2.0 ATA Stainless Steel Hyperbaric Chambe（Hard Case）

Overview

The 2.0 ATA Stainless Steel Hyperbaric Chamber (Hard Case) is a high-performance hyperbaric oxygen therapy system designed for professional medical institutions, rehabilitation centers, sports recovery clinics, and advanced home users requiring deeper therapeutic pressure. Built from 304 medical-grade stainless steel, this chamber provides a robust structure capable of safely achieving 2.0 ATA (200 ±10 kPa)—offering significantly enhanced oxygen absorption, improved microcirculation, and deeper physiological benefits than 1.3–1.5 ATA models.

Equipped with a high-efficiency PSA oxygen generator, delivering 93%±3% high-concentration oxygen at 10 L/min, this chamber ensures consistent oxygenation for tissue repair, neurological support, athletic recovery, anti-aging, and long-term wellness optimization.

Key Features & Benefits

2.0 ATA Pressure for Advanced Therapeutic Results

The chamber reaches 200 ±10 kPa cabin pressure, enabling greater oxygen dissolution into plasma and cerebrospinal fluid. This level is commonly used in clinical environments for enhanced recovery and performance applications.

Medical-Grade 304 Stainless Steel Construction

The hard shell ensures:

• Superior pressure resistance

• Long-term durability and corrosion protection

• Maximum safety for clinical or continuous multi-user environments

• A fully enclosed, stable, airtight structure

High-Concentration Oxygen Delivery System

• Oxygen purity: 93% ± 3%

• Flow rate: 10 L/min

• PSA molecular adsorption technology ensures stable oxygen supply

• Adjustable oxygen flowmeter for personalized session settings

Professional PSA Oxygen Generator

Based on image details:

• Voltage: 110V / 220V dual option

• Power: 1500W

• Frequency: 50 Hz

• Outlet pressure: 0.05–0.15 MPa

• Noise: ≤ 70 dB

Features include:

• Timer controller

• Manual switch

• Air trachea interface

• Anti-overheat system

• Low-noise dual-fan cooling design

Spacious and Comfortable Internal Cabin

Dimensions: 90 × 220 cm (36'' × 87'') Allows full reclining for long-duration therapy sessions.

High Load Capacity & Thickened Pressure Shell

Based on the specification table:

• Cabin wall thickness: 4 mm

• Chamber weight: 270 kg

• Packed weight: 330 kg

Engineered for high-frequency use in professional environments.

Enhanced User Experience

• Transparent observation window

• Smooth airflow and humidity control

• Micro-pressure stability system

• Flame-retardant internal padding for comfort and safety

• Easy-access side-opening design

Technical Specifications

Chamber Body

• Material: 304 Stainless Steel + Polycarbonate

• Pressure Setting: 2.0 ATA

• Cabin Pressure: 200 ± 10 kPa

• Internal Size: 220 × 90 × 90 cm

• External Size: 225 × 90 × 100 cm

• Wall Thickness: 4 mm

• Weight: 270 kg

Oxygen Generator

• Oxygen Purity: 93% ± 3%

• Flow Rate: 10 L/min

• Inflation Speed: 120 L/min

• Electric Power: 1500W

• Voltage: 110V / 220V

• Noise Level: ≤ 70 dB

• Relative Humidity: ≤ 65%

• Size: 78 × 45 × 65 cm

• Weight: 68 kg

Included Accessories

• Oxygen mask

• Two remote controllers

• Three connection tubes

• Safety valve + pressure monitoring components

How Hyperbaric Oxygen Therapy Works

Pressurization & Oxygenation Explained

At 2.0 ATA, the chamber increases oxygen partial pressure, allowing significantly more oxygen to dissolve into body fluids—including plasma, lymph, and cerebrospinal fluid.

Benefits shown in the images:

• Increased blood oxygen saturation

• Improved oxygen diffusion distance

• Accelerated microcirculation

• Faster tissue regeneration

• Reduced inflammation markers

Visualized Blood Oxygen Changes (Based on Image Content)

• Under normal atmospheric pressure: lower oxygen concentration in capillaries

• Under hyperbaric pressure: high-concentration oxygen flows smoothly through vessels, boosting cellular repair

Suitable User Groups

Based on image guidance:

• Individuals needing post-operative & postpartum recovery support

• People experiencing fatigue, stress, or chronic tiredness

• Users wanting improved sleep quality

• Individuals seeking skin rejuvenation & anti-aging benefits

• Elderly individuals with circulatory or cardiovascular-related sub-health conditions

• Athletes seeking faster recovery & performance enhancement

• High-altitude residents needing oxygen enrichment

• People engaged in social drinking or long working hours

Why Choose Our 2.0 ATA Hyperbaric Chamber?

Based on your icons and features:

• Stable high-purity oxygen

• Micro-pressure precision

• Efficient PSA oxygen production

• Selected medical-grade materials

• Timing function for scheduled sessions

• Molecular adsorption for stabilized oxygen purity

• Factory-direct pricing & full certification

• Ultra-low operating noise

• Portable oxygen generator module

Order Process

1. Contact customer service and provide product requirements

2. Confirm model and receive quotation

3. Confirm order and complete payment

4. Delivery by sea/air freight

5. After-sales support and user guidance

FAQ

1. What are the advantages of a 2.0 ATA hyperbaric chamber compared to 1.5 ATA?

A 2.0 ATA chamber offers deeper therapeutic oxygen saturation, faster tissue repair, and is preferred for clinical or professional-grade treatment environments.

2. Is the 2.0 ATA stainless steel model safe for home use?

Yes—while designed for professional environments, many advanced users install it at home. Proper ventilation and installation space are required.

3. How long does a hyperbaric oxygen therapy session last?

Most sessions run 60–90 minutes, depending on the wellness protocol.

4. How noisy is the oxygen generator?

The system operates at ≤70 dB, comparable to a quiet air purifier.

5. What maintenance does the chamber require?

Filters should be checked regularly, and the oxygen generator should undergo annual servicing for long-term reliability.

6. Can elderly users benefit from 2.0 ATA HBOT?

Many elderly users benefit from improved circulation and oxygenation; however, medical consultation is advised before use.