Novel multifunctional PCB production automation system

Abstract

The invention relates to a novel multifunctional PCB production automation system, comprising an automatic feeding system, a fully-automatic two-dimensional code sticking system, a height measuring system, an automatic adhesive dispensing curing system, an online automatic board-splitting cutting system, and a finished product sorting recovery system. The input ends and output ends of the above systems are connected in sequence. Control centers disposed on the above systems are connected with each other. The input end of the automatic feeding system is also provided with a large PCB feeding device. The large PCB feeding device is connected with the control center of the automatic feeding system. Thus, two-dimensional code marking on each PCB unit on a large PCB can be automatically completed, and good product detection, and cutting of the large PCBs can be automatically completed. The system can automatically complete finished products of PCB units, and the system is powerful in functions, high in automation degree, high in production efficiency, low in labor intensity, low in production cost, and high in qualified rate, and has assurance in product quality. A reversed design is used, thereby effectively preventing dusts generated in a cutting process from falling on the PCB, so the finished products are clean.

Description

technical field [0001] The invention belongs to the technical field of PCB board production, in particular to a novel multifunctional PCB board production automation system. Background technique [0002] At present, in the production and processing of PCB boards, a large PCB board is made and cut into multiple PCB board units. If it is necessary to print two-dimensional codes, measure good products and sort finished products on each PCB board unit at the same time At present, it is usually completed manually through corresponding independent processes, which is very time-consuming, resulting in extremely low production efficiency. At the same time, pure manual measurement and judgment are used, with low accuracy, and each process needs to be moved and transferred manually, which is extremely labor-intensive. , The processing efficiency is low, and the PCB board is easily damaged during transshipment, which affects the product quality and greatly reduces the pass rate. Cont...

AI Technical Summary

Problems solved by technology

[0002] At present, in the production and processing of PCB boards, a large PCB board is made and cut into multiple PCB board units. If it is necessary to print two-dimensional codes, measure good products and sort finished products on each PCB board unit at the same time At present, it is usually completed manually through corresponding independent processes, which is very time-consuming, resulting in extremely low production efficiency. At the same time, pure manual measurement and judgment are used, with low accuracy, and each process needs to be moved and transferred manually, which is extremely labor-intensive. , The processing efficiency is low, and it is easy to cause damage to the PCB board during transshipment, which affects product quality and greatly reduces the pass rate

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