Soft and comfortable foam dressing used for a large range of acute and chronic wounds
It is suitable for wounds such as venous leg ulcers, pressure ulcers or diabetic ulcers
Minimises pain at dressing changes
Minimises the risk of maceration
Effective at managing exudate. For use on low to moderately exuding wounds
Optifoam Dressing
Optifoam Basic Dressings absorb exudate and provides a moist wound environment
Silicone border provides gentle adhesion
Soft, conformable and cushioning, makes it ideal for bony prominences and site care
Highly conformable border can be lifted and reapplied
Moisture vapor transmission rate (MVTR) adjusts to fluid level
Will not curl at edges
Highly absorbent
Helps create ideal healing environment
Waterproof outer layer protects wound and keeps bacteria out
Low friction and shear outer layer
Indications: pressure ulcers, partial and full-thickness wounds, legulcers, donor sites, lacerations and abrasions, skin tears, and first and second-degree burns
Contraindications: third-degree burns and lesions with active vasculitis
May be left in place for up to 7 days; Dressing change frequency will depend on amount of drainage
Opticell Gelling Fiber Wound Dressing
Opticell wound dressing uses a unique gelling Chytoform technology that allows the absorbent fibers of the dressing to transform into a clear and conformable gel
The unique gelling action helps manage drainage and remove dead, damaged and infected tissue from the wound, trapping it for later removal at the dressing change
The Chytoform technology wicks fluid only vertically, not laterally, helping to reduce the risk of periwound maceration
Opticell’s conformable and thin profile provides optimal contact with the wound
Although Opticell is designed specifically for moderate to heavily draining wounds, it can also be pre-moistened for effective use on dry or lightly draining wounds
Indications: Partial- and full-thickness wounds; 1st- and 2nd- degree burns; Diabetic foot ulcers; Venous stasis ulcers; Arterial ulcers and leg ulcers of mixed etiology; Pressure ulcers; Surgical wounds; Donor sites