Cortland Biomedical
Cortland Biomedical develops advanced braid, knit, and woven textile solutions for implantable and non-implantable MedTech devices. Combining specialized textile engineering and manufacturing, the company supports innovation across cardiovascular, robotic surgery, orthopedic, and various other clinical applications.
Full-Service Medical Textile and Cable Engineering, Development, and Manufacturing Partner
Cortland Biomedical provides specialized medical textile engineering, development, and manufacturing services for innovative medical devices. Core capabilities include: textile formation, including braiding, knitting, and weaving, as well as post-processing, fabrication, and assembly.
The company offers agile prototyping to support the development of custom textile structures tailored to demanding clinical and performance requirements. Cortland Biomedical works closely with OEMs to engineer implantable and non-implantable textile solutions, including braided cables, sutures, tapes, meshes, grafts, sheaths, tethers, and more.
With in-house R&D, material expertise, ISO 13485-compliant quality systems, and scalable manufacturing operations, Cortland Biomedical helps OEM teams reduce technical risk and transition from concept through commercialization faster.
The Cortland Biomedical Difference: Custom Textile Structures for Complex Device Challenges
MedTech teams rely on Cortland Biomedical to solve the toughest device design challenges. Moving beyond standard products, the company engineers custom textile structures that are integral to device performance, functionality, and clinical outcomes.
Its combination of braiding, knitting, and weaving technologies enables highly tailored solutions for demanding minimally invasive and implantable applications.
Customers engage Cortland Biomedical not only as a credible manufacturer, but as an agile partner that translates performance requirements into optimized textile architectures. Supported by a culture of curiosity, material science expertise, and experience across endovascular, structural heart, electrophysiology, robotic surgery, orthopedic, and other advanced medical device markets, overcome your design constraints and bring next-generation technologies to market faster.
