Abstract
Abstract In this paper, we present our research dealing with the choice of the reference of compensation with respect to a given tolerance and the compensation tool trajectory in the milling process. The general purpose of our research is to compensate the tool deflection that occurs during the milling process. We consider it under two aspects : surface prediction generated by the tool deflection and surface prediction generated by the contact points between the cutting tool flute and the workpiece. These two aspects imply two different approaches to carry out the compensation method, called mirror method , which can generate a new tool trajectory. In order to compare these two approaches, we present some practical examples.
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