Profiling laser engraving machine and 3D laser engraving method

Abstract

The invention discloses a profiling laser engraving machine and a 3D laser engraving method. The profiling laser engraving machine comprises a laser device component, an X-axis horizontal moving driving part, a connecting plate, a Y-axis horizontal moving driving part, an X-axis rotating driving part, a Y-axis rotating driving part, a clamp platform and a truss. The X-axis horizontal moving driving part is fixed to the truss and is connected with the connecting plate; the Y-axis horizontal moving driving part is fixed to the connecting plate and is connected with the laser device component; the X-axis rotating driving part and the Y-axis rotating driving part are fixed to the truss; the X-axis rotating driving part is in driving connection with the clamp platform; and the Y-axis rotating driving part is in driving connection with the clamp platform. According to the profiling laser engraving machine, through one-time clamping, engraving or cutting of five faces of a part can be completed, and different patterns, figures, texts and other contents can be engraved or cut on the different faces; and engraving is more convenient and rapid, working efficiency is higher, and the condition that only the planes can be engraved is changed

Description

technical field [0001] The invention belongs to the field of mechanical equipment, and in particular relates to a laser engraving machine and a 3D laser engraving method. Background technique [0002] The traditional laser engraving machine consists of a workbench and a laser system. When engraving, the parts are installed on the positioning fixture, and the laser engraves fixed text content and fixed positions on the surface of the object. The processing is relatively simple. If you want to complete multi-faceted engraving, you must use multiple sets of fixtures to position the parts multiple times. Due to the multiple positioning of the parts, the progress will decrease and the work efficiency will be low. Engraving requires multiple laser equipment to engrave in groups to improve its working efficiency. The equipment adjustment cycle is long and the engraving accuracy is poor, which are common problems in existing production. Contents of the invention [0003] In view...

AI Technical Summary

Problems solved by technology

The processing is relatively simple. If you want to complete multi-faceted engraving, you must use multiple sets of fixtures to position the parts multiple times. Due to the multiple positioning of the parts, the progress will decrease and the work efficiency will be low. Engraving requires multiple laser equipment to engrave in groups to improve its work efficiency

The equipment adjustment cycle is long and the engraving accuracy is poor, which is a common problem in existing production

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