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 would be helpful to outline the exact requirements and constraints of the application, such as mechanical properties, biocompatibility, or environmental factors.
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 would be helpful to outline the exact requirements and constraints of the application, such as mechanical properties, biocompatibility, or environmental factors.
Here’s an overview of some weaving solutions that we offer
Here’s an overview of some weaving solutions that we offer
Biocompatible Weaves
Ensuring the fabric does not cause adverse reactions when in contact with the body. This often involves selecting or treating fibres to meet strict biocompatibility standards.
Complex Weave Structures
Using advanced weaving techniques to create intricate patterns that can enhance functionality, such as reinforcing areas of a textile or providing specific mechanical properties.
Multilayer Weaves
Integrating multiple layers within a single textile to combine different properties, such as strength, flexibility, or absorbency.
Functional Coatings and Treatments
Applying coatings or treatments to the woven fabric to add properties like antimicrobial resistance, enhanced durability, or controlled release of therapeutic agents.
Customizable Weave Patterns
Tailoring the weave pattern to achieve specific performance characteristics or aesthetics required by the medical device.
Hybrid Materials
Combining traditional textile fibres with advanced materials (like metallic fibres or biodegradable polymers) to meet unique performance or environmental requirements.
Integration with Other Components
Weaving textiles that can be seamlessly integrated with other medical device components or systems.
Biocompatible Weaves
Ensuring the fabric does not cause adverse reactions when in contact with the body. This often involves selecting or treating fibres to meet strict biocompatibility standards.
Complex Weave Structures
Using advanced weaving techniques to create intricate patterns that can enhance functionality, such as reinforcing areas of a textile or providing specific mechanical properties.
Multilayer Weaves
Integrating multiple layers within a single textile to combine different properties, such as strength, flexibility, or absorbency.
Functional Coatings and Treatments
Applying coatings or treatments to the woven fabric to add properties like antimicrobial resistance, enhanced durability, or controlled release of therapeutic agents.
Customizable Weave Patterns
Tailoring the weave pattern to achieve specific performance characteristics or aesthetics required by the medical device.
Hybrid Materials
Combining traditional textile fibres with advanced materials (like metallic fibres or biodegradable polymers) to meet unique performance or environmental requirements.
Integration with Other Components
Weaving textiles that can be seamlessly integrated with other medical device components or systems.