Author(s)

Dominik Dahlmann, Nesrine Sassi, Berend Denkena

Institute of Production Engineering and Machine Tools, Leibniz University of Hanover, Hanover, Germany.

Nowadays, the productivity of ultra-precision machining is fundamentally limited by low feed rates because of the required accuracies in the nanometre range. An increase in motion dynamics leads to disturbances that affect the toolpath’s accuracy. Existing control concepts are not able to reliably detect and compensate the deviations caused by increased dynamics. This paper compares modelling approaches for ultra-precision positioning systems aiming to predict and compensate occurring deviations.

Ultra-Precision, Modelling, Compensation

Dahlmann, D. , Sassi, N. and Denkena, B. (2016) Approaches for Detailed Modelling of Ultra-Precision Positioning Systems. Modern Mechanical Engineering, 6, 44-50. doi: 10.4236/mme.2016.61005.