Custom-designed biomedical textiles provide competitive advantages for medical device designs. Secant Medical™ designs and develops biomedical textiles with a proven, industry-leading textile engineering expertise, ensuring your medical device requirements are properly met. We create innovative, high-quality biomedical textile structures from a broad spectrum of biomaterials that meet or exceed the required physical, mechanical, and performance criteria of your custom designs. We ensure that the biocompatibility and the structure properties of the biomedical textile are best suited to your medical device design to speed your device to market and help you to innovate and transform medical therapies and minimize invasive surgical procedures.

Endless design options using biomedical textiles

Secant Medical has the unique ability to produce high-performing, flexible medical textiles from a diverse range of implantable materials. Polyesters, polyethylenes, polylactides, polyglycolides, polyarylretherketones, and even metals like stainless steel, Nitinol, and titanium each have distinct physical, functional and performance properties that can be leveraged to develop extremely versatile biomedical textiles. The versatility of these biomaterials and the variability of their properties and performance characteristics offer you endless design options and combinations.

Our medical textile engineering expertise and in-depth knowledge of the impact of material selection on device design helps you in optimizing your development process and time in defining the form and function of your medical device. Our collaborative approach to a design and development methodology allows you to innovate from design to device with precision, efficiency, quality, and flexibility.

Medical textiles in action

Biomedical textiles developed with Secant Medical's advanced processing techniques for implantable fabric structures provide numerous benefits across a variety of in-vivo application uses for orthopedics, cardiovascular, tissue engineering, general surgery and neurology. Design options include:

• Medical textiles can be engineered for a specific purpose, such as providing a scaffold for cellular in-growth or preventing tissue from growing into or through the fabric material.
• Custom-designed biomedical textiles structures can be compressed into small delivery instruments and then deployed during a procedure, or they can be designed with shape memory so they can return to a predetermined state after being implanted and perform specific functions.
• Medical textiles can also undergo shape transformation, enabling the material to be fitted, expanded, or actuated once placed inside a structure, a key advantage for procedures with limited space in which to operate.

Learn more about biomedical textiles for your medical device from Secant Medical:

• Textile Science
• Implantable Materials
• Quality Assurance
• Advanced Manufacturing

• Biomaterials Research
• Custom Designs
• Prototype Structures
• Engineer Collaboration

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