What are the "performance requirements" of an MES system? Regarding this issue, I think it is necessary to explain to you first, what exactly is a performance requirement? What is the role of performance requirements in an MES system? After clarifying these two points, the problem will be solved.
Generally speaking, the "performance requirements" in an MES system are nothing more than stability, flexibility, security, scalability, real-time, configurability, and visibility.
Definition of Concept:
1. Stability: Ensure the stable operation of the system and ensure the smooth progress of the generation process.
2. Flexibility: It can be flexibly adjusted according to the actual production needs of the enterprise to meet the different needs of the enterprise.
3. Security: The ability to prevent security problems caused by man-made "misoperation" or external attacks in the region to ensure the safe operation of the system.
4. Scalability: It can expand and upgrade functions with the changes in the business needs of enterprises.
5. Real-time: support real-time collection and processing of production site data, timely feedback and guidance of production operations.
6. Configurability: With standard configuration components, it can flexibly set business forms, production workflows, etc., and drive processes according to different permissions, bind with the system message mechanism, drive the early warning management mechanism (such as early warning of material preparation, early warning of material shortage, early warning of document approval overdue, etc.), and send early warning information according to the notification method specified by the user, such as SMS, email, etc.
7. Visibility: Provide an intuitive visual interface, which can allow the management to easily view the data and information on the production site.
1. Optimize the implementation mode of on-site production management of enterprises
The MES system can quickly and accurately record and collect data from the production site through computer scanning, replacing the traditional manual recording and statistical methods, strengthening the control of the production process, and improving the production efficiency and management level.
2. Strengthen the ability of collaborative management between various production departments
The MES system can realize the collaborative management between various production departments and improve the efficiency of production collaboration through electronic kanban management, automatic collection and automatic release.
3. Improve the timeliness and accuracy of the production process
The MES system can collect and process the data of the production site in real time, provide timely feedback and guide the production operation, and at the same time, it can also carry out refined management of the production process and improve the timeliness and accuracy of the production process.
4. Provide effective and standardized support for quality inspection
The MES system can comprehensively control the quality of the product, and ensure the quality and stability of the product through standardized quality inspection process and data management.
5. Make the on-site production process transparent
The MES system can grasp the information status of planning, scheduling, quality, process, equipment operation and other information in real time, so that the on-site production process is completely transparent, and it is convenient for managers to find and solve problems in time.
6. Interaction with ERP linkage:
The linkage and interaction between the MES system and ERP can enable the upper management institutions and decision-makers to better understand the problems and progress in the production execution process, and adjust and optimize the production and management of the enterprise in a timely manner.
To sum up, if a MES system has these performance requirements, it will greatly improve the management efficiency of the enterprise.
Therefore, the rational and effective use of the MES system can not only allow us to work efficiently, but also ensure the achievement of team goals to the greatest extent. Based on the data model-first design concept, the Weave InFormat enterprise-level low** development platform provides a large number of standardized components, and also has a built-in automation, scripting, and workflow engine (BPMN2.).0) Custom API and other functions can help enterprises build highly complex core business systems, such as MES, ERP, PLM, SCM, WMS, OMS, EMS, projects, enterprise services and other application scenarios, and comprehensively help enterprises achieve their digital transformation strategic goals.
The above performance requirements are available on enterprise-level low-** development platforms. It is definitely one of the preferred tools for enterprises to start information construction and digital transformation.
MES System Architecture: