Oxicab - Multi-seat Hyperbaric Chambers

These chambers are considerably larger than single-seat chambers and are designed to treat several patients simultaneously, depending on the needs of each client. These chambers are pressurized with compressed air, and oxygen is supplied through special masks or diving suits. Our multi-seat chambers, in addition to the main chamber compartment, have a small additional compartment called an antechamber, for the evacuation or admission of patients after the hyperbaric oxygen therapy treatment session has begun. We offer multi-seat chamber models with capacities from 4 to 20 for simultaneous treatments.

• Material: Special steel according to ASME PVHO standards.
• Patient capacity: From 4 to 20 patients depending on the model.
• Total external length: from 5,000 to 12,000 mm depending on the model.
• Internal length of antechamber: 1,200 mm.
• Internal chamber length: from 3,000 to 10,000 mm depending on the model.
• Standard overall outer diameter: 2,100 mm.
• Standard overall inner diameter: 2,080 mm.
• Total volume: from 10 to 38 m3 depending on the model.
• Antechamber volume: 4.15 m3.
• Main compartment volume: from 10 to 34 m3 depending on the model.
• Total height (including bases): 2,310 mm.
• Interior floor/ceiling clearance: 1,945 mm.
• External width: 2,200 mm.
• Weight: From 5000 to 15,000 kg depending on the model.
• Rectangular antechamber door: 1780 mm x 755 mm.
• Rectangular door main compartment: 1780 mm x 755 mm.
• Medical airlock: ø245mm x 550mm length.
• Lighting luminaires: From 6 to 14, Ø 88 mm depending on the model.
• Observation ports: From 3 to 10, Ø 180 mm, depending on the model.
• Louvers material: Acrylic.
• Working temperature: 5 ºC – 40 ºC.
• Maximum working pressure: 3 ATA.
• Compression (pressurization) speed: Adjustable from 1 to 5 psi/min or from 0.5 to 2.5 psi/min
• Pressurization with compressed air.
• Oxygen supply through self-demand masks.
• Automatic ventilation during treatment of 50 lts/min.
• Adjustable ventilation from 50 to 300 lts/min.
• Emergency depressurization system.
• Fire extinguishing system.
• Entertainment system with multimedia projector.
• External main control panel attached to the camera.
• Internal control panels in the chamber and antechamber.
• Special screw compressor, filters and air banks included.
• Interior aluminum floors with conductive coating.
• Comfortable adjustable and reclining seats.
• Special fireproof paint.

• Designed to simultaneously serve several patients from 4 to 20 depending on the model.
• In the main compartment, the seats can be easily and quickly replaced by stretchers for patients who require them.
• Pressurized with breathable compressed air suitable for human consumption.
• Breathable compressed air supply system consisting of a rotary screw-type air compressor, air dryer (only in areas of excessive humidity), compressed air banks and special filters.
• The patient oxygen breathing system consists of inhalers or individual breathing masks (BIBS) with automatic on-demand regulators for inspiration and exhalation, with automatic venting of the patient's exhalation to the outside of the chamber. Hyperbaric helmets (suits) may also be used.
• Direct access for medical and paramedical staff to care for patients through the antechamber, without disturbing or interrupting ongoing treatment.
• Internal controls and commands for the operation of the antechamber and chamber.
• Non-slip aluminum interior floor, divided into removable sections, allowing for periodic cleaning and maintenance of the lower parts of the camera body.
• The interior lighting of the Chamber is provided by low-voltage cold-light LED exterior lamps.
• The control panel is located externally and attached to the chamber body. All operations and controls necessary for proper chamber operation, including patient monitoring, are performed from this panel.
• Special interior chamber paint, fire-resistant and food-grade for human use.
• Additionally, special sockets are provided for SCOTT type masks (one for each seat).
• The antechamber and main compartment have overpressure relief or safety valves (one in each). These valves are calibrated to operate automatically and have a manual actuation device if necessary.
• Automatic fire-fighting system that allows the following actions to be carried out simultaneously and immediately if necessary:
  ​​a) Stops pressurization (compression) of the chamber. b) Shuts off the oxygen supply to the chamber. c) Activates the internal fire-fighting pressurized water sprinklers. d) Switches the oxygen supply to the masks to respirable air. e) Initiates depressurization.
• Additionally, there are two manual hyperbaric fire extinguishers, one in the antechamber and one in the main compartment.
• Two-way communications system that allows direct communication between the external camera operator, the main compartment's internal tender, and the antechamber.
• A sound-enhanced telephone is provided as an additional communications backup. This telephone does not require electrical power to operate.
• Patient Entertainment System. Includes a multimedia projector, screen, and DVD player. The system allows external video or TV signals to be projected onto a screen inside the main compartment. The audio for this system is connected to the main compartment's internal speakers.
• The main compartment has a monitoring line to measure the oxygen concentration in the interior atmosphere. This line connects to the oxygen analyzer installed on the exterior control panel, which features an audible and visual alert alarm.
• Temperature and humidity sensors are also installed inside the chamber, digitally monitoring the information from the control panel.
• Medical airlock (SAS) that communicates with the main compartment, for the transfer to or from the interior of the chamber of medications, medical accessories, food, etc. that are required when the Chamber is pressurized.
• Special patient monitoring system, which allows the external tender to have simultaneously on one (1) flat screen monitor located on the main control panel, the image of the patients in the main compartment and antechamber. This system is equipped with 4 color video cameras and one (1) 19” flat screen monitor.
• The chamber body houses three special penetrators for future installation of hyperbaric medical equipment.
• Our multi-place hyperbaric chambers are equipped with a special air conditioning system for hyperbaric use. The system consists of two units: an external one that generates the cold, and an internal one that distributes the cold throughout the chamber.