Cortland Biomedical has significantly advanced its medical textile engineering capabilities by investing in new flat and round-flat-round braiding technologies, enabling more precise and innovative design solutions for medical device manufacturers. The expanded braiding capabilities offer enhanced customization for orthopedic and sports medicine applications, particularly in tendon and ligament repair. Flat braiding provides exceptional control over width and thickness, allowing for flexible yet robust structures capable of effectively distributing and bearing mechanical forces.
Round-flat-round braiding introduces unique design possibilities by enabling seamless transitions between different braid geometries. This technology optimizes load distribution and mechanical properties, creating opportunities for next-generation medical devices. The specialized technique even allows for needle attachment to round sections, potentially expanding device functionality. Wesley Conger, engineering director at Cortland Biomedical, emphasized the strategic importance of this investment, noting that the new braiders expand design possibilities for their customers and demonstrate the company's commitment to meeting evolving medical device industry needs.
These new capabilities complement Cortland Biomedical's existing expertise in braiding technologies, including low and high-density braiding and branch braiding. By offering a comprehensive range of biomedical textile technologies including braiding, weaving, and knitting, the company continues to support original equipment manufacturers (OEMs) in driving medical device innovation. The expansion represents a significant technological advancement in medical textile engineering, potentially enabling more sophisticated, less invasive medical devices across various surgical applications. By providing greater flexibility and precision in textile design, Cortland Biomedical is positioning itself as a critical innovation partner in the medical device development ecosystem.
