Full-automatic laser marking device and using method thereof

Abstract

The invention discloses a full-automatic laser marking device and a using method thereof. The full-automatic laser marking device comprises a vibration screening assembly, a laser marker and an automatic marking discharging mechanism. The automatic marking and discharging mechanism comprises a material conveying assembly, a discharging tool disc mechanism, a discharging air cylinder mechanism and a marking and discharging switching air cylinder mechanism. Compared with the prior art, the laser marking machine has the advantages that communication between an existing manual marking machine table and a laser controller can be improved, and full automation of the production process is achieved; 2, two belt pulleys are used for transferring materials in the marking track, so that the manufacturing cost of the equipment is greatly reduced; a simple and efficient mechanical structure is matched with marking and then is immediately identified, so that the marking and focusing process is reduced, and the appearance process standard is ensured while the production yield is improved; and 3, the blanking tool disc is convenient to clamp and can be associated with other working steps, and the produced materials are carried through the tool disc to be directly used for subsequent production.

Description

technical field [0001] The invention relates to a fully automatic laser marking device and a using method thereof. Background technique [0002] In the manufacturing scene of optical devices, the process management is strict and the production materials are complicated. In the automatic assembly line and various processing processes of devices, it is necessary to accurately control material information and update station queries in real time; in the past few years, with the technology With the evolution of the industry, many factories in the industry are empowered by the Internet, using barcodes or QR codes to mark and identify, to informatize the production process, and the online digital management system replaces some repetitive and boring jobs; laser engraving on the surface of raw materials , the characters and patterns marked with unique information can be traced, control the quality of the process, and meet the needs of lean production and process improvement; compare...

AI Technical Summary

Problems solved by technology

[0002] In the manufacturing scene of optical devices, the process management is strict and the production materials are complicated. In the automatic assembly line and various processing processes of devices, it is necessary to accurately control material information and update station queries in real time; in the past few years, with the technology With the evolution of the industry, many factories in the industry are empowered by the Internet, using barcodes or QR codes to mark and identify, to informatize the production process, and the online digital management system replaces some repetitive and boring jobs; laser engraving on the surface of raw materials , the characters and patterns marked with unique information can be traced, control the quality of the process, and meet the needs of lean production and process improvement; compared with traditional printing technology, laser marking has the characteristics of high efficiency, strong wear resistance, safety and reliability; through The supporting equipment and operating system make laser marking widely used by various manufacturers. Laser marking in the field of optical communication is mostly done manually. The operator holds the material on the tooling table and then triggers the laser. The processing accuracy of the tooling, the operation error of the production process and the rising labor cost; some modified laser marking equipment requires the operator to place the material array, because the tolerance of the material shape and size cannot be eliminated, the height error of the placement will be Affect marking consistency

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