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Dynamic real-time manufacturing execution system (MES) adopts mainstream SOA platform development technology to create informatization, cloud computing architecture production line manufacturing control execution system, which is different from traditional ERP systems and manufacturing execution systems (MES), dynamic real-time manufacturing The execution system (MES) uses RFID radio frequency identification technology equipment at the front end of the production line to collect real-time production line status information. The system provides managers with real-time production line management and control capabilities through production status kanbans and capacity analysis modules, covering contract order generation to production plan raw material preparation dispatch The management of the whole process of manufacturing and finished products storage from work to workshop; it can be adapted to various manufacturing management modes and processing modes.
Technology and Features
This system solution uses Web Service or intermediate files (XML) as the interface standard, and adopts SOA (Service-oriented architecture) application development platform technology for system development to facilitate the flexible construction of business modules and future integration with other enterprise application systems (such as PDM, CAX, ERP, finance, sales) for information integration.
At the front end of the production line, RFID radio frequency identification technology equipment is used to collect real-time production line status information
The system can plan according to the main workshop sequence in the production process, and carry out cost and quality management. The software makes detailed records for the types and quantities of all processed production materials and the repeated processing of processed products.
The system can perform the management of physical and chemical parts and can be distinguished from other official products.
When the system manages the production process, the process flow is entered into the system, and each workstation will execute the input, output and completion operation process. These data will be transmitted to the central system in time, and the system will uniformly do the work connection value .
The system’s capacity analysis module provides real-time production control capabilities such as capacity utilization and equipment man-hour scheduling for production managers
Provides various statistical query and report display functions for complete production and manufacturing system information. On-site supervisors (including personal foremen, team leaders, section leaders, etc.), all experts or manufacturing leaders can check all factory manufacturing instruction work orders and product information at any time Manufacturing information.
The current production status and near-term plans in the factory can be released, as well as the latest notifications. It allows leaders and employees to keep abreast of the current production status, including production volume, production plan, and production rewards and punishment decisions, etc.; in addition, this announcement module can also remind all employees of the company to complete the company in time Scheduled tasks issued.
functional module
1. Information center system function definition and authority management
2. Basic data management module
3. Contract review process module
4. Operation plan management
5. Process management
6. Physical and chemical analysis and re-inspection management
7. Raw material preparation and management
8. Reporting station card making and process definition management
9. Inbound and outbound management operations
10. Kanban management of production status
11. Statistical report module
12. Capacity analysis module
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