Our Technology Platforms
Home / Technology Platforms / Kalyptix®
Permanent Materials | Kalyptix® Technology
Our Kalyptix technology enables the development of permanent non-woven materials that remain stable and durable for long-term applications in the body. Our expertise in polymer selection and working with medical-grade polyurethanes, PET, and other non degradable polymers, enables us to deliver the best permanent materials for your application.
The Kalyptix technology offers precise material engineering to achieve The Kalyptix technology offers precise material engineering to achieve endure the long-term load and stress experienced at the implant site. The technology’s versatility enables the development of materials tailored to the required device function, including tissue integration, barrier functionality, and device deployment.
The technology integrates seamlessly with our Caladrix platform, enabling the addition of permanent non-woven coverings to stents, textiles, and other medical devices.
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 tissue integration and stability
Long-term load and stress endurance
Ideal for stent, textile, and long-term implant
Seamless tissue integrations enabled by fibre microstructure
Compatible with our biosynthetic Symatix
Control over material permeability and porosity
