Multi-Technology Biofabrication System

Integration of complementary biofabrication technologies in a single system.

The FYSCON Multi-Technology Biofabrication System integrates electrospinning, melt electrowriting and extrusion-based bioprinting within one configurable manufacturing environment.

By combining these complementary technologies, researchers can fabricate hierarchical structures containing nanoscale fibrous features, precisely organized microfibers and three-dimensional deposited materials within a single workflow.

This enables the development of advanced multi-scale and multi-material scaffolds in which structural organization can be controlled across different length scales.

The system is designed as a modular solution and can be configured according to the customer's research requirements. Process modules, material delivery systems, motion control, collectors, build platforms, monitoring systems and other components can be adapted to the intended application.

This makes the system particularly suitable for advanced biofabrication, tissue engineering, regenerative medicine, biomaterials research and the development of complex hierarchical scaffold architectures.

By integrating several fabrication methods into one system, researchers gain greater flexibility to investigate structures and material combinations that are difficult to access using a single manufacturing technology.

One system. Multiple technologies. Engineered around your research.