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Cellular Bone Matrix
AMatrix is a next-generation viable bone matrix allograft designed to aid in bone regeneration and healing while serving as an effective alternative to autograft. Through advanced cellular bone technology and proprietary processing, AMatrix preserves the native biological components of bone and delivers consistent regenerative potential. Its cohesive, moldable structure allows for confident handling and precise placement, while a ready-to-use format helps streamline surgical workflow.
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Features
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Features
- Osteoinductive Potential - Endogenous growth factors are exposed and preserved through a demineralization procedure.
- Osteoconductive - Trabecular cancellous structure and interconnected fiber matrix create a strong scaffold.
- Moldability - Elongated cortical fibers with cross-sectional geometry creates an allograft that is easily moldable for surgical placement.
- Efficiency - No rinsing or graft preparation required. Easily thawed in a room temperature water bath.
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Features
- Osteoinductive Potential - Endogenous growth factors are exposed and preserved through a demineralization procedure.
- Osteoconductive - Trabecular cancellous structure and interconnected fiber matrix create a strong scaffold.
- Moldability - Elongated cortical fibers with cross-sectional geometry creates an allograft that is easily moldable for surgical placement.
- Efficiency - No rinsing or graft preparation required. Easily thawed in a room temperature water bath.