Secant Medical™ works with you to develop biomedical textiles that meet device performance requirements. As the industry's most experienced provider of medical textile science solutions, Secant Medical designs and develops implantable fabric structures with innovation and precision, ensuring your specific medical device requirements are met.

Learn how implantable fabrics enhance your medical device designs.

The basics of custom implantable medical fabrics

Implantable medical fabrics are structures formed by traditional textile methods using biomaterials suitable for long-term implant in the body. Weaving, knitting, braiding or non-woven forming technologies are used to create implantable fabric structures using a broad spectrum of high-quality polymeric and metallic biomaterials.

Stringent post-process cleaning ensures that an implantable medical fabric structure is ready for implant and meets the biocompatibility standards according to ISO10993 testing requirements.

Implantable medical fabric flexibility and choice

To ensure your medical device design achieves performance requirements with precision, Secant Medical provides you with choice in a range of high-performance biomedical textiles, geometric and property options for custom implantable medical fabric structures.

Secant Medical produces structures from a diverse range of implantable materials including bioabsorbable polymers, PET, PP, PEEK, and metals such as Nitinol, titanium, and stainless steel for distinct mechanical properties that can be leveraged in custom designs.

Implantable fabric structures can be shaped into planar, tubular, and complex component geometries for flexible functionality, shape, behavior and performance characteristics.

Learn more about implantable medical fabrics from Secant Medical:

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

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

copyright © 2010 Secant Medical™

sitemap    :    terms & conditions   :   site by AWC