McKesson Skin Closure Strips are designed to provide superior wound closure and security. They are made of a macro-porous, non-woven polyamide material with pressure-sensitive adhesive. Available in non-reinforced and reinforced formulations.

Step into comfort with POGO^®, the only athletic shoe with Aircore^™ Insoles—three times thicker for all-day cushioning. A removable peg system enables customized offloading, reducing pressure and maximizing relief.

Shur-Strip® is a wound closure strip to help keep lacerations, surgical incisions and other wounds closed following suture/staple removal.

Skin Affix™ is a sterile, high viscosity liquid topical skin adhesive used to close simple lacerations, wounds, and minimally-invasive surgical incisions.

StayStrips™ Wound Closure Strips are flexible, porous strips with a reliable, hypoallergenic adhesive that allows skin to breathe while providing general wound support. Comfortable and conformable.

Sterile Wound Closure Strips are adhesive backed, thin, non-woven, reinforced fibers arranged in a bilateral pattern for high tensile strength.

Suture Strip® Plus Flexible Wound Closure Strip is made of a macroporous, non-woven polyamide with pressure-sensitive adhesive. Reduces tension blisters associated with rigid strips.

Suture Strip® Wound Closure Strip is an economical wound closure strip with dynamic adherence made of a non-woven material. Reduces tension blisters associated with rigid strips. Not made with natural rubber latex.

SYLKE® Adhesive Wound Closure is made from 99.9% non-immunogenic, medical-grade silk fibroin, offering a biocompatible, breathable, and water-resistant closure that gently yet securely adheres to the skin. Unique 360° stretch mimics the natural elasticity of skin, allowing for movement without compromising the wound closure. Up to 14 days of wear time, even on dynamic areas like joints.

Zip Surgical Skin Closure is a non-invasive skin closure device that replaces sutures, staples, and glue and is used for skin closure on a variety of procedures.