The complexities of bone grafting and fusion have led to the development of biomaterial technologies to treat a broad range of orthopedic conditions. Secant Medical is an expert in merging advanced biomaterials with biomedical textile technologies to offer alternative orthopedic medical device design options.
Biomedical textile structures offer the potential for design possibilities as a critical component in bone grafting to support the repair of bones fractures, to help fusion between vertebre, or provide structural support for fractures of the spine. The benefit of using textile components over other biomaterials is the intrinsic ability of the biomedical textile structure to form new tissue using the body's cellular response to the ordered fabric architecture. With the future of orthobiologics focused on complete biologic repairs and regenerative techniques, using fabric-based biomaterials offers innovative advantages unmatched by existing invasive materials.
Orthopedic biomaterial textile structures can be formed via the major textile engineering technologies: weaving, knitting, and braiding. Each of these fabric-forming processes produces geometries with unique properties that a design engineer can leverage in order to facilitate a certain set of physical and mechanical properties required for the specific device form and function.
Our expertise in engineer-to-engineer collaboration for developing biomedical textiles for orthopedic applications is unmatched.
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An innovative leader in biomedical textiles development, Secant Medical can help you solve your orthopedic device design challenges
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