Bioengineered skin substitutes or dressings

Dermagran®-B Hydrophilic Wound Dressings provides a primary cover, filler or both for wound deficiencies, which absorbs wound exudate and creates a moist, mildly acidic environment to facilitate wound healing. Available as an impregnated gauze or tub

Dermagran®-B Hydrophilic Wound Dressings provides a primary cover, filler or both for wound deficiencies, which absorbs wound exudate and creates a moist, mildly acidic environment to facilitate wound healing. Available as an impregnated gauze or tub

Proven to be effective at reducing skin flora. Clear, allowing continuous visualization of insertion site.

Proven to be effective at reducing skin flora. Clear, allowing continuous visualization of insertion site.

Oil emulsion blend impregnated into open mesh, knitted fabric dressing. Non-adhering to wound site.

Oil emulsion blend impregnated into open mesh, knitted fabric dressing. Non-adhering to wound site.

Light whipped texture that applies like a crème and performs like an oil. The consistency and workability allows for a smooth and silky glide while being easily absorbed into the skin.

Designed to maintain strong tracings and solid adhesion even after electrode has been removed and replaced on patient skin. Quality performance and durability; for ICU/CCU, emergency, surgery, cath lab, radiology use.

Enriched with olive oil, arnica extract, and a blend of jojoba, sesame and grape seed oil (Therapeutic Touch Massage Oil also includes coconut oil). The lasting glide is great for deep tissue modalities.

A novel honey-based dressing for lightly to moderately exuding wounds. The dressing contains 80% Active Leptospermum Honey, can be used to cover a shallow wound or fill a deep wound (non-adhesive version only), and provides a moist environment conduc

Penetrates deep within the layers of skin and gives a clean absorption. Perfect for sports massage, deep tissue, neuromuscular and trigger point modalities.

Proven to be effective at reducing skin flora. Clear, allowing continuous visualization of insertion site.