Medical Oxygen-pressurized Hyperbaric Chamber

Medical-Grade Surface Protection for Long-Term Reliability

The inner and outer surfaces of our chamber are sandblasted to a grade of Sa2.5–3.0, ensuring strong coating adhesion and excellent corrosion resistance. In addition, the inner wall is coated with U.S. TNEMEC medical-grade anti-corrosion coating, which is non-toxic and odorless, making it ideal for oxygen-enriched clinical environments.

Lightweight Door System with Dual Safety Locking

Our chamber features a lightweight door design for easy and convenient operation by medical staff. It is equipped with three safety mechanisms: eccentric locking, automatic pressure locking, and mechanical locking. These effectively prevent accidental opening under pressure and maximize patient safety.

Extended Stainless Steel Stretcher System for Easier Patient Transfer

This chamber is equipped with an extended stainless steel stretcher that can be pulled out 1.6 meters, with a fixed locking device, providing ample space for safe and efficient patient transfer, especially suitable for patients with limited mobility or critical conditions.

Automatic Pressure-Activated Door Seal

The chamber uses a micro-pressure activated dual-lip seal. As the internal pressure rises, the seal expands automatically to form a tight fit between the door and the chamber frame. The higher the pressure, the stronger the sealing performance, which reduces the risk of leakage during treatment.

Oxygen Humidification System

In our hyperbaric oxygen chamber, pressurized oxygen is humidified before being delivered into the chamber, keeping the relative humidity stable at around 70% (fluctuates with temperature). The chamber is also equipped with a humidity display gauge and a spray humidification device for real-time monitoring and adjustment of the internal humidity.

Anti-Static Grounding Protection System

To ensure safe treatment for patients, our chamber is equipped with an anti-static grounding system. Patients use a conductive clip to safely discharge static electricity generated by body movement, reducing static risks in the oxygen-enriched environment.

External Circulation Climate Control System

The chamber is equipped with an external circulation heating and cooling system. This design prevents refrigerant leakage into the chamber and reduces the risk of long-term corrosion caused by internal condensation or component aging. In addition, the circulating air system is fitted with a fireproof protective screen to further enhance safety in high-oxygen therapy environments.

Computerized Automated Control System

The chamber is equipped with a computerized automated control system designed for precise and stable operation in clinical settings. The system enables automated pressure regulation, real-time parameter monitoring, and controlled decompression processes, reducing reliance on manual intervention.