Bring a professionally equipped hyperbaric service to your wellness center, recovery studio, or clinic with the OXYAIR 2.0 ATA single-person hard shell chamber. Its spacious lying interior and panoramic window create a more open setting for clients, while mask based oxygen delivery, interior and exterior controls, and climate features support day-to-day operation.
Key Features at a Glance:
✔ Adjustable pressure up to 2.0 ATA for the selected operating setup
✔ Spacious lying chamber and panoramic window for a more open client experience
✔ BIBS oxygen delivery with a dedicated route for exhaled gas
✔ 10.1-inch exterior and 7-inch interior touchscreens for session controls and monitoring
✔ Cooling, lighting, and air circulation controls to adjust the chamber environment
✔ Pressure monitoring, relief devices, and emergency controls for operational oversight
The OXYAIR hard shell hyperbaric chamber is designed for wellness centers, recovery studios, and other facilities looking to add a professionally equipped hyperbaric service. It combines pressure settings up to 2.0 ATA with a spacious lying position, mask based oxygen delivery, and controls available both inside and outside the chamber.
The chamber and its supporting equipment are designed to work as one operating system. Staff can set up and monitor a session from the exterior touchscreen, while the user has access to an interior display. A large clear window, integrated lighting, and climate controls make the space feel more open during use. For commercial buyers, the result is a chamber that brings together the equipment needed for daily operation with a more comfortable experience for clients.
1. A Spacious Interior With a Clear View Outside
Getting into a chamber should feel straightforward. The wide door opening gives users more room to enter and settle into the lying position. An interior handrail provides additional support when getting in or out.
The large transparent window allows users to see outside throughout the session. It also lets staff maintain visual contact with the person inside. Once the door is closed, the generous interior space, lighting, and ventilation help create a more comfortable environment for longer sessions. These details matter in facilities serving clients with different body types and different levels of familiarity with hyperbaric chambers.
2. Pressure Vessel Construction and Structural Evaluation
The pressure vessel is the core of the chamber. Its body, door, window, and sealing structure must work together when the system is pressurized. This model is designed for operation up to 2.0 ATA, with a pressure assisted door mechanism that helps secure the seal during a session.
The engineering process also uses finite element analysis, or FEA, to evaluate how stress is distributed across the chamber structure. For a commercial buyer, this provides useful context for understanding the vessel design beyond its exterior appearance. Material specifications, pressure ratings, and applicable test documentation should be reviewed together when evaluating the final equipment configuration.
3. How the BIBS Delivers Oxygen
The chamber is pressurized with air. Oxygen is delivered to the user through a mask, rather than filling the entire chamber with oxygen. With the Built-In Breathing System (BIBS), the user inhales oxygen through a dedicated breathing circuit, and exhaled gas is routed outside the chamber.
This distinction is important for understanding both the equipment layout and daily operation. The mask, supply line, and exhaust route each have a specific role. The control interface also supports timed air and oxygen intervals when that function is selected. Staff can set the intervals before use and monitor the current breathing mode on the display. The appropriate mask setup and operating mode should follow the product instructions and the facility’s procedures.
4. Controls for Staff and the Person Inside
The chamber has a 10.1-inch exterior touchscreen and a 7-inch interior touchscreen. From the outside, staff can set session time and pressure, view operating information, and monitor the session. The interior display gives the person inside access to available controls without relying on staff for every adjustment.
The interface also includes adjustable pressurization and depressurization rates. Ear Comfort Mode uses a gentler pressurization rate before the chamber reaches 1.3 ATA, which can make the transition more manageable for users who are sensitive to pressure changes. Lighting, air circulation, and cooling controls help staff tailor the in-chamber environment to the session. Available settings and control permissions may differ between the exterior and interior screens.
5. Pressure Monitoring and Emergency Controls
Commercial operation calls for clear information and accessible controls. The system displays chamber pressure during the session and includes pressure relief devices, emergency stop controls, and communication between the inside and outside of the chamber.
Automatic and manual pressure relief components provide different ways to respond to operating conditions. The emergency stop and system alarms help alert staff when action is needed. The product training material describes diagnostic alerts for low or high pressure, oxygen concentration, emergency stop activation, and communication faults. Staff should be trained on what each alert means and on the correct response before operating the chamber with clients.
6. Supporting Equipment for a Complete Installation
The chamber operates with supporting equipment that supplies pressurized air, oxygen for mask delivery, and cooling. The product images show the chamber alongside an oxygen and air supply module and a separate air-conditioning unit. Together, these components support pressure control, the breathing system, and the interior environment.
This equipment should be considered when planning a room. In addition to the chamber footprint, a facility needs suitable space for the supporting units, their connections, access for operation, and future maintenance. Our team can help commercial buyers review the selected configuration and installation requirements before an order is placed.
7. Factory Inspection Before Shipment
A chamber’s appearance is only one part of a purchasing decision. Before shipment, the complete configuration should be checked for correct assembly and operation. Our inspection process covers the chamber, its connections, and key electrical and control functions.
Pressure related checks help verify system operation, while inspection of fittings and connection points helps identify potential leaks. Electrical checks confirm that important controls function as intended. For buyers purchasing equipment for repeated commercial use, these steps provide a clearer picture of how the system has been prepared before it reaches their facility. Specific inspection reports and test methods can be provided according to the order and available documentation.
8. Export Packaging and OEM Options
For overseas buyers, the order does not end when the chamber leaves the production line. The chamber and its supporting equipment must be prepared for international shipping, with protective packaging suited to the selected configuration and shipping method.
OXYAIR also works with distributors and commercial partners on OEM requirements. Depending on the project, options may include logo placement, exterior finishes, and interface language. Share your target market, preferred configuration, branding requirements, and expected order volume so our team can prepare an appropriate proposal. We can also review packaging, shipping terms, and the documentation needed for your destination market.
