The O2 is a premium 2-person hard-shell hyperbaric chamber designed for professional recovery, wellness, and performance environments. Built from aviation-grade aluminum with a 40 mm safety door, it delivers stable and comfortable hyperbaric therapy at 2.0 ATA.
Comfort & Design
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Spacious two-seat interior with eco-friendly materials
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43” entertainment screen & soft LED lighting
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Quiet operation under 60 dB
Advance Technology
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22” intelligent touch control panel
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Real-time pressure monitoring
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Emergency stop & pressure-relief systems
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BIBS oxygen mask system for optimal oxygen delivery
High Performance Modular System
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Dual oxygen concentrators (20 L/min ×2, 93% purity)
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High-flow air booster (>400 L/min)
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Integrated air conditioning (2–10°C)
Ideal for : Sports centers, medical practices, wellness clinics, and high-end private users seeking clinical-grade hyperbaric performance with exceptional comfort.
Beschikbaar voor verhuur
Vanaf at 100,- € per week.
Altitude Training Sleeping Kit met
Queen Tent & GEN3 Altitude Generator
Advantages
Enhanced Recovery and Reduced Fatigue
HBOT helps accelerate recovery from intense exercise by increasing oxygen levels in the body. This reduces the build-up of lactic acid (which causes muscle fatigue and soreness) and improves the rate of muscle recovery.
Athletes may benefit from reduced recovery time between workouts or competitions.
Increased Oxygen Delivery to Tissues
During HBOT, the body absorbs more oxygen, which enhances tissue oxygenation. This can help in repairing micro-tears in muscles that occur during strenuous exercise, promoting faster muscle recovery and reducing the risk of injury.
Increased oxygen levels also allow for better cell regeneration.
Reduced Inflammation
HBOT has anti-inflammatory effects, which can be crucial for athletes dealing with acute or chronic injuries.
By reducing inflammation in soft tissues, joints, and muscles, athletes can experience pain relief and enhanced mobility, allowing them to
return to training sooner.
Injury Healing and Rehabilitation
One of the most significant applications of HBOT in sports is for treatment of sports injuries, such as sprains, ligament tears, muscle strains, fractures, and concussions. The enhanced oxygen supply aids in the reduction of inflammation, swelling, and bruising, accelerating the healing process.
HBOT is particularly useful for chronic non-healing injuries or conditions like compartment syndrome or tendon injuries.
Athletes in contact sports are particularly susceptible to concussions and traumatic brain injuries (TBI).
HBOT has been studied for its ability to reduce brain swelling and improve recovery following head injuries.
Increased oxygen delivery to the brain helps repair damaged brain cells, speeding up recovery from cognitive symptoms like dizziness, headaches and memory problems.
Improved Recovery from Concussions & Brain Injuries
Oxygen-rich environments created by hyperbaric chambers can also enhance the immune system, reducing the risk of inflections or illnesses in athletes who are undergoing heavy training regimens.
Faster wound healing and a stronger response can keep athletes healthier and more consistent in their performances.
Boosted Immune Function
While HBOT itself doesn't directly boost physical performance, the faster recovery times, reduced injury risks, and improved healing capabilities help athletes train more effectively, recover faster, and ultimately perform better.
Regular use of HBOT could help athletes maintain higher levels of performance with less downtime due to injury or fatigue.
Enhanced Overall Performance
By improving oxygen delivery to muscles and tissues, HBOT will enhance an athlete's endurance and ability to perform at intensities for longer periods. This is particularly beneficial for endurance sports like running, cycling and swimming.
Increased
Endurance
Hoe werkt het?
Hypoxie is het gevolg van de verlaging van de luchtdruk, die de partiële zuurstofdruk verlaagt, waardoor de overdracht van zuurstof door het membraan van de longen en dus in het bloed wordt verminderd.
Bij inademing van de lage hoeveelheid zuurstof die beschikbaar is reageren de hersenen door het lichaam te vragen de longventilatie te verhogen en de productie van rode bloedcellen aan te maken. Het zijn deze die zuurstof naar de weefsels transporteren, inclusief de spieren.
Als reactie op hypoxie gaat het lichaam dus extra rode bloedcellen aanmaken, die nadien in normale omstandigheden extra zuurstof kunnen transporteren doorheen het lichaam.
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