MEDCu Technologies
MedCu Technologies is an innovative company specializing in copper-based wound dressings and face masks. They leverage the antimicrobial properties of copper to develop high-performance medical products, including dressings that are FDA and CE cleared, and copper-infused face masks. With over 15 years of research and worldwide patents, MedCu aims to improve wound care and infection control globally.
Industries
Nr. of Employees
small (1-50)
Patents
Method for prevention and reduction of skin stasis with compositions and materials comprising copper compounds
US-12097216-B2
View Details
Method for prevention and reduction of skin stasis with compositions and materials comprising copper compounds
US-12097216-B2
View DetailsProducts
Copper-impregnated multilayer wound dressings
Single-use wound dressings with an internal absorbent layer and one or two external non-woven, non-adherent layers impregnated with copper oxide; available in multiple sizes and configurations, including adhesive contour and three-layer formats for deep wounds.
Copper-impregnated spunbond fabric (for masks and textiles)
Non-woven spunbond fabric with embedded copper microparticles intended for use in face masks and other textile products to provide antiviral, antibacterial and antifungal activity while remaining compatible with existing manufacturing processes.
Copper Dressing
MedCu copper wound dressing SKU size 10x10 cm with pad size 5x5 cm (4x4 inches, pad 2.5x2.5).
MedCu Copper Dressing 3C-1012-01
Copper-impregnated antibacterial wound dressing designed for advanced chronic wound care.
Two Layers Antibacterial Dressing with Copper
Copper layer on both sides of the dressing to optimally care for cavity, tunnel, and deep wounds. Available as ribbon filler and larger cut-to-fit dressings.
Copper Mask
Face masks incorporating copper-based technology to provide antimicrobial protection.
Copper-impregnated multilayer wound dressings
Single-use wound dressings with an internal absorbent layer and one or two external non-woven, non-adherent layers impregnated with copper oxide; available in multiple sizes and configurations, including adhesive contour and three-layer formats for deep wounds.
Copper-impregnated spunbond fabric (for masks and textiles)
Non-woven spunbond fabric with embedded copper microparticles intended for use in face masks and other textile products to provide antiviral, antibacterial and antifungal activity while remaining compatible with existing manufacturing processes.
Copper Dressing
MedCu copper wound dressing SKU size 10x10 cm with pad size 5x5 cm (4x4 inches, pad 2.5x2.5).
MedCu Copper Dressing 3C-1012-01
Copper-impregnated antibacterial wound dressing designed for advanced chronic wound care.
Two Layers Antibacterial Dressing with Copper
Copper layer on both sides of the dressing to optimally care for cavity, tunnel, and deep wounds. Available as ribbon filler and larger cut-to-fit dressings.
Copper Mask
Face masks incorporating copper-based technology to provide antimicrobial protection.
Services
Provision of copper-treated non-woven spunbond fabric designed to integrate into standard mask production lines to impart antiviral, antibacterial and antifungal properties.
Collaboration and publication of clinical studies, randomized trials, case reports and conference posters to evaluate copper-treated dressings in multiple wound types.
Provision of copper-treated non-woven spunbond fabric designed to integrate into standard mask production lines to impart antiviral, antibacterial and antifungal properties.
Collaboration and publication of clinical studies, randomized trials, case reports and conference posters to evaluate copper-treated dressings in multiple wound types.
Expertise Areas
- Advanced wound care products
- Antimicrobial and antiviral textiles
- Medical device regulatory compliance (FDA, CE, ISO 13485)
- Clinical research in wound healing and wound-care interventions
Key Technologies
- Copper oxide microparticle impregnation
- Modification of spunbond non-woven fabric
- Embedding microparticles during fiber/substrate production
- Antimicrobial/antiviral textile technology