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Permanent Materials | Kalyptix® Technology
Permanent electrospun materials for long-term implantable devices
The Kalyptix® platform for permanent electrospun materials is designed for applications where tissue integration, stability and durable device performance matter. It helps medical device teams develop implantable fibre structures, coverings and materials intended to remain in the body and support long-term function.
For cardiovascular, oral and maxillofacial, cell therapy and other implantable applications, Kalyptix® permanent electrospun materials are designed with development, validation, scale-up and manufacturing in mind.
Immune cell barrier (Kalyptix non-woven polyurethane) prevents cell infiltration into the material
Kalyptix Technology offers high control over material permeability and porosity
Kalyptix Technology offers high control over material permeability and porosity
Artificial cornea with a fibrous permanent skirt for optimised tissue integration
Cardiovascular Stent covered with Kalyptix material (thermoplastic polyurethane) for enhanced integration
The Kalyptix technology offers permanent implantable materials that seamlessly integrate with surrounding tissue. Non-woven Kalyptix scaffolds can support tissue integration directly into the material, replace damaged tissue long-term and provide mechanical strength or enhance the integration of long-term devices through durable coverings.
Kalyptix Technology Benefits
Permanent Material Performance Designed Around the Application – Designing electrospun materials to support long-term implant performance, tissue integration and device requirements
Long-Term Tissue Integration – Supporting tissue integration in and around electrospun structures to contribute to implant function over time
Durable Device Coverage – Creating permanent electrospun coverings designed to remain stable and support device performance long term
Controlled Porosity and Permeability – Tuning fibre architecture and material structure to control infiltration, fluid movement and barrier behaviour
Mechanical Stability – Designing materials around strength, flexibility and long-term load or stress requirements
Combination with Other Technology Platforms – Combining electrospun materials with layered, hybrid or multi-functional technology platforms
