With all the considerations necessary for wound healing, effective fluid management is key to success. On a day-to-day basis, exudate levels can fluctuate with the healing cycle, making it imperative for foam dressings to continue to provide consistent, reliable results. Thankfully, no matter what exudate level or viscosity you’re managing, you can count on Cutimed® family of dressings.


Cutimed® Siltec

Cutimed® Siltec has been developed to facilitate exudate management. On the one hand, the light tack silicone layer provides for light adherence to the surrounding skin and minimum discomfort whe...

Cutimed® Siltec Plus

Cutimed® Siltec Plus has been developed to facilitate exudate management. On the one hand, the gentle tack silicone wound contact layer provides for gentle yet secure adherence to the surrounding...

Cutimed® Hydro

Cutimed® Hydro is a range of sterile, self-adhesive hydrocolloid dressings including Cutimed® Hydro L, mainly for dry to lightly exuding wounds, and Cutimed® Hydro B for light to moderately exuding wo...

Cutimed® Alginate

Cutimed® Alginate is a calcium sodium alginate (80% calcium and 20% sodium) made out of natural seaweed. The alginate component enables the dressing to absorb up to 20 times its own weight in exudate....

Cutimed® Cavity

Cutimed® Cavity is a sterile foam dressing, made from hydrophilic absorbent polyurethane foam. It is soft, highly absorbent and conformable, creating the ideal environment for moist wound healing...

Cutimed® HydroControl

Cutimed® HydroControl is an innovative combination of a hydropolymer gel matrix and a highly breathable PU film.  This interaction of these two components results in good fluid handling capa...

Cutimed® Sorbion® Sachet S

Cutimed® Sorbion® dressings featuring Hydration Response Technology™ offer a unique combination of mechanically modified cellulose fibers and gelling agents, encased by a polypropylene outer layer. Th...

Cutimed® Sorbion® Sana Gentle

Cutimed® Sorbion® dressings featuring Hydration Response Technology™ offer a unique combination of mechanically modified cellulose fibers and gelling agents, encased by a polypropylene outer layer. Th...