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International Journal of Innovative Research and Development, Vol 4, No 8 (2015), Pagination:
Abstract
For an injection moulding die casting moulds cavity and core plate is designed and simulated using different tool paths. The aim is to find out the better surface finish tool path using robot simulation results in reducing human errors and uniform surface finish. In this paper modeling and machining is done by Unigraphics NX 9.0 and generated a CNC tool paths. This CNC tool path is converted to Robot path and imported to KUKA robot. A felt polishing bobs tool is fixed to the end effectors 10mm Dia and 100mm length. Through simulation the robot polishing is done.
For an injection moulding die casting moulds cavity and core plate is designed and simulated using different tool paths. The aim is to find out the better surface finish tool path using robot simulation results in reducing human errors and uniform surface finish. In this paper modeling and machining is done by Unigraphics NX 9.0 and generated a CNC tool paths. This CNC tool path is converted to Robot path and imported to KUKA robot. A felt polishing bobs tool is fixed to the end effectors 10mm Dia and 100mm length. Through simulation the robot polishing is done.
Keywords
Die casting moulds, UNIGRAPHICS NX, Design, CNC tool path, KUKA robot
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