What is HBOT?
Hyperbaric oxygen therapy (HBOT) is a well-established clinical practice in which you breathe greater than 93% pure oxygen inside a pressurised chamber. That elevated pressure lets far more oxygen dissolve directly into your blood plasma than normal breathing ever could — flooding tissue throughout your body with the oxygen it needs to recover, repair, and perform.
More oxygen, under pressure.
Henry’s Law, simply put
Ordinarily, your red blood cells carry most of the oxygen around your body. Henry’s Law tells us that when the surrounding pressure increases, more gas dissolves into a liquid — so inside a pressurised chamber, far more oxygen dissolves directly into your blood plasma, the fluid that reaches every tissue.
Why pressure matters
Clinical hyperbaric therapy operates at a therapeutic pressure range — roughly the equivalent of descending 10 metres below sea level. That elevated pressure is what allows oxygen to saturate the plasma and reach areas that restricted blood flow would otherwise leave starved.
The result
HBOT increases oxygen delivery to tissues, which accelerates healing, reduces inflammation, and improves cellular repair. It has clinically demonstrated benefits for wound healing, recovery from injury, and overall physiological function, with emerging research showing improvements in sleep, cognition, and energy.
The science behind each benefit
A closer look at the science — and what each area means for you.
HBOT increases plasma oxygen tension, allowing oxygen to diffuse more effectively into mitochondria‑rich cells such as muscle fibres, fibroblasts and epithelial cells. This supports efficient ATP production and enhances overall cellular performance.
Efficient ATP production and cellular performanceHigher dissolved oxygen levels influence immune cells like macrophages and neutrophils, helping them regulate oxidative stress and maintain balanced inflammatory responses. This supports smoother recovery after physical or lifestyle strain.
A smoother, more balanced recoverySkin benefits as oxygen reaches keratinocytes and dermal fibroblasts, the cells responsible for renewal and collagen structure. Elevated oxygen availability supports natural turnover and tissue vitality.
Support for renewal and tissue vitalityHBOT enhances oxygen delivery to enterocytes and gut epithelial stem cells, which constantly regenerate to maintain digestive balance. This supports natural repair and a more resilient gut environment.
Support for natural repair and gut resiliencePressurised oxygen dissolves directly into plasma, allowing it to reach tissues with lower microcirculation and support muscle cells, connective tissue cells and vascular endothelial cells. This deeper oxygenation strengthens tissue integrity and resilience.
Deeper oxygenation and stronger tissue integrityThe brain’s neurons and glial cells benefit from increased oxygen availability, supporting clearer cognition and improved neural efficiency. Elevated oxygen tension also supports healthy signalling pathways and mental performance.
Clearer cognition and neural efficiencyOxygen‑rich plasma supports muscle fibres and connective tissue cells as they rebalance after exertion. This helps the body settle into a calmer, more restorative recovery state.
A calmer, more restorative recovery
What happens during a session
- 01
You enter the pressurised chamber
The chamber gradually increases to a comfortable pressure level — similar to what you might feel during takeoff in an airplane.
- 02
You breathe high‑purity oxygen
Inside the chamber, you inhale oxygen at greater than 93% purity, far higher than the ~21% found in normal air.
- 03
Pressure changes how your body absorbs oxygen
Under pressure, oxygen doesn’t just travel in red blood cells — it dissolves directly into your blood plasma. This is the key scientific mechanism behind HBOT.
- 04
Plasma carries oxygen deeper into the body
Because plasma can reach areas with lower circulation or higher demand, more oxygen becomes available to tissues that normally receive less.
- 05
Cells receive a richer oxygen supply
This elevated oxygen availability supports:
- Mitochondrial energy production (ATP)
- Cellular efficiency and resilience
- Natural recovery and repair processes
- Overall physiological performance
- 06
Your body uses the oxygen to function at its best
Nothing is forced — HBOT simply gives your biology more of what it already uses to operate, recover and perform.
The four elements of effective HBOT
Not all hyperbaric therapy is equal. Genuine results depend on getting four things right — together.
Time
A 60‑minute session provides enough sustained pressure and oxygen exposure for deeper tissue saturation and meaningful plasma oxygen uptake.
Frequency
HBOT works cumulatively; repeated sessions build higher plasma oxygen levels over time, supporting more consistent physiological benefits.
Pressure
Pressures of up to 2 ATA increase plasma oxygen tension significantly, enabling oxygen to diffuse deeper into tissues that normally receive less.
Oxygen
Our BIBS system delivers near‑pure oxygen, maximising absorption efficiency while maintaining the highest safety standards inside the chamber.
A standing place for Restoration.
Concentrated oxygen, considered pressure, and a private space to recover — book your first session, or find out how it works.