The RFS™ (Resorbable Fixation System) Screw and Pin System is constructed of oriented bioresorbable polymer poly (L-lactic/co-glycolic acid PLGA copolymer 85L/15G). These polymers have a long history of safe medical use and degrade in vivo by hydrolosis into an alpha hydroxyl acids that are metabolized by the body.
OsteoCure™ Wedges, Plugs, and Bead Kits allow extremities surgeons to fill bone voids with a uniquely strong and resorbable material. PolyGraft® is the first 100% resorbable composite scaffold material available for tissue incorporation and remodeling. Its hydrophilic properties and interconnected porosity enables absorption of blood, bone marrow cells and proteins to promote healing. OsteoCure's surgical grade calcium sulfate products are the most widely accepted material for bone void healing.
Pyrolytic carbon (pyrocarbon) is gaining widespread acceptance for use in orthopedics due to its excellent biocompatibility, extremely low friction coefficient, and high resistance to wear. Pyrocarbon also has a bioelastic modulus quite similar to bone, making it an ideal material for orthopedic implants. Our proprietary method of pyrocarbon and metal mating — a ground-breaking feature never before possible with pyrocarbon implants — provides optimal articulation combined with proven implant fixation. This innovative technology supports our intention to advance the applications of pyrocarbon in orthopedics.
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