Instrument Monitoring and Feedback
When directly driven tools are used in minimally invasive surgery, the natural feedback channel of direct force coupling between the surgeons hand and the tool tip is lost. In addition, the lack of direct vision to the location of the intervention, complicates the surgical work even further.
In collaboration with Research Area 3 (Sensors), we work on substitution of lost senses by technical means. By giving haptic feedback via a hand grip or offering tactile information from a surgical caliper, the work flow and decision loop for the surgical actions can be closed again.

Improvement of tools and instruments for dental surgery
We focus on improvement of high speed tools with rotation speed up to 400.000 rpm. By thorough selection of materials in combination with ground breaking design engineering, life time of turbine is enhanced significantly. Intervention conditions for users and patients are improved and quality of procedures performed is augmented.

