A laser embroidery machine

Abstract

The invention discloses a laser embroidery machine. The laser embroidery machine comprises two upright posts, a cross beam, a laser assembly, a smoke-absorbing protecting assembly and a driving assembly, wherein the two upright posts are arranged at an interval, the cross beam is arranged between the two upright posts, an embroidery platform is arranged below the cross beam, and at least two embroideries are placed on the embroidery platform at intervals; the laser assembly is arranged on the cross beam, the driving assembly is used for driving the laser assembly to move back and forth along the cross beam so as to sequentially carry out laser carving on the embroideries on the embroidery platform; the smoke-absorbing protecting assembly is arranged below the laser assembly and moves up and down to mantle the embroideries and extract smoke produced during the laser carving. The laser embroidery machine has the beneficial effects that an embroidery machine and a laser machine are integrated, so that the embroidering and laser carving functions are simultaneously achieved; the driving operation is accurate and stable, the working area of laser is large, the safety factor is high, and the influence to a working environment is low.

Description

technical field [0001] The invention relates to laser equipment, in particular to a laser embroidery machine. Background technique [0002] Embroidery is the general term for various decorative patterns embroidered on fabrics by needle and thread. Embroidery is divided into silk embroidery and feather embroidery. It is a decorative fabric that uses needles to puncture silk threads or other fibers and yarns on embroidery materials with certain patterns and colors, and forms patterns with stitches. It is the art of adding human design and fabrication to any fabric that exists, using needle and thread. Embroidery is one of the traditional Chinese folk crafts, with a history of at least two or three thousand years in China. With the advancement of science and technology, traditional manual embroidery is gradually replaced by machine embroidery. The machine capable of embroidery is an embroidery machine, which realizes high speed and high efficiency of embroidery. [0003] Af...

AI Technical Summary

Problems solved by technology

[0003] After the pattern is embroidered on the fabric through the embroidery process, it is generally necessary to engrave the pattern through an additional laser machine. In actual operation, the fabric needs to be removed from the embroidery work platform, and then the removed fabric is placed on the laser machine. Laser engraving is carried out on the working platform. Since the embroidery machine generally embroiders up to dozens of fabrics at the same time, the above-mentioned production process is very labor-intensive for the operator, and the production efficiency is low. The fabric is easily damaged during the process of moving. Dirty, not suitable for modern industrial production

[0004] In addition, when laser engraving machines and laser marking machines perform engraving and marking work on materials, they generally set the working path of the laser head in advance, and then use the laser to mark or engrave the object. The path is relatively accurate, and the existing equipment lacks laser protection devices to protect the laser; moreover, when the laser head is working, it often produces smoke, which enters the working environment, affects the normal operation and production of the operator, and pollutes the working environment

Moreover, the traditional laser can only move up and down, move down close to the material for work, and move up to leave the material for the next work. The movement accuracy of the laser is poor, the transmission is unstable, and it can only move up and down. The working area of ​​the laser is fixed. , small working area

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