Post processor dedicated for digital control circular engravure machine and processing method of post processor

Abstract

The invention discloses a post processor dedicated for a digital control circular engravure machine, relating to a post processor and a processing method. The post processor comprises computer program software used for processing a G-code program file. The program software comprises functional modules working according to the following sequence: a module capable of putting a G-code program file required to complie into a storage, a module which complies the G-code program file and puts the complied G-code program file into the storage, a module which reads the complied G-code program file from the storage, a module which carries out conversion format processing on the G-code program file, a module which carries out data processing on the G-code program file, a module which carries out optimized processing on the G-code program file and a module which outputs the G-code program file. The rotation axis of a machine tool of which the triaxial digital control circular engravure machine is the Y axis and the rotation axis of a machine tool of which the four-axis digital control circular engravure machine is the A axis can be converted and automatically optimized without re-defining each rotation axis, thus achieving the effect on saving time and improving working efficiency and machining accuracy.

Description

technical field [0001] The invention relates to a post-processor and a processing method thereof, in particular to a post-processor and a processing method thereof for converting G code program files between the rotating axes of the machine tool movement axes of a CNC engraving machine. Background technique [0002] Existing CNC circular engraving machine tools generally have three to five axes. Since the rotation axes of machine tools with different numbers of axes are different, when using G code program files from three-axis machine tools to multi-axis machine tools or from multi-axis machine tools to three-axis When the machine tool uses the G code program file, it is necessary to request the redefinition of each rotary axis in the general post processor many times, generate a new G code program file, and provide it to the machine tool, and the G code redefined by the general post processor The code program file has not been optimized, the production is time-consuming, t...

AI Technical Summary

Problems solved by technology

[0002] Existing CNC circular engraving machine tools generally have three to five axes. Since the rotation axes of machine tools with different numbers of axes are different, when using G code program files from three-axis machine tools to multi-axis machine tools or from multi-axis machine tools to three-axis When the machine tool uses the G code program file, it is necessary to request the redefinition of each rotary axis in the general post processor many times, generate a new G code program file, and provide it to the machine tool, and the G code redefined by the general post processor The code program file has not been optimized, the production is time-consuming, the efficiency is obviously reduced, and the processing accuracy cannot be guaranteed

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