The TITAN OMEGA is HPO TECH's largest and most powerful hyperbaric chamber system, featuring a distinctive omega-shaped cylindrical exterior and purpose-built for hospitals, large HBOT clinics, and high-throughput medical facilities. Accommodating up to 12+2 seats (14 occupants), TITAN OMEGA operates across a wide pressure range of 3.0 to 6.0 ATA, providing the clinical flexibility to run both standard and high-pressure multiplace protocols in a single certified system. Manufactured from steel with a modular cylindrical construction, TITAN OMEGA is built for the rigors of intensive, high-volume clinical use while maintaining a safe and comfortable environment for every patient. Efficient pure oxygen delivery via the BIBS mask, advanced real-time monitoring, and a comprehensive automation system ensure that clinical teams have full visibility and control throughout every session.
TITAN OMEGA delivers user-centric design and leading-edge technology in a fully automatic and manual multiplace hyperbaric chamber system designed and certified for medical applications. The system includes a fully automated control panel, multi-angle video camera monitoring, integrated fire suppression, and extensive customization options covering seating configuration (4+2 up to 12+2), brandable ergonomic seats, brandable interior and exterior design, RGB LED lighting, entertainment systems, and custom 3D epoxy flooring. Every TITAN OMEGA installation is preceded by a site-readiness review covering floor loading, access routes, electrical capacity, and technical room planning before commissioning begins.
BIBS Mask
During treatment, each patient breathes high-purity oxygen directly from the BIBS mask. The BIBS regulator circulates oxygen effectively through the polyurethane hose while removing carbon dioxide, ensuring a safe and controlled therapy environment with always-pure oxygen breathing. Oxygen is supplied from the medical facility's oxygen tanks.
External Control Panel
The command center for the hyperbaric session. Navigate pressure adjustments, monitor vital information, maintain clear communication with patients, and control every aspect of the chamber with confidence. Manual overrides and an emergency stop button are always available.
Control Screen
A built-in mini-computer manages everything from setting pressure and session parameters to locking the chamber door. Monitor sessions with clear visuals and data on chamber pressure, time, and all vital information in real time.
Video Camera Monitoring
Multiple interior cameras cover all angles inside the chamber, monitoring each patient's response to hyperbaric oxygen therapy. Video is broadcast live on the control panel, providing the operator with full visual oversight throughout every session.
External Intercom
Provides voice connection with users and assistants inside the chamber. Always open for crystal clear communication with volume control, ensuring continuous contact between the operator and all occupants.
Manual Compression Knob
Provides manual control over compression independently of the automatic system, giving the operator greater precision over pressure adjustments during any phase of the session.
Manual Decompression Knob
Provides manual control over decompression independently of the automatic system, giving the operator greater precision and safety oversight during the decompression phase.
Emergency Stop Button
Terminates the session in the pressure room if needed and quickly drops chamber pressure to a safe level, providing immediate safety response for any clinical situation.
Power On Switch
Turns on all electrical equipment, activating the control panels for manual and/or automatic HBOT sessions with a single action.
Emergency Decompression Valve
In case of emergency, the pressure chamber is relieved by rotating the manual spherical valve from inside or outside the chamber, providing a physical backup to all automated controls.
Fire Suppression System
The integrated fire suppression system is used to extinguish, control, or entirely prevent fires from spreading or occurring. It comprises a main 1000 L water stock tank, a 500 L antechamber tank, and 3 high-pressure nitrogen cylinders, ensuring the highest level of safety in a high-oxygen clinical environment.
Air Generating Unit
Three industrial air compressors (Ozen Kompresor, 110 kW / 150 HP each) pressurize the chamber with breathable air. Air is circulated through the air dryer and filtered through carbon, oil, and microparticle filter systems before passing through four air stock tanks into the chamber.
Air Stock Tanks
Four air stock tanks circulate filtered, dried air into the chamber to maintain the desired pressure levels consistently throughout every session.
Air Cooler
The system is connected to an air cooler to keep the air fresh inside the chamber and maintain temperature under control throughout extended multiplace sessions.
Automation System
The Automation System controls the chamber and runs sessions automatically via automation software, industrial PLC, sensors, valves, and PC. The PLC monitors and controls all connected devices, with specific functions dependent on customer configuration.
Real-Time Session Monitoring
Real-time session information is gathered from sensors and displayed to monitor session status. The monitoring systems track atmospheric pressure, oxygen concentration, temperature, humidity, patient vitals, and treatment duration, enhancing patient safety and empowering the medical team to make informed decisions.
