Medical articles comprising a conformable wound dressing and delivery system. The wound dressing generally comprises a backing having a first major surface and a second major surface, an adhesive on the second major surface of the backing, and an absorbent pad proximate the second major surface of the backing. The backing extends beyond the perimeter of the absorbent pad, typically beyond the entire perimeter of the pad. The perimeter of the wound dressing has a concave feature that exhibits a local minimum. An axis extends from the local minimum to the perimeter of the wound dressing opposite the local minimum. The carrier overlies at least a portion of the backing on each side of the axis but does not overlie the backing along the axis. The wound dressing is especially designed for use on round or irregular shaped body parts, such as an elbow or heel.

A medical device for at least partially covering and applying force on tissue includes a body having a spanning structure and struts respectively connected to lateral portions of the spanning structure. Inner ends of the struts extend into an area over which the medial portion of the spanning structure extends. The medical device is reconfigurable between extended and retracted configurations. The inner ends of the struts are closer to one another in the retracted configuration than in the extended configuration. The inner ends of the struts are closer to the medial portion of the spanning structure in the retracted configuration than in the extended configuration. Each strut includes an engagement zone configured to engage and apply force on the tissue, at least while the medical device is in the retracted configuration. A web can be connected to the struts and span between the inner ends of the struts.

A breathable adhesive bandage, sticking plaster or plaster includes a fabric layer, a pad and an adhesive. The adhesive may provide only partial coverage of the fabric layer, allowing breathability. The pad and/or fabric layer may be formed from wool, such as merino wool. A backing may be applied to the adhesive layer.

An aerosol spray device includes a container having first and second fluid reservoirs disposed therein that are divided from one another. The first fluid reservoir holds a first mixture including a first aerosol propellant and a first part of a silicone based topical skin adhesive that is dissolved in the first aerosol propellant. The second fluid reservoir holds a second mixture including a second aerosol propellant and a second part of the silicone based topical skin adhesive that is dissolved in the second aerosol propellant. An aerosol spray dispensing system is connected with the container, which is configured to combine the first and second mixtures to form the silicone based topical skin adhesive and dispense the silicone based topical skin adhesive from the container as an aerosol spray.

A medical device and methods of applying a barrier product are described that allow for improved adhesion of a barrier product to skin in the area of a wound such as a stoma, fistula or other opening in human skin. The medical devices herein include a handle; a roller arm; and a roller head. The exterior surface of the roller head is configured to enhance adhesion of a barrier product to an area of mammal skin near a wound opening. Kits and other options are described for facilitating use of the medical devices by patients having wounds or medical professionals.

When thin-film dressings are used to secure a device, the dressing might need to stretch in some areas to accommodate varying sizes of a device, while remaining stiffer in some areas to limit stretching of the materials. Excessive stretching of the materials can cause the dressing to peel away from the skin or cause the underlying device to not be sufficiently secured. The disclosed dressing can be used to secure a device and includes perforations near the device securement area to allow for isolated regions of adjustability to accommodate a secure fit between the dressing and device.

A heat-shrinkable medical dressing structure for suture-free and scar-free wound closure, including a heat-shrinkable sheet portion and a non-heat-shrinkable sheet edge portion. The non-heat-shrinkable sheet edge portion is arranged along the bottom peripheral surface of the heat-shrinkable sheet portion and the two portions are fixed as one. The bottom surface of the non-heat-shrinkable sheet edge portion is provided with an adhesive layer. Shrinking force, produced when the heat-shrinkable sheet portion is heated, interworks with the adhesive edges so that wound closure is easily achieved without any sutures or secondary wounds. The heat-shrinkable medical dressing structure helps lessen pain and there will not be any scarring from sutures. It is easy to use and saves time and effort.

A skin-mountable device (10) is disclosed comprising a surface (11) carrying an adhesive layer (20) for adhering the device to a skin region (1) and a removable non-adhesive cover layer (30) shaped as a loop having a first loop portion (31) covering the entire adhesive layer and a second loop portion (35) returning over the first loop portion, the second loop portion containing a pull tab (37) for pulling the cover layer from the adhesive layer when the skin-mountable device is positioned on said skin region. Also disclosed is a method of affixing such a skin-mountable device (10) to a skin region (1).

A breathable adhesive bandage, sticking plaster or plaster includes a fabric layer, a pad and an adhesive. The adhesive may provide only partial coverage of the fabric layer, allowing breathability. The pad and/or fabric layer may be formed from wool, such as merino wool. A backing may be applied to the adhesive layer.

A wound closure device includes an elastic substrate and a plurality of microstructure arrays coupled to the elastic substrate via an adhesive layer. The device is long enough or wide enough to treat large wounds with the plurality of microstructure arrays distributed along a length of the wound.