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Zeugma Hyperbaric Chamber for 1 Person
This hyperbaric chamber is designed with a central focus on user experience, personal space, visibility, and interior comfort. Built with medical-grade technology, the soul of ZEUGMA is centered on ergonomics and aesthetics.
Key Features
- Transparent Windows: Create an open and calming environment, encouraging a connection with the outside.
- BIBS (Built-In Breathing System): Regulated by your breath's tempo, circulating oxygen effectively and removing carbon dioxide.
- External Control Panel: Navigate pressure adjustments, monitor vital information, and maintain clear communication with patients. Includes manual overrides and an emergency stop button.
- Internal Control Panel: Adjust pressure, time, and settings while monitoring key information on built-in displays. Commands are mirrored for outside and inside control.
- Advanced Monitoring Sensors: Track, monitor, and control essential parameters during therapy sessions, allowing healthcare providers to observe and adjust treatment as necessary.
Ergonomic Seating
Experience maximum comfort with ergonomic seats that reduce pressure point stress and boost circulation, ensuring a relaxed and effective oxygen treatment session.
Interior Leather
A touch of class with high-quality ecologic leather upholstery for a comfortable and inviting feel.
Zeugma Hyperbaric Chamber for 1 Person
This hyperbaric chamber is designed with a central focus on user experience, personal space, visibility, and interior comfort. Built with medical-grade technology, the soul of ZEUGMA is centered on ergonomics and aesthetics.
Key Features
- Transparent Windows: Create an open and calming environment, encouraging a connection with the outside.
- BIBS (Built-In Breathing System): Regulated by your breath's tempo, circulating oxygen effectively and removing carbon dioxide.
- External Control Panel: Navigate pressure adjustments, monitor vital information, and maintain clear communication with patients. Includes manual overrides and an emergency stop button.
- Internal Control Panel: Adjust pressure, time, and settings while monitoring key information on built-in displays. Commands are mirrored for outside and inside control.
- Advanced Monitoring Sensors: Track, monitor, and control essential parameters during therapy sessions, allowing healthcare providers to observe and adjust treatment as necessary.
Ergonomic Seating
Experience maximum comfort with ergonomic seats that reduce pressure point stress and boost circulation, ensuring a relaxed and effective oxygen treatment session.
Interior Leather
A touch of class with high-quality ecologic leather upholstery for a comfortable and inviting feel.
- 1 SEAT Hyperbaric Chamber (dimensions: 185cm x 134cm)
- Air Compressor (dimensions: 80cm x 49,5cm)
- Oxygen Concentrator (dimensions: 107cm x 48cm)
- Air Cooler (dimensions: 64cm x 37cm)
- 1 SEAT Hyperbaric Chamber (dimensions: 185cm x 134cm)
- Air Compressor (dimensions: 80cm x 49,5cm)
- Oxygen Concentrator (dimensions: 107cm x 48cm)
- Air Cooler (dimensions: 64cm x 37cm)
Enhanced Healing and Recovery
- Promotes faster recovery from wounds, injuries, and surgeries by boosting oxygen supply to damaged tissues.
- Speeds up healing of skin grafts, burns, and diabetic ulcers.
- Supports recovery in athletes by reducing inflammation and muscle fatigue.
Improved Circulation and Oxygen Delivery
- Increases oxygen delivery to areas with poor blood flow.
- Stimulates new blood vessel formation (angiogenesis).
- Enhances collagen production, which is crucial for tissue repair.
Brain and Neurological Benefits
- May help in traumatic brain injury recovery by reducing brain swelling and improving cognitive function.
- Used as supportive therapy in stroke rehabilitation.
- Some studies suggest benefits for conditions like migraines, multiple sclerosis, and even autism (still under research).
Immune System and Anti-Inflammatory Effects
- Reduces inflammation throughout the body.
- Enhances white blood cell activity, strengthening the immune response.
- Can help fight certain infections, especially those caused by bacteria that thrive in low-oxygen environments.
Anti-Aging and Wellness
- Increases oxygenation at the cellular level, which may slow some effects of aging.
- Stimulates stem cell release, supporting natural regeneration.
- Promotes overall vitality, energy, and better sleep.
Specialized Medical Uses
- Essential in treating carbon monoxide poisoning and decompression sickness (divers’ disease).
- Used in managing radiation-induced tissue damage (e.g., after cancer treatment).
- Can improve outcomes in chronic conditions where tissues are starved of oxygen.
Enhanced Healing and Recovery
- Promotes faster recovery from wounds, injuries, and surgeries by boosting oxygen supply to damaged tissues.
- Speeds up healing of skin grafts, burns, and diabetic ulcers.
- Supports recovery in athletes by reducing inflammation and muscle fatigue.
Improved Circulation and Oxygen Delivery
- Increases oxygen delivery to areas with poor blood flow.
- Stimulates new blood vessel formation (angiogenesis).
- Enhances collagen production, which is crucial for tissue repair.
Brain and Neurological Benefits
- May help in traumatic brain injury recovery by reducing brain swelling and improving cognitive function.
- Used as supportive therapy in stroke rehabilitation.
- Some studies suggest benefits for conditions like migraines, multiple sclerosis, and even autism (still under research).
Immune System and Anti-Inflammatory Effects
- Reduces inflammation throughout the body.
- Enhances white blood cell activity, strengthening the immune response.
- Can help fight certain infections, especially those caused by bacteria that thrive in low-oxygen environments.
Anti-Aging and Wellness
- Increases oxygenation at the cellular level, which may slow some effects of aging.
- Stimulates stem cell release, supporting natural regeneration.
- Promotes overall vitality, energy, and better sleep.
Specialized Medical Uses
- Essential in treating carbon monoxide poisoning and decompression sickness (divers’ disease).
- Used in managing radiation-induced tissue damage (e.g., after cancer treatment).
- Can improve outcomes in chronic conditions where tissues are starved of oxygen.