Medical Hyperbaric Oxygen Chamber (3.0ATA)

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Website: http://hbotchamber-en.com/3-severe-hyperbaric-oxygen-chamber.html

Models
Application
Features
Structure

Medical hyperbaric oxygen chambers primarily include three critical components: the main pressure chamber, a centralized control system, and a dedicated oxygen delivery system. During hyperbaric oxygen therapy (HBOT), patients breathe pure oxygen at pressures significantly higher than standard atmospheric conditions, typically reaching up to 3.0 ATA. By increasing blood oxygen saturation levels, this treatment effectively addresses tissue hypoxia, stimulates tissue regeneration, and accelerates recovery processes.

Clinically, medical hyperbaric oxygen chambers are used in cases of carbon monoxide poisoning, as they quickly restore normal oxygen levels in tissues, minimizing the risk of long-term damage. They're also highly effective in treating slow-healing wounds, neurological conditions, and certain cardiovascular disorders.

Application

Medical hyperbaric oxygen chambers (3.0 ATA) are primarily used to deliver therapeutic oxygen under increased atmospheric pressure, quickly addressing tissue hypoxia and promoting rapid recovery. They effectively reduce swelling, enhance microcirculation, and accelerate wound healing. Additionally, hyperbaric oxygen therapy (HBOT) helps eliminate gas emboli, suppress bacterial growth, and improves treatment outcomes by increasing cancer cell sensitivity to radiation and chemotherapy. This therapy is also widely applied in treating neurological and cardiovascular conditions, significantly supporting overall patient recovery and health management.

Features

Horizontally sliding side-entry doors for easy and convenient patient access.
A centralized control panel providing efficient monitoring and straightforward operation.
An advanced ventilation system ensuring consistent air circulation and patient comfort.
Bioelectric connectors enabling seamless integration of clinical monitoring equipment without interference.
Multifunctional respiratory equipment compatible with various therapeutic applications and patient requirements.

Structural Features

The control panel is integrated into the steel chamber frame and finished with a protective coating for durability.
All system functions are managed from the main console, which displays the operational status of each component in real time.
The oil-free air compressor automatically shuts off at high pressure and restarts when pressure drops, ensuring consistent performance.
Oxygen intake and exhaust are manually controlled to allow precise oxygen concentration and reduce resistance during airflow.
An external manual quick-release decompression valve enables rapid pressure relief in emergencies, enhancing safety.
A built-in UPS (Uninterruptible Power Supply) provides temporary backup power during outages to keep the system running.

Medical Hyperbaric Oxygen Chamber Structure

The chamber features a thin-shell sliding door that offers high strength while remaining smooth and easy to operate.
Wing-shaped sealing strips improve airtight performance and help maintain consistent internal pressure.
Spherical lighting windows provide even interior illumination, enhancing visibility during treatment.
Large viewing windows on the chamber body allow external observation and create a more open environment for users.
A rotary quick-open pass-through compartment makes it easy to transfer items without interrupting chamber pressure.
The interior follows a clean, seamless design based on surgical room standards, with no layered wall panels.
Seating options include both fixed luxury chairs and movable business-style seats to support different treatment settings.
Multifunctional respiratory equipment accommodates a range of oxygen delivery needs.
A newly designed ventilation system ensures smooth airflow and a stable internal environment.
Biopotential connectors are integrated to allow clinical monitoring devices to connect without signal loss or interference.

Optional Features and Customization

Our medical hyperbaric oxygen chambers can be configured for either air pressurization or pure oxygen pressurization, depending on clinical needs.
Pressure levels are customizable, with a maximum setting of up to 0.2 MPa.
The exterior design can be personalized to meet specific aesthetic or branding requirements.

What is the expected service life of medical hyperbaric oxygen chambers?

These high-pressure therapy units are designed for clinical durability and long-term performance, with a structural lifespan of up to 20 years when properly maintained.

How is a medical hyperbaric oxygen chamber installed, and what support is provided afterward?

Installation is carried out by our technical team, who also provide training to ensure safe and proper use. After-sales service is available online, and on-site assistance can be arranged if needed.

Do Huaxin's severe hyperbaric chambers comply with national medical equipment standards?

Yes. All chambers meet GB/T12130-2020 and GB150-2011 standards, which regulate pressure vessel safety and performance in clinical oxygen therapy applications.

What components are included in each medical hyperbaric oxygen chamber?

Each unit features an integrated control console with real-time oxygen monitoring, an emergency UPS (Uninterruptible Power Supply), and a built-in music player for patient comfort. Inside, the chamber includes a sliding bed with a fire-resistant mattress cover rated to B1-grade (GB50222-1995), and acrylic glass windows for external observation.

What materials are used in the construction of these high-pressure chambers?

The chambers are built using a reinforced steel frame and finished with a corrosion-resistant paint coating, making them suitable for environments where strength, stability, and hygiene are critical.

How is user safety ensured during hyperbaric oxygen therapy at 3.0 ATA?

Medical hyperbaric oxygen chambers include multiple safety mechanisms, such as an external manual quick-release valve that allows rapid pressure relief in emergency situations. They are also equipped with an Uninterruptible Power Supply (UPS), a backup power system that keeps the chamber fully operational in the event of a temporary power outage.

How often should hyperbaric oxygen therapy sessions take place, and how long does each one last?

Treatment frequency depends on the patient’s condition and medical prescription. Typically, sessions are conducted several times a week over multiple weeks, with each session lasting between 90 and 120 minutes.

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