OxyAir 30″ Hard Shell Hyperbaric Oxygen Chamber 2.0ATA – Medical Center High-Flow HBOT System

OxyAir 30″ Hard Shell Hyperbaric Oxygen Chamber 2.0ATA – Medical Center High-Flow HBOT System

Experience clinical-grade hyperbaric oxygen therapy with the OxyAir 30″ hard shell chamber, engineered specifically for medical centers and intensive therapy applications requiring maximum pressure and durability.

Medical-Grade Hard Shell Construction

Built with premium aluminum alloy materials for exceptional strength and longevity. This 30-inch diameter chamber delivers robust 2.0 ATA pressure capabilities – equivalent to 33 feet underwater depth – ensuring optimal oxygen saturation for clinical applications including wound healing, radiation injury recovery, and carbon monoxide poisoning treatment.

High-Flow Oxygen Delivery System

Features advanced high oxygen flow technology delivering up to 25% average oxygen concentration with medical-grade purity standards. The enhanced flow rate accelerates therapeutic outcomes for intensive care applications requiring rapid tissue oxygenation.

Compact Yet Spacious Design

Measuring 75×216cm (30″×85″) with a lightweight 90kg construction, this chamber optimizes space efficiency while providing comfortable treatment positioning for patients up to 6'7″ tall. Perfect for medical facilities with space constraints requiring powerful therapeutic capabilities.

Clinical Applications

Ideal for medical centers treating:

• Diabetic wound healing and slow-healing ulcers
• Radiation therapy complications and tissue damage
• Carbon monoxide poisoning and severe infections
• Athletic recovery and tissue repair programs
• Neurological conditions including stroke recovery

Professional Features:

• Pressure Range: Robust 1.5–2.0 ATA therapeutic capabilities
• Construction: Medical-grade aluminum alloy for durability
• Weight: Lightweight 90kg for facility mobility
• Oxygen Delivery: High-flow system with ≤25% concentration
• Dimensions: 30″ diameter × 85″ length
• Safety: FDA-compliant pressure vessel design