CNC laser engraving integrated machine tool

Abstract

The invention discloses a CNC laser engraving integrated machine tool. The CNC laser engraving integrated machine tool comprises a main frame, a machining head, a protective cover and a device bin; the main frame is a frame defined by a metal structure; a machining table is arranged at the bottom of the main frame; a ball screw is arranged within the scope of an area defined by the main frame andis fixedly connected to the opposite side walls of the main frame; a C-shaped groove is formed in the back side of the machining head, and the machining head is arranged on the ball screw through theC-shaped groove, can move along the ball screw and comprises a spindle motor; the spindle motor clamps a tool; the machining head further comprises a laser module; and the laser module is arranged onthe side wall of a clamping part of the motor in parallel and is used for positioning and engraving.

Description

technical field [0001] The invention relates to an engraving machine tool, in particular to an integrated engraving machine tool combining laser engraving and CNC engraving. Background technique [0002] Both CNC engraving machine tools and laser engraving machine tools have become very popular, but the close combination of the two to achieve product processing is relatively small. In order to apply the processing characteristics of the two to a certain type of product, it is often necessary to position the laser engraving machine first. In the future, the product will be carved, and then moved to the CNC engraving machine for processing. At this time, repeated positioning is required. There are also products that replace the motorized spindle with a laser module before engraving. It is not easy to replace the spindle with laser, and the positioning is not accurate. [0003] On the other hand, CNC engraving machine tools and laser engraving machine tools often need to manua...

AI Technical Summary

Problems solved by technology

[0002] Both CNC engraving machine tools and laser engraving machine tools have become very popular, but the close combination of the two to achieve product processing is relatively small. In order to apply the processing characteristics of the two to a certain type of product, it is often necessary to position the laser engraving machine first. In the future, the product will be engraved, and then moved to the CNC engraving machine for processing. At this time, repeated positioning is required

There are also products that replace the electric spindle with a laser module before engraving. It is not easy to replace the spindle with laser, and the positioning is not accurate.

[0003] On the other hand, CNC engraving machine tools and laser engraving machine tools often need to manually adjust the movement of the machine tool spindle (laser module) during use to realize the positioning of the machining origin, which requires a lot of energy and time for the operator, and the positioning effect It varies from person to person, and the final product processing effect is average, but consumables and time are wasted

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