SYMATESE
3 products found

SYMATESE products

Model Nevelia - Dermal Regeneration Template

NEVELIA® dermal regeneration template is used to reconstruct the dermis following a skin loss. NEVELIA® dermal regeneration template is used to reconstruct the dermis following a skin lossNEVELIA® dermal regeneration template is a sterile medical device consisting of a collagen layer to promote dermal regeneration and a reinforced silicone layer acting as a pseudo-epidermis.

Model COLLAPAT II - Collagen Medical Device 

COLLAPAT®II is a collagen medical device containing hydroxyapatite used as bone substitute in orthopaedics, spine surgery and in maxillo facial surgery and odonto-stomatology. COLLAPAT® II is a bone void filler presented in a sponge form. It is composed of a collagen structure in which ceramised hydroxyapatite granules are dispersed. The granules of hydroxyapatite give the material its osteoconductive properties. The hydroxyapatite is slowly resorbed. As a collagen medical device, COLLAPAT® II its strong haemostatic power and is completely resorbable in a few weeks. The collagen type I is extracted from bovine dermis. The manufacturing procedure comprises stages recognized to inactivate viruses and non-conventional transmissible agents such as Prions.

Model Hemotese - High Capacity Hemostatic Pad

Absorbable hemostat for haemostatic procedure during surgery with than 800 000 products manufactured per year and CE approval since 2003. Hemostatic pad made from non-denatured, freeze-dried, resorbable native collagen type I, extracted from calf hides. Our absorbable hemostat , preserves its integrity in a damp atmosphere, allowing our hemostatic pad to be handled easily during application. HEMOTESE® is a high capacity hemostatic pad , as the manufacturing process keeps the helicoidal structure of the collagen intact. In its native form, collagen has a specific effect on haemostasis. When bovine collagen type I comes into contact with platelets, it causes them to cluster and form clots of fibrin. In vitro tests were conducted on the blood of 3 donors to evaluate the performance of HEMOTESE® compress compared to a reference product made of oxidized regenerated cellulose.