How to use the MES management system

There is a set of methods for using the MES system.

As we all know, MES system is a production management software that is relatively more used in contemporary enterprises, which mainly plays a role in the tracking of production progress in the enterprise, so that enterprise managers can control the relevant information of various operations and management in a timely manner, and a mature MES system is the link of enterprise information integration, which is of great significance in the development process of enterprises. For a manufacturing enterprise, the operation of MES is very important, because the management and control of the enterprise also needs the MES system and the enterprise resource planning system ERP to effectively coordinate and integrate, so as to better guide the sustainable and long-term development interests of the enterprise, so the MES system will implement the enterprise plan to the implementation of the weapon. Therefore, if enterprise users want to use the MES system, they need to understand the development trend and system functions of the MES system.

MES is positioned as the execution layer between the planning layer and the on-site automation system, and is mainly responsible for workshop production management and scheduling execution. A well-designed MES system can integrate management functions such as production scheduling, product tracking, quality control, equipment failure analysis, network reports and other management functions on a unified platform, and can provide workshop management information services for production departments, quality inspection departments, process departments, logistics departments, etc. at the same time using a unified database and network connection. The system helps enterprises implement complete closed-loop production by emphasizing the overall optimization of the manufacturing process, and assists enterprises in establishing integrated and real-time ERP MES SFC information.

See Fig. At present, the most popular implementation method is to use the B S mode (web server mode), which can be developed in the C language. The database can be SQL Server or Oracle, and if the data volume is small, you can use the Access database.

It depends on which company you use to develop the MES system, under normal circumstances, the company that helps you develop the system will have an implementer to teach you to use, if you don't know, ask me in the message!

The company that can use the MES management system is generally not small, our company is specialized in MES in the discrete industry!

Yawei intelligent MES manufacturing execution system for you to develop a feasible production plan, so that you can see the factory site, to achieve production visualization and complete quality management system, MES full traceability, real-time access to complete data, to achieve higher data quality.

Methods during the implementation of the MES system:1.Overall planning and unified implementation.

Based on the MES industry solution, the early demand analysis needs to be carried out with the customer to demonstrate and communicate the solution and system, and the system training and operation experience can also be carried out at the customer's site, so as to summarize the customer's business process and actual management needs. On the basis of this basic round answer, we organize customers to discuss their needs in a unified manner, sort out and form the real actual needs of customers in the system, and then carry out functional design and software secondary development and testing according to customer plans, and finally form a customer's personalized MES system for final implementation.

2.Standardize and sort out basic information and implement the MES system. At present, the informatization foundation of many customer enterprises is generally weak, and many basic information required by the MES system, such as departments, personnel, warehouses, material information, equipment information, working hour quotas, production processes, etc., are not perfect or basically not.

3.Unified business management main line construction, and then the implementation of peripheral business, first around the main line of customer production management business for the implementation of the main functional modules, and then on the basis of the main line business to achieve stage results, and then the implementation of auxiliary modules. Through the expansion of theme management, the overall planning of intelligent manufacturing of MES system is realized, and the intelligent manufacturing of enterprises is better produced.

The usage of the MES system is as follows:

1. System login. MES system.

Log in, enter ** in the browser, enter the login interface, and enter the user name.

and passwords. 2. Basic information management of the system.

Users who enter the MES system need to operate the registration management and initialize the customer's high finger level or ** quotient level on the add page. After you complete the operation of the customer level, you can operate on other basic information of the customer, and you can manage it in the customer.

Detailed customer information has been added to the module.

3. Business management. After the addition of the quotient level, you can add the basic information of the quotient and add it in the merchant management module.

4. Product information management. Then there is the product information, adding the basic information of the product to the system and improving the product data.

5. Order information management. After the basic information of products and customers is improved, you can manage the order, and add the corresponding order information in the order management module. The premise of configuring order information is customer data and product data, so that the order information has the best basis.

In addition, the production MES system has implemented a data import function, and order data can be imported from the existing new system.

MES management system is a set of production information management system for the executive layer of the workshop of manufacturing enterprises. The characteristics of the MES system are to build a basic platform for data acquisition of the factory production management system, which has good scalability; Real-time, comprehensive and accurate performance and quality analysis SPC; Powerful data collection engine, integrated data collection channels are used to cover the entire factory to create a modern and old cavity field, to ensure the real-time, accurate and comprehensive collection of massive on-site data.

MES can provide enterprises with management modules including manufacturing data management, planning and scheduling management, production scheduling management, inventory management, quality management, human resource management, work center, equipment management, tool and tooling management, procurement management, cost management, project kanban management, production process control, underlying data integration analysis, and upper data integration and decomposition, so as to create a solid, reliable, comprehensive and feasible manufacturing collaborative management platform for enterprises.

The American Advanced Manufacturing Research Institute defines MES as "a shop-floor management information system located between the planning management system at the upper level and the industrial control at the bottom level", which provides operators and managers with plan execution, tracking, and the current status of all resources.

MES is defined by the MES Association as the ability to optimally manage the entire production process from order placement to product completion through the transfer of information. When real-time events occur in the plant, MES can react to them in a timely manner, report on them, and guide and act on them with accurate data at the moment.