SMT material conveying method and system

Abstract

The invention discloses an SMT material conveying method and system. The SMT material conveying method includes the steps of identity marking of materials, automatic warehousing and delivery in an intelligent warehouse, task distribution outside the warehouse, automatic conveying to a production line for use and re-identification warehousing of tailing. The SMT material conveying system comprises an automatic supplying machine, an automatic printing and labeling machine, the intelligent warehouse, an automatic printing and labeling module, a material conveying belt, an automatic feeding cart and automatic measurement and counting equipment, wherein the automatic supplying machine, the automatic printing and labeling machine, the intelligent warehouse and the automatic printing and labeling module are sequentially and linearly distributed, and the intelligent warehouse and the automatic printing and labeling module are connected through the material conveying belt. The SMT material conveying method and system can largely reduce labor, and are high in automation degree. The efficiency of storing, taking and conveying materials to the production line is high. The material management accuracy is high. The production cost is largely reduced. The production efficiency is improved.

Description

technical field [0001] The invention relates to a material conveying method and a conveying system for electronic products, in particular to a conveying method and a conveying system for SMT materials. Background technique [0002] In productive enterprises, material management is an indispensable part of the entire enterprise management. Especially in the electronics industry that uses a large amount of materials and has many types of materials, such as the SMT production industry, whether the required materials can be obtained quickly and accurately will directly affect the production efficiency and production cost of the enterprise. The efficiency of material access and delivery to the production line is directly related to the efficiency of production. At present, the SMT material access and transportation of some production units are still mainly manual operations. This mode consumes a lot of human resources, has low efficiency, and the accuracy and efficiency of mate...

AI Technical Summary

Problems solved by technology

At present, the SMT material access and transportation of some production units are still mainly manual operations. This mode consumes a lot of human resources, has low efficiency, and the accuracy and efficiency of material control are insufficient, resulting in increased production costs.

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