Cardiology and Endovascular Devices

Test and evaluation environments based on large animal models enable testing under realistic conditions at early stages of development without requiring ethical approval

Hydrogels, with or without cells, serve as highly realistic tissue-mimicking models for preclinical testing and training

Biomedical research services – from sample preparation and bioprinting to analysis

AI-supported use and generation of cardiological data improve the availability of training and validation data for preventive and diagnostic applications in medicine

3D-printed blood vessel models enable realistic flow simulations for medical intervention training and the development of endovascular medical devices