O₂ Therapy System is an innovative wound care solution designed to support and accelerate the body's natural healing process by delivering concentrated oxygen directly to the wound site. Oxygen plays a vital role in wound healing by supporting cell metabolism, collagen production, and the formation of new blood vessels—key processes required for tissue repair and regeneration. By addressing localized oxygen deficiency (hypoxia),Therapy promotes healthy granulation tissue formation, supports infection control, and creates an optimal environment for healing.
Benefits of O₂ Therapy
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Accelerates wound healing and tissue repair
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Promotes collagen synthesis and new blood vessel growth
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Enhances granulation tissue formation
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Helps reduce bacterial burden and infection risk
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Improves oxygen delivery to compromised tissues
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Enhances patient comfort and wound appearance
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Safe, non-invasive, and easy to administer
Indications
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Diabetic foot ulcers
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Chronic non-healing wounds
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Pressure injuries
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Venous and arterial ulcers
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Post-surgical wounds
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Traumatic wounds
How it works?
During treatment, the wound site is enclosed within an oxyhood, and oxygen is delivered in a pulsatile manner. The concentrated oxygen, with its increased
molecular collisions, diffuses more efficiently into the interstitial fluids and is absorbed by the wound tissue. This high-pressure oxygen not only inhibits bacterial growth but also accelerates the healing process.
Why Choose Ncore O₂ Therapy?
The Ncore O₂ Therapy System delivers pulsatile oxygen flow within a closed chamber surrounding the wound, creating up to 30 oxygen changes during each one hour cycle. This continuous oxygen supply helps reduce infection and counteract hypoxia by enabling local oxygen diffusion into the wound tissue. The repeated oxygen changes also facilitate passive gas exhaust and regulate moisture levels inside the chamber. Together, these mechanisms optimize wound healing, minimize complications, and support faster recovery. The system represents a safe, reliable, and effective advancement in modern wound management.
