Superabsorbent wound dressing designed to fit large wound areas (e.g., circumferential leg ulcers).

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.

Versatile range of dermal matrices with varying resorption profiles allowing wound coverage and tissue deposition for the duration that is required. An extracellular matrix (ECM) derived from porcine urinary bladder matrix (UBM), it provides an environment that supports new tissue formation and wound healing. It is acellular, minimally processed, non-crosslinked and completely resorbable, and it is associated with a modified inflammatory response.

A single-use, single-application, acidic, dehydrating gel intended for topical application to debride and remove biofilm and necrosis from the wound surface. Application time is up to 60 seconds, following which the gel needs to be removed from the skin by rinsing with saline or water and rubbing dry with sterile gauze.

Pad for debridement of fibrinous slough and challenging wounds. The new textured beige side makes it easy to loosen firmly adherent fibrinous slough. The original white soft side removes debris, exudate and biofilm from the wound. Flexibility to use either side of the pad dependant on the wound condition and patient need.

Debridement device with a head made from polyester, using patented Monofilament Fibre Technology secured to a polypropylene handle. NICE technologies guidance (MTG17) states that the case for using this dressing on acute and chronic wounds in the community is supported by the evidence.

Fragrance-free, non-greasy, viscous skin protectant containing dimethicone. Protects against moisture-associated skin damage related to incontinence.

Gel tissue adhesive with two applicators.

Garments and tubular sleeves made from medical-grade, sericin-free silk protected by a non-migrating antimicrobial