We aim to develop a robotic device for tooth preparation enabling a fully digital treatment workflow. One of the main challenges will be to design this mechanism respecting the size restrictions while achieving a high milling torque. To ensure that the mechanism you develop will fit into the overall robotic device
being developed, you will collaborate closely with the other project members and be part of a bigger team working on this robotic device. Further details can be found in the attached project description.
We aim to develop a robotic device for tooth preparation enabling a fully digital treatment workflow. One of the main challenges will be to design this mechanism respecting the size restrictions while achieving a high milling torque. To ensure that the mechanism you develop will fit into the overall robotic device being developed, you will collaborate closely with the other project members and be part of a bigger team working on this robotic device. Further details can be found in the attached project description.
The goal of this project is to develop a miniature milling mechanism that allows high-speed revolution (200K-450K rpm) of a milling tool.
Recommended working package: - Requirements analysis: analyzing the requirements for the miniature milling mechanisms, - Literature research: research on existing milling mechanisms and identify feasible milling mechanisms and actuation principles, - Designing: designing a miniature milling mechanism, - Production and commissioning of the prototype, - Evaluation: evaluation of the performance of the developed prototype with respect to the specified requirements
The goal of this project is to develop a miniature milling mechanism that allows high-speed revolution (200K-450K rpm) of a milling tool. Recommended working package: - Requirements analysis: analyzing the requirements for the miniature milling mechanisms, - Literature research: research on existing milling mechanisms and identify feasible milling mechanisms and actuation principles, - Designing: designing a miniature milling mechanism, - Production and commissioning of the prototype, - Evaluation: evaluation of the performance of the developed prototype with respect to the specified requirements