MES systems are now being implemented in a number of electronics plants, and are popular as a tool for manufacturing execution improvements. Through this system, the integration of enterprise information is completed, which is the information carrier to promote production activities and management activities, so that managers can make quick response and improve production efficiency.

 

However, at the same time, some people are not familiar with the composition of MES system in the electronics factory, which may lead to the application of MES system is not so hands-on and does not play a real role. This article explains the components of MES system for everyone.

 

I. data collection

 

By means of terminal collection, PC collection, manual import of data files, real-time data acquisition, integration of test procedures, etc., the information of key materials, test results, test data, maintenance status and so on is collected, so as to achieve the full traceability of production.

 

Ii. Process control

 

By monitoring the production process, the scope of exception verification includes authorization verification, barcode verification, material verification, availability verification, existence verification, status verification, compatibility verification and so on. Help ensure the accuracy of production.

 

Iii. SMT system

 

It can help realize real-time management and control of SMT material feeding error prevention, material tracking, material shortage warning, material inventory and so on, and help realize efficient operation process. It can reduce the influence of improper use of materials on product quality, monitor material consumption in real time, know the quantity and status of materials in real time, and improve the efficiency of material changing.

 

Iv. Management report

 

MES system can also understand real-time production data, so as to monitor and deal with the status of production schedule, output, quality and maintenance in a timely manner. For example, kanban management can be called up in the system. In the kanban, the output of each production line in each period can be monitored in real time, the pass-through rate of each production line can be monitored in real time, and the defect distribution of each production line can be monitored in real time.

 

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