Build an RFID-based material and work-in-process tracking management system, make full use of the advanced management concepts and basic methods of JIT and MES, and analyze and monitor processing data through real-time feedback of workshop production information, thereby strengthening workshop production control. It is an important measure for the technological innovation capability, the speed of market response and the comprehensive competitiveness of the manufacturing industry, especially the traditional manufacturing industry.

The application of RFID technology in traditional manufacturing is based on the information application of production-oriented enterprises. The "work in process" information is accurately collected, integrated, integrated, analyzed and shared, which provides basic information solutions for the management of production materials and product life cycles of enterprises, and is the core content of the workshop manufacturing management system.

The application of the system forms a good complementarity with ERP, CRM and SCM systems, which effectively solves the problems of ERP system in material and product data collection, data accuracy and real-time input, etc. It is the realization of the overall informationization of factories or production enterprises hub information system. In particular, the independent research and development of electronic label terminal products suitable for traditional manufacturing applications and the manufacturing application system of electronic labels based on this basis can meet the needs of the country to apply electronic labels in different fields, especially in key industries such as manufacturing and medicine. need.

The system has the following design concepts:

• The integrated application of RFID technology in workshop data terminals (such as kanban terminals or touch screens) fully adapts to the complex requirements of the industrial environment, without direct vision or manual scanning, effectively and concisely solving data collection, data accuracy and real-time input and other issues;

• Provide data module design for "individual" or "batch" level, realize real-time, accurate, precise and efficient traceability and tracking of materials and work-in-process. Traceability and management of life cycle;

• Apply RFID, JIT, MES, network technology, etc. to production control, accurately, real-time, and comprehensively reflect production process status information, effectively and agilely guide industrial processes, form a good complement to ERP, CRM, and SCM, and promote "transparent factories" construction, promote the optimization of production, management and organizational structure, and promote the realization of JIT production mode;

• Closely integrate the tracking management of "materials" and "work in process" with quality, benefit, efficiency, warehouse management, logistics, etc., to promote workshop workers, manufacturers and material suppliers to form a community of interests.

The application of RFID in traditional manufacturing (MES) project makes full use of the characteristics of RFID, adopts a specific RFID data acquisition terminal that can be installed in complex industrial sites, adapts to the environmental requirements of traditional domestic manufacturing workshops, and has moisture-proof, oil-proof, lightning-proof , discharge electromagnetic interference, heat resistance and other properties, meet the needs of non-contact automatic collection of materials and work-in-process, and provide information input interface and query interface for the management system.

At the same time, based on the RFID data collection terminal, a workshop-level production execution management system with a software basic platform and a series of application modules can be developed with the tracking of materials and work-in-process as the core. In the design process of the system, through the data module design oriented to the "individual" or "batch" level, the traceability and tracking of materials and work-in-process will be realized in a real-time, accurate, precise and efficient manner, and with this as the core, the establishment of individual product level real-time archives.

In addition, in terms of system design, RFID, JIT, MES, network technology, etc. are applied to production control, which accurately, real-time, and comprehensively reflects production process status information, effectively and agilely guides industrial processes, and forms a good relationship with ERP, CRM, and SCM. Complement each other, promote the construction of "transparent factory", promote the optimization of production, management and organizational structure, and promote the realization of JIT production mode.

The application of RFID in the traditional manufacturing industry is an industrial information application system for the manufacturing industry. The use of high and new technologies, especially automation technology and information technology, to carry out beneficial transformation and information services to traditional industries (manufacturing) is to promote my country's export-oriented approach. The main manufacturing industry develops high-tech products.

The application of RFID in traditional manufacturing is aimed at developing advanced, integrated and production line-oriented management software according to the actual situation of my country's manufacturing industry, which can effectively improve the operating economy and service quality of discrete manufacturing enterprises. This project The success of the development will undoubtedly have a significant driving effect in the industry.

The use of RFID technology can improve the traditional working mode and realize the whole process control and traceability of products in the manufacturing industry. To develop a complete RFID-based production process control system is to apply RFID technology throughout the entire production process (order→plan→task→material preparation→cold processing→hot processing→finishing→inspection→packaging→warehouse management→transportation), forming Closed-loop production of enterprises.

From the perspective of development: the implementation of RFID technology in the manufacturing industry can also go from raw material manufacturing, procurement to semi-finished product processing, finished product manufacturing, wholesale, distribution to retail, and runs through every link of the entire social supply chain, until the final consumer. Therefore, the use of RFID tags in the manufacturing industry can break the isolation used within a system and extend RFID technology to the upper end of the supply chain. The research results can also be extended to other related product manufacturing applications, which have good application prospects and industry demonstration effects. Industries that could apply the research findings even include food manufacturers.