Health Starts from Within

Marlborough's only 2.0ATA Hard Shell Chamber

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Accelerated Healing

Increases oxygen delivery to damaged tissues, speeding up recovery from injuries and surgery. 

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Cognitive Clarity

Enhances mental focus and reduces “brain fog” by revitalizing cerebral blood flow.

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Immune Support

Strengthens the body’s immune response and helps fight off resistant infections

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Athletic Performance

educes lactic acid buildup and inflammation, allowing for faster training turnarounds.

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Normal Atmospheric Pressure – 1.0 ATA

This is the pressure at sea level. Breathing air at this pressure allows for standard oxygen delivery, where nearly all oxygen is carried by hemoglobin in red blood cells, with very little dissolved in the blood plasma.

Oxygenation: Standard physiological oxygen delivery.

Therapeutic Effect: None that is considered HBOT. Breathing pure oxygen via a mask at 1.0 ATA increases tissue oxygenation, but it does not achieve the deep, widespread penetration effects of elevated pressure.

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Mild Hbot or MHbot – 1.3 ATA – 1.5 ATA

Effect Category: Impact at 1.3 – 1.5 ATA

Primary Mechanism: Moderate increase in the amount of oxygen dissolved in the blood plasma (according to Henry’s Law), enabling oxygen to reach tissues with poor blood flow more effectively than at 1.0 ATA.

Therapeutic Depth:Provides moderate support for general wellness, anti-aging, and mild recovery. Research suggests benefits for cognitive function and reduction of some inflammatory markers, but the effects may take longer to achieve.

Angiogenesis: Moderate stimulation of new blood vessel growth and stem cell release.

Adverse Effects: Considered very safe; risks of oxygen toxicity (like seizures) are negligible. The main side effect is still barotrauma (ear or sinus pain) due to the pressure change. 

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Minimum Clinical Hbot – 2.0 ATA

2.0 ATA is the pressure at which many of the FDA- and UHMS-approved indications for hyperbaric oxygen therapy are treated (while breathing nearly 100% oxygen). This pressure is required to achieve the necessary physiological changes for serious medical conditions.

Effect Category: Impact at 2.0 ATA

Primary Mechanism: Significant increase in dissolved blood plasma oxygen (it is high enough to sustain life even without red blood cell hemoglobin). This is the key to treating conditions like severe anemia and carbon monoxide poisoning.

Therapeutic Depth: Provides the necessary force to drive oxygen deep into severely damaged, infected, or poorly perfused tissues. It is essential for:

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What a Hyperbaric Chamber does..

Effects on Red Blood Cells

In a Hyperbaric oxygen chamber, the increased pressure forces oxygen to dissolve directly into the blood plasma.. 

Bypasses Necessity:

Normally, oxygen must bind to red blood cells. In a pressurized chamber, oxygen levels in the liquid plasma rise so high that they can sustain the body even if red blood cell counts are critically low (as in severe anemia)

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Carbon Monoxide Clearance:

The pressure helps physically “push” carbon monoxide off red blood cells, allowing them to carry oxygen again.

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Improves Deformability:

Research suggests that high-pressure oxygen therapy can make red blood cells more flexible, helping them flow through narrow or inflamed capillaries more easily.

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Reaching “No-Go” Zones:

The Benefit: Plasma is a liquid. When it is saturated with oxygen, it can seep into tiny spaces and pass through blockages that red blood cells cannot. This keeps tissues alive even when the “main roads” are closed.

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