PVHO-1 pressure vessel standards
Electrical safety testing passed — designed to IEC 60601-1
Electromagnetic compatibility testing passed — final report received
Upright seated configuration with walk-in patient entry
Pressure vessel hydrostatically tested to 1.5× maximum working pressure. EMC and electrical safety testing passed. Test documentation is available to qualified parties on request.
The engineering, regulatory, clinical and operating foundation is already in place. A fully functional chamber has been built with partners who bring aerospace-level precision and certified pressure-vessel fabrication.
A fully functional chamber has been built with two partners who bring complementary capabilities: aerospace automation expertise and certified pressure-vessel fabrication.
Electroimpact
Advanced engineering and manufacturing partner with aerospace automation experience supporting Boeing, Airbus, Northrop Grumman, Bombardier and other major programs.
ABW Technologies
Pressure-vessel fabrication partner with decades of ASME pressure-vessel experience, U/U2 authorization, and aerospace, defense and nuclear capabilities.
"We already did" refers to the fully functional chamber already built and the engineering and manufacturing foundation already established. Commercial-scale production has not yet begun.
Grade Manufacturing
Engineering Excellence
Track Record
RxAir360 incorporates redundant safety features designed for controlled pressurization and decompression in outpatient clinical settings.
"Dive" and "Surface" controls for straightforward operation
Multiple valves for automated pressure equalization
Precision monitoring for consistent pressure control
Anomaly detection and screening protocols for oxygen-rich environments
PVHO-1 compliant chambers operated per UHMS guidelines and manufacturer protocols.
Designed to ASME PVHO-1 standards for pressure vessels for human occupancy — the gold standard in hyperbaric safety
PVHO-1 compliant chambers operated per UHMS guidelines and manufacturer protocols have established a strong safety record in clinical settings