3M™ Tegaderm™ PICC-CVC Securement Device and Tegaderm™ I.V. Advanced are specifically designed to enhance securement of the device, helping to ensure the best possible experience and outcomes. The system is designed to stay in place for up to seven days, yet removes gently, delivering the…

Self adhesive absorbent surgical dressing. The backing allows showering and protects the wound from contamination.

Uniquely designed to minimize trauma, save nursing time and lower total dressing costs. Replaces non-adherent dressings, gauze and abdominal pads. Designed to minimize adherence and is more comfortable for patients during the between dressing changes. Its Anti-Shear Layer™ helps reduce friction and…

A soft, conformable, water-resistant, non-adherent island dressing that ensures patient comfort and immediate acceptability. It is an economical all-in-one tape and gauze product with a first-aid dressing application ready for aseptic application. The acrylic adhesive, evenly spread on the…

Designed to minimize adherence and save nursing time. Permeable and flexible, it can be used over most wound sites under an absorbent outer dressing. Made entirely from high-density polyethylene, it tears easily and uniformly in the direction of the grain for dressing customization. Can be used…

OASIS® Ultra Tri-Layer Matrix is composed of porcine small intestinal submucosa (SIS), a scaffold of extracellular matrix (ECM) that helps support the body's own tissue repair mechanisms by providing increases strength, which allows for easy handling, fixation, and application. Available for use…

Uniquely designed to minimize trauma, save nursing time and lower total dressing costs. Replaces non-adherent dressings, gauze and abdominal pads. Designed to minimize adherence and is more comfortable for patients during the between dressing changes. Its Anti-Shear Layer™ helps reduce friction and…

Optimal dressing for post-operative wound care. This sterile, island-style dressing provides a waterproof barrier, and aids in the prevention of bacterial contamination while allowing the skin to breathe. Wound drainage can be monitored through the clear film without removing the dressing,…

OASIS® Wound Matrix is an intact matrix naturally derived from porcine small intestinal mucosa (SIS), indicated for the management of wounds. No preperation required. Room temperature storage. Convenient for use in variety of settings, including outpatient and OR.

This high performance multi-layer sponge features a soft rayon/poly outer facing. It may add protection to the site while assisting in the healing process by offering fast wicking and enhanced absorbency.

Optimal dressing for post-operative wound care. This sterile, island-style dressing provides a waterproof barrier, and aids in the prevention of bacterial contamination while allowing the skin to breathe. Wound drainage can be monitored through the clear film without removing the dressing,…

Non-adherent to moist wound beds yet adheres ultra-gently to dry skin. Minimizes trauma and pain during dressing changes. Can remain in place for several days, which ensures undisturbed wound healing. Enables less frequent dressing changes. Manages exudate, thereby minimizing the risk of peri-wound…

Collagen Dressings have a unique mode of action for controlling MMP activity while optimizing either aspects of the wound environment.

Non-adherent to moist wound beds yet adheres ultra-gently to dry skin. Minimizes trauma and pain during dressing changes. Can remain in place for several days, which ensures undisturbed wound healing. Enables less frequent dressing changes. Manages exudate, thereby minimizing the risk of peri-wound…

A one sided version of Mepitel that utilizes the product benefits from Mepitel, but is easier to handle. Can be left in place for up to 14 days depending on the condition of the wound. This reduces the necessity for frequent primary dressing changes. The porous structure allows exudate to pass into…

Uniquely designed to minimize trauma, save nursing time and lower total dressing costs. Replaces non-adherent dressings, gauze and abdominal pads. Designed to minimize adherence and is more comfortable for patients during the between dressing changes. Its Anti-Shear Layer™ helps reduce friction and…

Low adherence to the wound. Helps maintain a moist wound environment. Minimizes the risk of maceration. Waterproof/bacterial barrier. Provides protection from contamination.

Mepilex® Heel with Safetac soft silicone technology is shaped to fit any heel so there is no need for measuring or cutting. Its high conformability ensures maximum skin contact over the entire dressing area. The Safetac layer provides a good seal to reduce the risk of maceration and minimizes the…

Mepilex® Heel with Safetac soft silicone technology is shaped to fit any heel so there is no need for measuring or cutting. Its high conformability ensures maximum skin contact over the entire dressing area. The Safetac layer provides a good seal to reduce the risk of maceration and minimizes the…

Uniquely designed to minimize trauma, save nursing time and lower total dressing costs. Replaces non-adherent dressings, gauze and abdominal pads. Designed to minimize adherence and is more comfortable for patients during the between dressing changes. Its Anti-Shear Layer™ helps reduce friction and…

Uniquely designed to minimize trauma, save nursing time and lower total dressing costs. Replaces non-adherent dressings, gauze and abdominal pads. Designed to minimize adherence and is more comfortable for patients during the between dressing changes. Its Anti-Shear Layer™ helps reduce friction and…

Skin-friendly, water-based adhesive. Low-adherent wound contact layer minimizes risk of adherence to the wound. Fluid-repellent backing. Easy-to-remove protection backing allows for convenient application. Air permeable.

Low adherence to the wound. Helps maintain a moist wound environment. Minimizes the risk of maceration. Waterproof/bacterial barrier. Provides protection from contamination.

Uniquely designed to minimize trauma, save nursing time and lower total dressing costs. Replaces non-adherent dressings, gauze and abdominal pads. Designed to minimize adherence and is more comfortable for patients during the between dressing changes. Its Anti-Shear Layer™ helps reduce friction and…

Uniquely designed to minimize trauma, save nursing time and lower total dressing costs. Replaces non-adherent dressings, gauze and abdominal pads. Designed to minimize adherence and is more comfortable for patients during the between dressing changes. Its Anti-Shear Layer™ helps reduce friction and…

Can be used in conjunction with medications such as silver nitrate to enhance healing and facilitate cleaner wound environment. Whether being used for debridgement or to dress a grafted area or donor site, these dressings are the highest quality burn dre

Uniquely designed to minimize trauma, save nursing time and lower total dressing costs. Replaces non-adherent dressings, gauze and abdominal pads. Designed to minimize adherence and is more comfortable for patients during the between dressing changes. Its Anti-Shear Layer™ helps reduce friction and…

An absorbent island dressing constructed with a heavy-duty absorbent pad and conformable, non-woven fabric adhesive backing. The porous structure of the Sontara® non-woven fabric ensures air and water vapor permeability. The fabric is stretchable, conform

Uniquely designed to minimize trauma, save nursing time and lower total dressing costs. Replaces non-adherent dressings, gauze and abdominal pads. Designed to minimize adherence and is more comfortable for patients during the between dressing changes. Its Anti-Shear Layer™ helps reduce friction and…

Sterile all-in-one island dressing that features a breathable soft cloth tape backing with a unique non-adherent pad.

Uniquely designed to minimize trauma, save nursing time and lower total dressing costs. Replaces non-adherent dressings, gauze and abdominal pads. Designed to minimize adherence and is more comfortable for patients during the between dressing changes. Its Anti-Shear Layer™ helps reduce friction and…