2021•Journal of Physics Conference SeriesOpen access

Interactive Learning and Application of Virtual Simulation Machining of CNC Machine Tools based on VERICUT

Xiaolei Li, Yang Can-yu, Wei Li

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Abstract

As a powerful numerical simulation software, VERICUT set processing, precision testing and simulation of machine Settings, process optimization, the cutting and residual contrast functions in one, can let the user experience to the machining tool path and the occurrence of various collision, can be a change in time, avoid to cause unnecessary loss. In this paper, the existing vertical machining machine VMC850, processing a convex table parts, and further introduce the specific functions of VERICUT.

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What this paper is about

As a powerful numerical simulation software, VERICUT set processing, precision testing and simulation of machine Settings, process optimization, the cutting and residual contrast functions in one, can let the user experience to the machining tool path and the occurrence of various collision, can be a change in time, avoid to cause unnecessary loss. In this paper, the existing vertical machining machine VMC850, processing a convex table parts, and further introduce the specific functions of VERICUT.

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Available abstract

As a powerful numerical simulation software, VERICUT set processing, precision testing and simulation of machine Settings, process optimization, the cutting and residual contrast functions in one, can let the user experience to the machining tool path and the occurrence of various collision, can be a change in time, avoid to cause unnecessary loss. In this paper, the existing vertical machining machine VMC850, processing a convex table parts, and further introduce the specific functions of VERICUT.

Key concepts: Numerical control, Machining, Table (database), Computer science, Residual, Process (computing), Engineering drawing, Virtual machine

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