In the field of advanced wound care, innovation is key to transforming patient outcomes, and our cutting-edge solution combines two powerful therapies—Negative Pressure Wound Therapy (NPWT) and Topical Oxygen Therapy—into a single system that accelerates the healing process. Negative Pressure Wound Therapy uses controlled suction to improve blood flow, remove excess exudate, and create an optimal environment for tissue regeneration, while topical oxygen therapy promotes granulation tissue formation and directly addresses localized hypoxia, a major barrier to healing in chronic wounds. By integrating these complementary therapies into one advanced solution, the system supports faster healing, reduces the risk of infection, and enhances overall recovery time for patients.
Product Description
nCore O2 Vac: Advanced Wound Therapy with NPWT and Oxygen
NPWT device, the nCore O2 Vac, is built for wounds that will not close. A wound that will not close changes everything for a patient: mobility, confidence, and how long recovery takes. We built the nCore O2 Vac to give clinicians a faster path forward, combining two proven wound therapy approaches in a single, easy-to-use device.
What Is the nCore O2 Vac?
The nCore O2 Vac is an NPWT device that combines Negative Pressure Wound Therapy (NPWT) with topical oxygen therapy in one system. We designed it for diabetic foot ulcers, pressure ulcers, and post-surgical wounds that need more than standard dressings can offer.
How Does This O2VAC Wound Therapy Work?
Our nCore O2VAC NPWT device applies controlled suction to pull excess fluid from the wound bed, boost blood flow, and draw wound edges together. It also delivers oxygen straight to the tissue, addressing the localized hypoxia that stalls healing in chronic wounds. A 2021 review in Seminars in Plastic Surgery cites animal research showing NPWT increased granulation tissue formation by more than 60% compared with gauze dressings. Tissue oxygenation, along with exudate management, reduces infection and promotes granulation and healing.
Who Is the nCore O2 Vac For?
We built this NPWT device for clinicians managing complex, slow-healing wounds. It suits diabetic foot ulcers, pressure ulcers, and post-surgical wounds where standard care has plateaued, giving care teams one device instead of two separate systems to manage, calibrate, and clean side by side.
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Features
- Accelerated wound healing through dual-therapy action
- Enhanced infection control via continuous exudate removal
- Improved direct tissue oxygenation for chronic wounds
- Reduced inflammation and edema
- Lightweight, compact design built for easy transport between bedside and clinic
- Built-in alarm keeps every session secure and monitored
- Control unit runs up to 3 hours on lithium-ion battery for uninterrupted care
Technical Specification
| Input voltage | 12V DC |
| Power consumption | 24W |
| Maximum working current | 2A |
| Maximum pressure | -250 mmHg |
| Working pressure | Up to -220 mmHg |
| Display | LCD |
| Operating temperature | 10-50°C |
| Operating humidity | Below 95% |
| Electrical classification | Class II |
| Battery runtime | Up to 3 hours, fully battery operated |
| Battery type | Lithium-ion |
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What is the difference between NPWT and topical oxygen therapy?
NPWT uses controlled suction to remove fluid and pull wound edges together, while topical oxygen therapy delivers oxygen directly to tissue to address hypoxia. The nCore O2 Vac combines both mechanisms in one wound therapy device, so clinicians treat circulation and oxygenation issues together instead of running two separate systems.
Which wounds is the nCore O2 Vac used for?
The nCore O2 Vac is built for diabetic foot ulcers, pressure ulcers, and post-surgical wounds that have not responded to standard dressings. Its combined NPWT and oxygen therapy approach target chronic, slow-healing wounds where circulation and tissue oxygen levels need extra support.
How long does the nCore O2 Vac run on battery?
The nCore O2 Vac’s control unit runs up to 3 hours on a lithium-ion battery, giving clinicians flexibility for bedside use or patient transport. A built-in alarm alerts staff if pressure drops or the seal breaks, keeping therapy sessions monitored and secure.
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