CoolMagic^™ is a 90:10 water-polyethylene formula absorbs triple its weight in drainage, instantly cools nerve endings to reduce pain, and creates an optimal moist healing environment.

Elasto-Gel^® Wound Dressing is an occlusive dressing that can absorb excess exudate and help maintain a moist healing environment. The gel dressing may be used as padding.

Gentell Honey Hydrogel Sheet Dressings are sterile, semipermeable wound dressings containing 30% medical-grade honey, an acrylic polymer gel and water with a polyurethane film backing. They are indicated for chronic wounds such as pressure ulcers, venous, arterial and diabetic ulcers and acute wounds such as donor sites, surgical wounds, cuts and abrasions. These dressings are sterile and latex free, and may be cut to fit the size of the wound as needed.

Kendall^™ Hydrogel Dressing has a unique disc shape that resembles wound margins, aiding in conformability. High absorbent capacity and high MVTR aid in excess fluid management.

MEDIHONEY® Hydrogel Sheet Dressing (Non-Adhesive) contains 100% active Leptospermum honey in combination with a hydrocolloid gelling agent. Supports the removal of necrotic tissue and aids in wound healing. For wounds with light amounts of exudate. Non-traumatic removal. Sterile.

SilvaSorb® Antimicrobial Silver Dressing features a hydrogel sheet with silver that combines controlled-release ionic silver with advanced fluid management. Effective antimicrobial protection for up to 7 days.

SOLOSITE® Conformable Wound Gel Dressing is a hydrogel impregnated dressing on a soft, non-woven gauze pad. Water-swellable formula absorbs excess exudate, allowing fewer dressing changes. Non-cytotoxic, non-sensitizing.

Spand-Gel™ Hydrogel Dressing Sheets are indicated for first- and second-degree burns, dermabrasions, head and neck reconstructive surgery and radiation-induced dermatitis.

TenderWet® Active is a super absorbent polymer gel covered with knitted fabric and pre-activated with Ringer's solution. Creates an interactive, rinsing action for autolytic debridement.