Session Status Management
Automatic session control for speed, pressure, and time. Entry of new treatment profiles. Chamber ventilation. I/O calibration and other functions. Logging, reviewing, and printing tools. Session and patient information access. Real-time monitoring of temperature, humidity, pressure, and oxygen. Audio/visual warnings to the operator. Valve openings or maximum compression/decompression rate settings. Ear opening assistance. Session recording.
Ergonomic Seating
Tailored to the body's physiology, the ergonomic seats reduce pressure point stress and boost circulation, ensuring a relaxed and effective oxygen treatment session for each patient. Available in brandable configurations across all capacity options.
Patient Monitoring
Chamber penetrations and electrical connectors provide the capability to connect vital monitoring equipment such as EEG, ECG, TCOM, and blood pressure devices, with dedicated patient vitals monitoring screens on the control panel.
Session Data Logger
An integrated session data logger records all treatment parameters, providing a complete audit trail of every session for clinical record-keeping, quality assurance, and regulatory compliance.
Smoke Detectors
Integrated smoke detectors provide an additional layer of safety inside the pressurized environment, working in tandem with the fire suppression system to protect patients and staff.
Entertainment System
The chamber is equipped with large-screen TVs or tablets for each user, including other customizable additions to improve the in-chamber experience during long multiplace sessions.
USB Ports
USB ports are provided inside the chamber for software updates, uploading custom settings, charging devices, or downloading session archives for review and reporting.
Adjustable LED RGB Lighting
Adjustable LED RGB lighting allows operators and patients to create a personalized, serene atmosphere inside the chamber during sessions.
Ventilation
The automatic ventilation system ensures air inside the chamber is always fresh throughout the duration of every session, with a ventilation rate of 600 LPM.
Pneumatic Controls
Chamber controls are completely pneumatic in nature and require only a compressed gas source, keeping operation clean, reliable, and safe in the high-oxygen clinical environment.
Discrete Power Source
A discrete power source allows continued operation of chamber communications in the event of a power outage, maintaining safety and continuous monitoring at all times.
Customization Options
TITAN OMEGA supports extensive customization including seating capacity (4+2 up to 12+2), brandable ergonomic seat designs, brandable interior and exterior design, custom 3D epoxy flooring, different working pressure levels, and multiple entertainment and monitoring configurations.
What is the HPOTECH TITAN OMEGA chamber engineered for?
The HPOTECH TITAN OMEGA is a 14-occupant (12+2 seat) multiplace hard-shell hyperbaric chamber featuring an omega-shaped cylindrical exterior, the largest and highest-capacity model in the HPOTECH lineup. It is engineered for high-throughput clinical operations: hospital hyperbaric departments and large HBOT centers running concurrent multi-patient sessions. The rated per-patient capacity is up to 225 kg.
What pressure does the HPOTECH TITAN OMEGA operate at?
The HPOTECH TITAN OMEGA operates across a 3.0-6.0 ATA range, up to 5.0 bar - the highest maximum pressure rating in the HPOTECH lineup and above the 3.0 ATA ceiling of the next-largest model, the Matrix. With this range, clinical teams can run higher-pressure multiplace protocols in a single chamber instead of switching equipment.
What site requirements does a TITAN OMEGA installation involve?
A HPOTECH TITAN OMEGA installation typically requires the most extensive site preparation in the multiplace lineup, scaled to its 14-occupant (12+2 seat) configuration. Most sites need reinforced floor loading, and crane rigging or specialized lifting equipment is often part of chamber ingress planning. Electrical supply capacity and the commissioning timeline are confirmed during the site-readiness review.
How do hospital departments and large HBOT centers start a TITAN OMEGA procurement?
Procurement for the HPOTECH TITAN OMEGA starts with a TITAN-specific spec brief request from the hospital or HBOT center. The engineering team reviews the facility's site plans, floor loading, access route, and electrical capacity before confirming a procurement and installation timeline scaled to the chamber's 14-occupant configuration.
What does ongoing service look like for a TITAN OMEGA operating in a high-volume clinical setting?
Post-commissioning service for the TITAN OMEGA is scaled to the high-volume clinical duty cycle of its 14-occupant configuration. Scheduled pressure-system inspections, door-mechanism servicing, and ongoing operator training support keep multiplace clinical teams current on operating procedures across the chamber's full service life.
