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3D-Simulationssystem für die Bohr- und Fräsbearbeitung

: Kwok, S.H.; Potthast, A.

ZWF CIM 86 (1991), Nr.6, S.286-290
ISSN: 0932-0482
Fraunhofer IPK ()
Fräsbearbeitung; Geometriemodell; Kollisionskontrolle; NC-Programm; simulation

3D-simulation system for boring and milling. Increasing model variety and reduced product lives call nowadays for production system enabling smaller and smaller batches to be cost-effectively manufactured with high productivity and quality. This is only possible by flexibly automating the production process. An important aspect in this context is the shortening of the setting-up time. High cutting and feed rates as well as sealing off the work area in the case of numerically-controlled machine tools make it more difficult for machine operators to visually monitor the machining cycles. For this reason the verification of newly prepared NC programs directly at the machine-tool takes up considerable time and can lead to damage to the machine. The selective application of 3D-simulation system in boring and milling work allows setting-up times to be minimized. The authors describe a dynamic simulation system for boring and milling at the Institute for Production Plant and Design Technology (IPK), Berlin.