Optifoam® Gentle Post-Op is a silicone faced and bordered post-operative foam dressing with superabsorbent core and flexible design.

Optifoam® Gentle SA is a silicone faced foam and border dressing with superabsorbent a core.

Optifoam® Gentle helps ease the pain and trauma of dressing changes. Featuring a specially-formulated silicone adhesive that helps keep it in place, the absorbent core absorbs and retains fluid, and helps prevent shear, and frictions.

Optifoam® Gentle Silicone Faced Foam Non-Bordered is a non-bordered silicone faced foam dressing.

Optifoam® Non-Adhesive Dressing is constructed of a thin foam backing over hydrophilic foam pad, which expands as it absorbs. Waterproof, non-adhesive.

Optifoam® Thin is a thin, low profile, non-bordered adherent foam dressing.

OptiLock® is a super absorbent polymer core dressing which locks in drainage under compression. Will protect skin from maceration.

Acrylic adhesives are indicated for use on short or long term dressings requiring good anchorage and high breathability such as for IV securement, negative pressure wound therapy, traditional wound dressings and wearable telemetry.

Hydrogel wound dressing sheets are three-dimensional networks of cross-linked hydrophilic polymers that are insoluble in water and interact with aqueous solutions by swelling. These dressings help maintain a moist wound healing environment, promote granulation and epithelialization, and facilitate autolytic debridement. Because of the high water content of hydrogels, they typically cannot absorb large amounts of exudate. Hydrogel dressings are also available in amorphous form and impregnated in gauzes or nonwoven sponges.

Polyurethane adhesives form a thin and flexible wound covering. Polyurethane adhesive dressing provide a soft wound covers composed of cross-linked polymers reinforced with or bonded to mesh or fabric. These dressings can be used in woundcare and wearable dressing products requiring extended wear, high breathability and lower trauma than traditional acrylic adhesives.