Abstract
Freeform surfaces are machined in many different methods. In this research, Z-level finishing machining tool path generation method is studied. The machining strategy by separating the freeform surface into horizontal area and vertical area by the maximum slope angle of the surface inclination create best possible surface finishing. Four different tool motion patterns: zigzag, offset, spiral, and morphing are compared in terms of machining time, rapid machining length, and feed machining time. Tool path generation pattern setting can machine the complex surface in an efficient way with good quality.
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