Built to established standards with precision manufacturing and redundant safety systems.
RxAir360 holds two issued patents: U.S. Patent 11,648,164 B2 for the vertical monoplace hyperbaric chamber architecture, and WO 2023/225028 A1 for multiplace chamber innovation. The chamber is designed for a standard 100-120 sq ft exam room — not adapted from larger hospital-grade systems. The RxAir360 chamber is pending FDA 510(k) clearance and is not available for clinical use.
The chamber is designed to PVHO-1 standards under ASME, following the same safety framework that governs all clinical hyperbaric chambers in North America.
Constructed from industry-standard steel and acrylic with precision fabrication using aerospace-grade engineering and manufacturing processes, the vertical seated configuration reduces claustrophobia while maintaining compliance with U.S. electrical and mechanical safety standards.
EMC, electrical safety, and essential performance testing is verified by Eurofins E&E North America, a provider of Expert Testing, Inspection, and Certification Services.
Real-time monitoring systems provide oversight during treatment sessions.
Seated configuration reduces claustrophobia, fits standard exam rooms
Designed for standard 100-120 sq ft exam rooms
Designed to ASME PVHO-1 pressure vessel standards
Designed to meet electrical safety compliance for medical devices
Designed to meet electromagnetic compatibility requirements
Pressure vessel withstood 1.5× maximum working pressure of 3.0 ATA (4.5 ATA test pressure)
Precision aerospace engineering applied to medical device manufacturing
Electroimpact brings aerospace precision to medical device manufacturing. Their expertise spans Boeing and Airbus commercial aircraft programs.
Aerospace Engineering
Precision automation for commercial aircraft programs
Quality Standards
Manufacturing rigor applied to medical device production
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 treatment outcomes
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