Laser marking equipment

Abstract

The invention discloses laser marking equipment. The laser marking equipment comprises a marking machine main body, a conveying mechanism and a sorting mechanism. The marking machine main body is provided with a feeding station, a marking station and a detection station, and the marking machine main body is used for carrying out laser coding on products at the marking station to form identification codes, scanning the identification codes of the products at the detection station and confirming whether the identification codes are qualified or not. The conveying mechanism is used for conveying the products from the feeding station to the marking station and the detection station in sequence. When the marking machine main body confirms that the identification codes of the products at the detection station are qualified, the conveying mechanism is further used for conveying the products with the qualified identification codes to a qualified product discharging position. The sorting mechanism is used for sorting out the products with unqualified identification codes and conveying the products to an unqualified product discharging position when the marking machine main body confirms that the identification codes of the products at the detection station are unqualified. According to the technical scheme, automatic separation of qualified products and unqualified products can be achieved, and the working efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of automation equipment, in particular to a laser marking equipment. Background technique [0002] Products on the market today are generally marked with QR codes or barcodes for the convenience of later traceability for customers and manufacturers to scan the codes for inquiries. In the process of mass production, due to environmental factors, human factors or equipment failures, etc., the total There will be unqualified two-dimensional code markings, resulting in failure to scan codes; due to the relatively small number of unqualified products, the current laser coding equipment will manually scan the code for re-inspection and screen out unqualified products. This way is a waste of manpower, low efficiency, and high cost; or only equipped with a code scanning device to automatically identify unqualified products, and then manually take them out, without full automation, low efficiency, and error-prone. ...

AI Technical Summary

Problems solved by technology

[0002] Products on the market today are generally marked with QR codes or barcodes for the convenience of later traceability for customers and manufacturers to scan the codes for inquiries. In the process of mass production, due to environmental factors, human factors or equipment failures, etc., the total There will be unqualified two-dimensional code markings, resulting in failure to scan codes; due to the relatively small number of unqualified products, the current laser coding equipment will manually scan the code for re-inspection and screen out unqualified products. This method is a waste of manpower, low efficiency, and high cost; or only equipped with a code scanning device to automatically identify unqualified products, and then take them out manually, without realizing full automation, low efficiency, and error-prone

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