Sterile, freeze-dried composite of oxidised regenerated cellulose and collagen. Gels on contact with exudate. Inactivates proteases and protects growth factors. Has demonstrated haemostatic properties, and can be used under compression therapy.
All chronic wounds that are clear of necrotic tissue and visible signs of infection, including diabetic foot ulcers, venous leg ulcers, pressure ulcers, and mixed aetiologies ulcers
Known hypersensitivity to the components of this product. Discontinue if signs of sensitivity appear.
An ointment-like product containing refined natural resin from Norwegian spruce (Picea abies), which has been used as a traditional wound-care treatment in Finland for over 500 years. Creates a protective layer that enhances wound healing and inhibits bacteria (including MRSA) and certain fungi, helps prevent biofilm formation and promotes re-epithelialisation.
Conformable cellulose dressing with enhanced fibres for strengthening. Adapts to wound bed and transforms wound fluid into a soft gel to support healing and removal of non-viable tissue.
Prevents and treats wound infections and helps the wound-healing process.
Family of collagen dressings, uniquely formulated with oxidised regenerated cellulose (ORC), and with demonstrated haemostatic properties.
A highly adsorbent and flexible wound contact layer that provides an effective antimicrobial barrier to microbial contamination. Accelerates the wound healing process by entrapping and killing microbes on its surface, modulating proteases, and restoring the body’s natural trans-epithelial potential across the wound. Reduces odour, pain and exudate. Remains effective for 7 days.
A highly adsorbent, low-adherent, flexible, dual-sided wound contact layer that provides an effective barrier to microbial contamination. Accelerates the healing process by entrapping and killing microbes on its surface, modulating proteases and restoring the body’s natural trans-epithelial potential across the wound. Reduces odour, pain and exudate. Remains effective for 7 days.