Research and Development of Intelligent Programming Technology of LGMazak Turning Center

Ze Hong Sheng; Wan Hong Xu; Wen Hui Wang; Yong Xiang Li

doi:10.4028/www.scientific.net/KEM.621.588

Paper Titles

Research of Drives of Power Amplifiers of Magnetic Levitation Servo Spindle Applied to Micro EDM Based on FPGA
p.564

Research on NC Technologies of Loxodromic Normal-Arc Bevel Gear
p.570

Research on Simulation of Non-Orthogonal Multi-Axis NC Machining and Post-Processing Technology Based on the Coordinate Transformation
p.576

Research and Development of Integrated Production Management System of Manufacturing Enterprises
p.582

Research and Development of Intelligent Programming Technology of LGMazak Turning Center
p.588

Research and Implementation of a Fast Image Segmentation Algorithm Based on SRG
p.594

Real Time Monitoring System of Heat Treatment Intelligent Workshop
p.599

Research on Real Time Monitoring of Carbon Deposition Engine Mixed Gas Removal Process
p.605

Temperature Field Numerical Analysis of Machining Process Based on the Finite Element Analysis
p.611

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Research and Development of Intelligent Programming Technology of LGMazak Turning Center

Abstract:

In order to fit the intelligent development of NC programming system, through in-depth study to master the internal structure and structural principle of NC turning center, this paper developed the innovative NC programming model using common G-code based on its original MAZATROL conversational programming capabilities, and further implements the G-code programming model embedded into its specified MAZATROL conversational programming model, which not only can reflect the versatility of the common G-code programming model, but also can bring into play simple and easy maneuverability of MAZATROL programming model; Finally, by running NC program to perform the trial turning test on NC turning center, the test results verify that the nested NC programming model developed by this paper can effectively solve the tedious and error-prone manual NC programming problem, which greatly reduces the programming and debugging time, improves utilization of NC machine tools, and ultimately has brought significant economic benefits. Therefore, the research results of the paper will provide a simple and effective and practical way to improve the programming efficiency, and have important application value to further enhance the programming intuitive research of NC turning center.