An effective and user-friendly solution for securing non-critical medical tubes made of silicone, PVC, and silicone-coated latex, ranging from 6 to 24 French. It is gentle on the skin and is specifically designed to aid in the prevention of pressure ulcers and medical adhesive-related skin injuries (MARSI). An easy-to-use, pre-cut, silicone-based solution to help keep medical tubes and catheters secured to the skin. The device has a silicone-based adhesive that provides securement. Its unique construction allows for strong securement while being able to gently release from skin, helping reduce the risk of Medical Adhesive Related Skin Injury (MARSI). The product is provided sterile and is not made with natural rubber latex.

The Nasogastric Securement Device is designed to deliver reliable securement to help keep nasal feeding tubes and other tubes delivering therapy via the nose in place. This solution helps support pressure ulcer prevention practices and minimises the risk for medical adhesive-related skin injury (MARSI). Easy-to-use transparent adhesive securement solutions to help keep nasogastric tubes in place. Their strong but gentle adhesive can stand up to the unique environmental challenges of the nose while providing an appropriate level of securement for patients. The unique design, including a non-adhesive blocking zone, allows the tube to hang freely to help minimize contact with the naris and, along with its clear construction, allows site visibility for skin assessments

Kerrapro Pressure Reducing Pad, made from 100% silicone, is incredibly hardwearing, allowing the pad to reduce pressure effectively while being reused throughout treatment. Kerrapro Pressure Reducing Pads effectively redistribute this pressure,1* dissipating it over the pad to protect the skin from pressure ulcers. References 1. KCI. CHCR026-Pressure testing of KerraPro using electronic pressure transference apparatus.

Advanced therapeutic shoe with a breathable upper material, a black EVA insole and an abrasion-resistant outer sole. Secured with two fully adjustable upper Velcro straps for patient comfort and safety.

A shoe system comprising a therapeutic shoe and an insole. The insole, which is 18mm thick, combines Poron, Plastazote and multifoam, and has easily removable pegs to allow selective offloading. The insole is placed into the therapeutic shoe, which has a breathable upper material and an abrasion-resistant outer sole. The shoe is secured with Velcro straps. Replacement insoles are available.

Therapeutic shoe with a breathable material upper, a black EVA insole and an abrasion-resistant outer sole. It is secured with Velcro straps.

Highly absorbent polyurethane foam dressing with semipermeable film backing layer and adhesive border. Comprises four layers for high fluid absorption. Adapts to changing fluid levels in the wound to create a moist environment that promotes healing. The dressing is conformable and designed for easy application to difficult body contours, such as toes and fingers, without the need for cutting or taping.

Highly absorbent polyurethane foam dressing with semipermeable film backing layer. 3M logos indicate upper surface of dressing. Available in a variety of sizes and styles. Suitable for use under compression. Special shapes available for tube exit sites and circumferential leg ulcers.

Alginate dressings that helps to maintain a moist wound healing environment in medium to heavily exuding wounds. The dressing is highly conformable, soft, absorbent, sterile, primary wound dressing. In reaction with wound exudate, it forms a gelatinous mass which maintains a moist healing environment. The high-integrity design helps to provide structure to the dressing upon removal.

Comprises a soft, non-woven outer contact layer with a superabsorbent core to lock in exudate, bacteria and matrix metalloproteinases. The dressing also features a horizontal wicking layer. It is secured with an outer foam layer that is coated with an acrylic adhesive border.