Blanks of vascular prostheses

Raw prosthetic joint components manufactured through proprietary VACUCAST foundry investment casting process. Provides consistent metallurgical quality as foundation for finished prostheses.

Knitted textiles engineered for implantable medical devices, providing biocompatible fabric substrates for vascular grafts, hernia repairs, and soft tissue reinforcement. These technical textiles offer controlled porosity and mechanical properties essential for integration with biological tissues.

Custom implantable and non-implantable textile components engineered from advanced biomaterials for cardiovascular, orthopedic, neurovascular, and general surgery applications. Combines polymer integration, prototype design, and manufacturing scale-up to support medical device innovation from concept through commercialization.

Engineered textile materials for vascular grafting applications with optimized hemodynamic properties. These biocompatible materials support vessel reconstruction and bypass procedures with appropriate mechanical compliance.

Custom-engineered vascular graft components utilizing advanced textile and polymer technologies for cardiovascular applications. Designed to meet specific biocompatibility and hemodynamic performance requirements.

Specialized textile-based materials for surgical implantation in visceral and spinal applications. Engineered to provide biocompatibility and mechanical performance for long-term surgical support.

Innovative vascular graft materials for vascular reconstruction procedures. Designed to provide durable and biocompatible vascular repair.

Bioengineered artificial blood vessels for vascular reconstruction and bypass applications. These grafts provide durable alternatives to natural vessels with improved biocompatibility.

Biocompatible textile scaffolds designed for bladder augmentation and reconstruction procedures. These materials support urothelial regeneration with appropriate compliance and durability for urinary storage.

Textile-based components for vascular plug devices used in cardiovascular interventions. Engineered to provide appropriate hemostasis and biocompatibility.

Vascular access systems manufactured with high-grade biocompatible materials minimizing infection risk and tissue rejection. Designed for safe long-term implantation in clinical settings.