Full-automatic production equipment for brushes

Abstract

The invention discloses full-automatic production equipment for brushes. The full-automatic production equipment for brushes comprises a rack, a conveying belt, a base plate, a manipulator and punch forming equipment, wherein the outer surface of the conveying belt is fixedly connected with a plurality of fixing grooves which are arranged equidistantly; a feeding device, a positioning device, a clipping device, a hot melting device, a gluing device, a cooling device and an insertion device are successively arranged on the base plate; the feeding device comprises a supporting plate, a feeding wheel set, a synchronous belt, a shifting plate, a feeding motor, a guiding groove and a feeding hopper; the clipping device comprises a support, a pressing air cylinder, a clipping air cylinder, a pressure plate and a blade; the insertion device comprises an insertion motor, a rotating shaft, a rotating plate, a fixed shaft and an insertion air cylinder. The full-automatic production equipment has the advantages that by automatic feeding, aligning, punching, hot melting, gluing and insertion, automation of the whole production process of the brushes is realized; production efficiency is greatly improved; the quality of products is improved; resource waste is avoided; the full-automatic production equipment is efficient and practical.

Description

technical field [0001] The invention relates to the technical field of brush production equipment, in particular to a fully automatic production equipment for brushes. Background technique [0002] The brush is one of the more commonly used tools in daily life and industrial production. The brush is mainly composed of a brush handle and a brush wire embedded in the brush handle. The brush wire is generally made of plastics such as nylon, PBT, PET, PVC and PP. Silk, a brush made of man-made fiber micro raw materials, has the advantages of stable quality, unlimited length, and various colors. Of course, the most important thing is low production cost; It is fixed by beading, hot-melt glue, etc. Since the length of the plastic wire is different during drawing and cutting, and there are many burrs in the cutting place, it needs to be cut first. The existing cutting process is generally to manually align a bunch of plastic wires. , and then hold the plastic wire to complete the ...

AI Technical Summary

Problems solved by technology

[0002] The brush is one of the more commonly used tools in daily life and industrial production. The brush is mainly composed of a brush handle and a brush wire embedded in the brush handle. The brush wire is generally made of plastics such as nylon, PBT, PET, PVC and PP. Silk, a brush made of man-made fiber micro raw materials, has the advantages of stable quality, unlimited length, and various colors. Of course, the most important thing is low production cost; It is fixed by beading, hot-melt glue, etc. Since the length of the plastic wire is different during drawing and cutting, and there are many burrs in the cutting place, it needs to be cut first. The existing cutting process is generally to manually align a bunch of plastic wires. , and then hold the plastic wire to complete the cutting on the cutting equipment, not only cannot guarantee the uniform specification of the plastic wire, but also produce new burrs and folded edges, which require manual trimming, low work efficiency, poor product quality, and manual cutting. Finally, the tops of the brush filaments need to be welded together in bundles by hot melting, and the cuttings are inserted into the brush handle after being coated with hot melt adhesive. This process is usually completed manually, which is not only low in efficiency, but also in product quality. Poor, it is also easy to cause burns to personnel and increase the probability of scrapping the brush filaments. After the brush filaments are embedded in the brush handle, they must be transferred to the stamping equipment to complete the final occlusal shape, and then manually removed and collected, which seriously affects the production. efficiency

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