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Bone Substitute Equipment Supplied In Bulgaria
5 equipment items found
Manufactured by:EOS MEDICAL SOLUTIONS (EOSMED) based inSofia, BULGARIA
Biongraft Flex is composed of b-TCP and resorbable PLA based Synthetic Polymer.The polymer of the Flex is metabolite lactic acid and is degraded to CO2 and H2O. Biongraft Flex has a unique micro and macro porous structure that most closely resemble the architecture of natural human bone. It gradually dissolves in the body, promoting new bone formation through the release of calcium and ...
Manufactured by:EOS MEDICAL SOLUTIONS (EOSMED) based inSofia, BULGARIA
Biongraft is an injectable and formable paste bone graft based on hydrogel and Beta-tricalcium phosphate (β-TCP), including ZrO2 nanoparticles for antibacterial e?cacy. Biongraft is a safe and fully biocompatible material which is designed to act as an osteoconductive sca?old to support the ingrowth and fusion of adjacent viable bone when placed in an osseous environment .It also provides ...
Manufactured by:EOS MEDICAL SOLUTIONS (EOSMED) based inSofia, BULGARIA
Biongraft is a Beta Tricalcium phosphate(b-TCP) based porous bone graft substitutes including ZrO2 nanoparticles for antibacterial efficacy. The interconnectivity of porous structure and microporosity assist capillary motion of blood and body fluids, enhanced penetration for osteogenic cells, and ossification of the synthetic matrix. For macroporosity, Biongraft ...
Manufactured by:Medosis based inSofia, BULGARIA
Biongraft Flex is an advanced bone graft substitute designed primarily for dental applications, comprising beta-tricalcium phosphate (b-TCP) and a resorbable PLA-based synthetic polymer. This material gradually degrades to harmless byproducts, specifically carbon dioxide and water, facilitating a seamless integration with human physiology. The micro and macro ...
Manufactured by:Medosis based inSofia, BULGARIA
Biongraft offer bone graft substitutes based on Beta Tricalcium Phosphate (b-TCP) augmented with ZrO2 nanoparticles to enhance antibacterial properties. The implants are characterized by a porous architecture and microporosity facilitating capillary action of blood and body fluids. This structure supports enhanced penetration of osteogenic cells and ossification ...