Tools are checked against the model, machine and clamps to avoid collisions. In addition to endmills or bullnose endmills, conical tools can now also be used for arbitrary stock roughing. In practice, this means that parallel walls are recognised as grooves and their centre contour is displayed. HyperMill's pocket feature recognition now also detects grooves in open and closed pockets with bottoms. As a result, they can be checked for collisions early in the machining calculation process. Surface models can now be used for stock definition in the 2011 version of hyperMILL in the context of arbitrary stock roughing and material removal simulation.Ĭlamps are managed as a separate element within the job list and can be managed and imported independently of the part model. Stock contours can be generated from the surface models and solids of any CAD model. Before machining begins, hyperMill helps the user with intelligent and dynamic stock definition.
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