Our Capabilities At TEXMEDIX, we differentiate ourselves through our ability to integrate any combination of biomaterials into a single design, creating truly customized medical products. This innovative approach allows us to deliver highly tailored solutions that meet the specific requirements of different medical applications. At TEXMEDIX, we differentiate ourselves through our ability to integrate any […]
Overview Overview of Biomedical Textiles Biomedical textiles are engineered fabrics specifically designed for medical applications, ranging from external wound care to implantable devices. These textiles are developed using advanced techniques like weaving, knitting, and braiding, creating structures that meet strict biocompatibility and performance standards. Key Applications Implants: Textiles used in hernia repair, cardiovascular devices, and […]
Post Processing Post-processing and added value capabilities can significantly enhance the functionality and performance of biomedical textiles. Post processing capabilities Post processing capabilities Enhanced Durability Customization and Shaping Functional Integration Sawing Fabric shape setting Fabric laser cutting Post processing capabilities Enhanced Durability Sawing Customization and Shaping Fabric shape setting Functional Integration Fabric laser cutting […]
Weaving Custom biomedical textiles involve designing and manufacturing specialized fabrics that meet specific requirements for medical applications. For example, in TAVI or TAVR procedures the heart valve includes woven polyester fabric skirt that encourage tissue growth as well as solving paravalvular leaks. If you’re looking for specific weaving solutions for a biomedical textile project, it […]
Braiding Braiding is a specialized technique used in the fabrication of biomedical textiles, where multiple strands of fibres are interlaced diagonally to form tubular or flat structures. This method is ideal for creating products that require high tensile strength and flexibility, such as sutures, stents, vascular grafts, and ligatures. Braided structures are used today for […]
Knitting Knitting is a core technology in biomedical textiles, used to create flexible and elastic structures for medical applications. For example, knitted fabrics are used often in the left atrial appendage implant for two reasons: 1) To incorporate tissue growth to close the appendage. 2) To filter the blood until it is closed so the […]
Assembly & Fabrication Biomedical textile assembly and fabrication involve integrating and constructing textiles into functional medical devices or components. This structured approach ensures that biomedical textiles are effectively and safely integrated into medical devices, meeting both functional and regulatory requirements.