OSTEOPLASTIC MATERIALS OF THE "bioOST" SERIES
Depending on the residual content of the inorganic phase, the bioOST bone matrix is produced with or without collagen. During demineralization bone growth factor proteins sewn with hydroxyapatite are opened. This provides the osteoinducing properties of the matrix. The mineral-collagen matrix demonstrates both osteoconductive and background osteoinductive properties, which allows to achieve the highest quality results. The heat-treated material does not contain collagen. This matrix is a ceramized hydroxyapatite of animal origin (granules of biological apatite and amorphous calcium phosphate in the "natural ratio"). This material has osteoconductive properties and high enough strength. It allows to form the necessary volume of bone regenerate.
COLLAGEN MEMBRANES «bioPLATE»
BioPLATE series membranes are represented by three products. BioPLATE Barrier - the classic two layer bioresorbable barrier membrane , necessary for sinus lifting, GTR therapy - has excellent physical and mechanical properties and reliably provides a barrier function. The second product - bioPLATE Contur - has similar biological and barrier properties, but is characterized by high indicators of stretchability and elasticity. The product is designed for more convenient performance of "pulling" techniques. The third product - bioPLATE Matrix — a unique development —extracellular membrane based on extracellular matrix, does not form scars and adhesions, after implantation is "populated with cells" of the recipient, is used for healing periodontal defects, for augmentation of soft tissues, closing the recession, increasing the volume of keratinized gums.
PINS FOR FIXING MEMBRANES
Universal application system for fixing the apical ends of barrier membranes. The universal design allows to use pins in any, even the most difficult clinical situation. They are a hybrid between a screw and a pin. Due to the thread on the rod, the pin is better fixed in the bone tissue and it is easy to remove it after a period of regeneration.