A high-efficiency processing method for a full-automatic multi-head drill-milling machine

Abstract

This invention relates to the field of automation control technology, specifically a highly efficient machining method for a fully automatic multi-head drilling and milling machine. Step (1) involves placing the metal plate to be machined on the machine tool's platform and synchronizing the position information of the metal plate in the central control console. Step (2) involves setting machining parameters in the central control console according to machining requirements, including the cutting range value, gantry translation speed, and drilling and milling head running speed. Step (3) involves setting file parsing rules based on the imported machining DXF file to obtain the corresponding DXF parsing file. Step (4) involves the central control console configuring efficient machining rules based on the DXF parsing file and automatically planning the optimal path for processing. This solution can automatically identify user-defined points based on the user-drawn DXF file, and simultaneously control the movement of the gantry and four machine heads based on the identified points, selecting the optimal path for processing while avoiding head collisions.

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