Transparent Island Dressing
Medstock Transparent Island Dressing is a highly permeable polyurethane (PU) film dressing coated with a quality medical-grade acrylic adhesive and featuring a gentle fabric absorption pad.
Read moreNon-Stick Pad
Medstock Non-Stick Pad is an absorptive non-woven dressing suitable for a wide variety of wound types. It is made with a heat-laminated porous film skin contact layer that prevents it from sticking to the moist wound bed.
Read moreFabric Island Dressing
Medstock Fabric Island Dressing is a soft and comfortable adhesive dressing made of a highly breathable spunlace non-woven fabric and a gentle fabric absorption pad.
Read moreWound Closure Strips
Medstock Wound Closures are non-invasive, adhesive skin closure devices that are designed to provide comfortable support that facilitates quick wound closure.
Read moreTransparent Film Dressing (Extra Thin)
Medstock Transparent Film Dressing is a waterproof polyurethane (PU) adhesive film dressing designed to promote moist wound healing by retaining natural wound exudates as well as allowing excess exudate to evaporate.
Read moreMultipack Fabric Island Dressing
Medstock Fabric Island Dressing is a soft and comfortable adhesive dressing made of a highly breathable spunlace non-woven fabric and a gentle fabric absorption pad.
Read moreMultipack Transparent Island Dressing
Medstock Transparent Island Dressing is a highly permeable polyurethane (PU) film dressing coated with a quality medical-grade acrylic adhesive and featuring a gentle fabric absorption pad.
Read moreMultipack Non-Stick Pad
Medstock Non-Stick Pad is an absorptive non-woven dressing suitable for a wide variety of wound types. It is made with a heat-laminated porous film skin contact layer that prevents it from sticking to the moist wound bed.
Read moreMultipack Transparent Film Dressing (Extra Thin)
Medstock Transparent Film Dressing is a waterproof polyurethane (PU) adhesive film dressing designed to promote moist wound healing by retaining natural wound exudates as well as allowing excess exudate to evaporate.
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