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Hyperbaric Pro carries two stainless steel hard-shell chambers rated to 2.2 ATA: a 34-inch monoplace unit at $50,900 and a 40-inch model with progressive pressure controls at $56,900. Both ship as complete ready-to-operate systems with no additional equipment required. At 2.2 ATA, the chamber interior reaches approximately 17.6 PSI above standard atmospheric pressure — equivalent to a depth of roughly 39 feet (12 meters) of seawater — and costs approximately $0.39 per hour to run.

Both models include selectable pressure controls, meaning the same chamber can run sessions at 1.5 ATA, 2.0 ATA, or 2.2 ATA without changing equipment. No oxygen tanks, no special venting, and no facility modifications are needed — only a standard electrical connection.

Contact the Hyperbaric Pro team for a comparison of both models based on your space, clinical goals, and budget.

How 2.2 ATA Compares to 2.0 ATA

Most hard-shell chambers for home and clinical use operate at 2.0 ATA (100 kPa, approximately 15 PSI gauge), the pressure level with the broadest published HBOT research base. Hyperbaric Pro's 2.2 ATA models add approximately 10% more absolute pressure above that baseline. At higher pressure, Henry's Law dictates that more oxygen dissolves directly into blood plasma rather than relying solely on hemoglobin — the same mechanism that drives clinical HBOT at 2.0 ATA, at a higher pressure tier.

Both 2.2 ATA models from Hyperbaric Pro include selectable pressure settings, so buyers choosing 2.2 ATA do not give up access to 2.0 ATA. A single chamber covers 1.5 ATA, 2.0 ATA, and 2.2 ATA. For context, 2.4 ATA and above is typically associated with hospital hyperbaric suites operating under physician supervision for specific FDA-cleared indications, and those systems generally require dedicated facility infrastructure that most private and clinic settings cannot accommodate. A 2.2 ATA hard-shell unit delivers meaningfully higher pressure than standard 2.0 ATA models while remaining practical for private practice, clinic, and home installation.

For a detailed breakdown of how pressure affects dissolved oxygen delivery, see the 2.0 ATA vs 2.5 ATA comparison guide. To browse standard 2.0 ATA models, visit the 2 ATA chamber category.

Who Buys 2.2 ATA Chambers

Integrative and private practice clinics looking for a higher-pressure hard-shell unit that also covers the 2.0 ATA range. Because both models include selectable settings, one 2.2 ATA chamber serves the full hard-shell pressure spectrum without a separate purchase.

Advanced recovery and performance centers that position higher-pressure HBOT as a differentiator from the 1.3 to 1.5 ATA soft chambers most competitors operate. A 2.2 ATA hard-shell unit creates a genuine tier separation in the service offering.

Research and rehabilitation programs running structured protocols at pressure levels above the standard 2.0 ATA clinical baseline, without the infrastructure requirements of 2.4+ ATA hospital-grade systems.

Committed home users who have consulted a healthcare provider and want the highest-pressure monoplace unit available for home installation. For athletes and sports recovery, hard-shell chambers at 2.0+ ATA support tissue oxygenation that soft-shell chambers cannot reach.

HBOT Applications at 2.0 to 2.2 ATA

Research and clinical use of HBOT at pressures in the 2.0 to 2.2 ATA range is associated with the following applications:

• Wound care — diabetic ulcers, radiation injuries, and complex post-surgical wounds
• Stroke recovery and traumatic brain injury rehabilitation programs
• Decompression sickness management
• Sports injury recovery and inflammation reduction
• Neurological condition management protocols
• Post-surgical recovery support

Hyperbaric oxygen therapy at any pressure level should be guided by a qualified healthcare provider. Hyperbaric Pro's chambers are not intended to diagnose, treat, cure, or prevent any disease.

Key Features

Progressive Pressure Controls

Both models include selectable settings — run sessions at 1.5 ATA, 2.0 ATA, or 2.2 ATA without changing equipment. The 40-inch model supports incremented selection up to 2.2 ATA. One chamber covers every hard-shell pressure level in the practical clinical range.

Solo Operation

Interior controls, session timer, and single-press emergency release allow the user inside the chamber to start, monitor, and end sessions without external assistance. Suitable for home use and unsupervised clinic operation.

Multi-Layer Safety Architecture

Dual pressure gauges (internal and external), automatic decompression on power failure, interior emergency release button for instant depressurization, two-way intercom with alarm function, and gradual pressurization for ear equalization are all standard on both models.

No Tanks, No Venting Required

Integrated oxygen concentrators generate oxygen from room air continuously. Room oxygen levels remain unchanged during operation. Installation requires only a standard electrical connection — no medical gas lines, no special venting, no facility modifications.

Near-Silent Operation

Noise-controlled pressure relief valves keep operating volume at approximately 52 dB — comparable to a quiet office environment. No special acoustic preparation required for most installation spaces.

Chamber Specifications at a Glance

What's Included

Both models ship as complete systems. No additional equipment purchases are required to start sessions on day one.

• Hard-shell stainless steel chamber with sliding-door entry
• All-in-one integrated unit: 10 LPM oxygen concentrator (95% purity), air compressor, and dehumidifier
• Internal and external precision pressure gauges (dual-gauge system)
• Progressive pressure controls with selectable settings
• Session timer — programmable up to 2 hours
• Two-way intercom system with attendant alert
• Interior emergency pressure relief valve (single-press, no tools required)
• Automatic gradual depressurization on power loss
• Interior and exterior controls for solo or supervised operation
• Remote control for exterior management
• Oxygen breathing accessories: face mask, nasal cannula, headset
• Interior grounding mat, negative ion unit, and interior lighting

Optional upgrade: Air conditioning unit available for $2,500. Maintains interior temperature at approximately 68°F / 20°C during sessions.

Price and Financing

Hyperbaric Pro's 2.2 ATA chambers are priced at $50,900 for the 34-inch monoplace model and $56,900 for the 40-inch model with progressive controls. Both prices include the complete system — no additional oxygen equipment, accessories, or setup hardware is required at purchase.

For context on value: a single in-clinic HBOT session at 2.0+ ATA ranges from $150 to $400. A 40-session protocol at those rates runs $6,000 to $16,000 with no ongoing access after the protocol ends. Buyers who plan regular or long-term high-pressure HBOT sessions often find that ownership changes the economics considerably — and at $0.39 per hour to operate, ongoing costs are minimal.

Financing is available for qualified buyers, including both home purchasers and clinic operators. HSA and FSA accounts may be used when a physician documents a qualifying medical need. Contact the team to discuss terms and the application process.

Frequently Asked Questions