Intelligent manufacturing system

It refers to the management of product design, manufacturing data, and product management data throughout the entire product lifecycle.

Information related to the parameters, production metrics, status, and machine runtime used for planning and controlling production orders.

With the entire product lifecycle as the main axis, it covers the entire process from product market research, conceptual design, detailed design, process design, production preparation, product prototyping, product finalization, product sales, operation and maintenance, product disposal, and recycling. It spans both time and space, encompassing internal enterprise processes, supply chain participants, and end-users. This enables the generation, management, distribution, and utilization of various types of data throughout the product's lifecycle.

Enterprises use systems like Manufacturing Execution Systems (MES) to achieve the workflow for producing the desired product, which includes recording maintenance and process coordination, as well as hierarchical production management for the factory or workshop.

A manufacturing technology that uses digital quantification to express, store, process, and control, supporting the optimization of product lifecycles and overall enterprise operations.

These are hierarchical systems used within a factory for handling information, monitoring, and controlling physical processes. They include commonly used systems such as Programmable Logic Controllers (PLC), Supervisory Control and Data Acquisition (SCADA) systems, Distributed Control Systems (DCS), and Fieldbus Control Systems (FCS).