Soft, sterile, non-woven pad or ribbon dressing composed of Hydrofiber (sodium carboxymethyl­cellulose). Absorbs wound fluid and transforms into a soft gel. Provides nine times stronger tensile strength and greater absorption compared with Aquacel.

Adhesive and non-adhesive sterile Hydrofiber foam dressings consisting of a waterproof outer polyurethane film and a multi-layered absorbent pad. The adhesive version has a silicone adhesive border. The multilayer absorbent pad contains a layer of polyurethane foam and a non-woven layer of Hydrofiber (sodium carboxymethylcellulose).

Sterile sodium carboxymethylcellulose and foam wound dressing consisting of a waterproof outer polyurethane film and layers of polyurethane foam, Hydrofiber (sodium carboxymethylcellulose) and perforated silicone adhesive

Adhesive sterile Hydrofiber foam wound dressing, consisting of a showerproof, breathable outer polyurethane film, a multi-layered absorbent central pad and a perforated silicone adhesive skin contact border. The multi-layer absorbent pad contains polyurethane foam, superabsorbent fibres and a Hydrofiber (sodium carboxymethylcellulose) wound contact layer.

Non-adhesive sterile Hydrofiber foam wound dressing, consisting of a showerproof, breathable outer polyurethane film and a multi-layered absorbent central pad. The multi-layer absorbent pad contains polyurethane foam, superabsorbent fibres and a Hydrofiber (sodium carboxymethylcellulose) wound contact layer.

Adhesive sterile Hydrofiber foam wound dressing, consisting of a showerproof, breathable outer polyurethane film, a multi-layered absorbent central pad and a perforated silicone adhesive wound/skin contact layer. The multi-layer absorbent pad contains polyurethane foam, superabsorbent fibres and Hydrofiber (sodium carboxymethylcellulose).

A superabsorber dressing that manages high levels of exudate, to maintain skin integrity and support healing by absorbing exudate through the skin contact layer, into the core which contains superabsorbent polymers where it locks the exudate into a gel. This means the fluid is retained, even under compression.

Sterile, non-medicated alginate dressing, consisting of calcium- and sodium-alginate.

A soft, hydrophilic, sterile, nonwoven, gel forming pad or ribbon dressing composed of sodium carboxymethylcellulose and enhanced fibers for strengthening.

A superabsorbent wound dressing with high tack silicone border for quick and easy application.

A superabsorbent wound dressing with enhanced absorption and retention capacity.

A superabsorbent wound dressing especially suitable for application on contoured body parts e.g. toes, heels, etc.

A superabsorbent wound dressing with outstanding absorption and retention capacity.

A superabsorbent wound dressing designed for use with catheters and drainages.

A superabsorbent wound dressing designed to fit large wound areas e.g. circumferential leg ulcer.

A superabsorbent wound dressing for atraumatic dressing changes and removal.

A bacteria- and fungi-binding wound dressing, based on Sorbact®- Technology, consisting of a DACC-coated wound contact layer combined with a superabsorbent core.

Exufiber is a sterile nonwoven dressing made from highly absorbent polyvinyl alcohol (PVA) fibres. Hydrophilic fibres attract, absorb and lock-in high levels of exudate, transforming into a soft, conformable gel. This helps to break down slough by promoting autolytic debridement, supporting a clean wound bed. Small spaces between the fibres result in less free fluid within the dressing, supporting fluid retention, even under compression, reducing the risk of leakage and maceration. In contact with wound exudate, Exufiber transforms into a gel that facilitates moist wound healing and ease of removal during dressing change. Exufiber absorbs and retains wound exudate. Exufiber is available both as pad and ribbon dressings.

A sterile, gelling fibre dressing made from carboxymethyl cellulose (CMC). The non-woven gelling fibres absorb exudate from the wound, turning them into a soft gel that maintains a moist wound management environment.

Comprises a soft, non-woven outer contact layers for comfort with a superabsorbent core to lock in exudate, bacteria and matrix metalloproteinases. The dressing also features a horizontal wicking layer and a heat-sealed border. Suitable for use under all forms of compression.

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.

A soft, highly absorbent, sterile, single use dressing made of calcium sodium alginate fibres. It creates a gel on contact with exudate or solutions containing saline. It does not adhere to the wound site upon removal when gelled and absorbs and retains wound exudate and has an haemosatic ability. Absorbent Alginate Dressing is highly absorbent, with a liquid absorption capacity of not less than 10 g/g. Absorbs large amounts of wound fluid. Forms a protective gel to support healing. Conforms to the wound bed and maintains contact. Supports autolytic debridement. Biocompatible and easy to remove in one piece.

A soft silicone foam dressing designed to minimise leakage and improve clinical outcomes. Its dimpled foam enhances fluid spread in all directions, even against gravity, ensuring superior exudate management and reducing maceration risk. Despite its thin profile, it effectively manages high fluid volumes and various exudate viscosities, suitable for all wound healing stages. Mepilex Up can be used under compression bandaging and in combination with gels.

A superabsorbent dressing with a fluid-repellent nonwoven backing, a core consisting of superabsorbent particles and a nonwoven wound contact layer. Mextra Superabsorbent absorbs wound exudate through the wound contact layer, retains the exudate within the core and reduce the risk for maceration. The fluid-repellent nonwoven backing acts as a barrier and prevents exudate strike-through. The soft border seal makes it comfortable to wear and conform to the contours of the body. Mextra Superabsorbent maintains its structure and integrity without becoming bulky once wound fluid has been absorbed. Mextra Superabsorbent can be used in conjunction with compression therapy for venous 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.

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.

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.

Polyabsorbent fibre dressing containing soft-adherent TLC-NOSF healing matrix that jellifies in contact with wound exudate, reducing MMP levels and restoring balance to close wounds sooner, regardless of wound type. The polyabsorbent fibres bind, trap and retain exudate, slough and debris. Also contains a superabsorbent layer and a silicone border with showerproof backing.

Polyabsorbent fibre pad containing soft-adherent TLC-NOSF healing matrix that jellifies in contact with wound exudate, reducing MMP levels and restoring balance to close wounds sooner, regardless of wound type. The polyabsorbent fibres bind, trap and retain exudate, slough and debris.