Using segmented CT and MRI image data, as well as optically captured surface data, we develop and evaluate virtual surgical planning methods. We analyse, simulate and optimise surgical procedures within the context of research and development projects.
In close collaboration with clinical partners and the medtech industry, we develop and validate digital tools, workflows and product concepts for the virtual planning and implementation of surgical scenarios. Our output includes proprietary design software and automation, virtual models, design studies and physical demonstrators.
Interactive simulation environments enable the manipulation of anatomical structures using virtual instruments, such as digital cutting or milling tools. This allows surgeons to examine and evaluate accessibility, positioning, reconstruction strategies and process flows in a realistic manner.
Our prototypes of templates, guides and instruments help translate virtual planning results into physical applications. Similarly, design and evaluation of implant-related solutions form an integral part of the virtual planning methodology.