In the process of product processing and inspection, data feedback can be made through the results of electric or pneumatic gauges and other measuring tools, and the feedback data can be used to adjust the processing method or inspection results online in real time.

Using machine vision detection, image processing, analysis and understanding to identify targets and objects in various patterns. The data can be traced and collected and is widely used in industries such as automotive, food and pharmaceuticals. With the development of computer technology and automatic control technology, more and more intelligent robots are appearing in production and life.

Pressure assembly operations are a common process method in mechanical engineering, especially in the automotive and auto parts industries, where the assembly of bearings, bushings and other parts is achieved using pressure assembly. Unlike conventional hydraulic press systems, electric servo press-fitting equipment is fully electric and does not use hydraulic components for maintenance (cylinders, pumps, valves or oil), as the latest electric servo technology is used. Electric servo press-fitting equipment its unique diverse press-fitting mode, can be real-time control and detection in one intelligent feature, servo press-fitting machine using modular closed-loop servo control system can be force and displacement monitoring, force and time monitoring, with pressure control, displacement control, speed control. Pressure accuracy <1%, position accuracy (mm) ±0.01. Real-time data collection and output force and displacement curve, equipped with tolerance recognition window, automatic judgment of press fitting results OK/NG.

Laser cutting, laser coding, laser welding, laser descaling and other production processes can be realised through different laser types, and semi-automatic/full automatic operations can be carried out through customised requirements.

The system can reflect the main production management data on the production line and can be used to query online the historical production records, current production information and future production plans for this production line, with the following main functions:

1), equipment information query (product model, crop time, fault time, total start-up time, load time, net crop time and other information)

2) Alarm record query: users can query the alarm records of a certain station or all of them within a period of time according to their needs

3）、Historical data export: Users can export the queried data according to their needs

4）、User management: When a user with senior authority is logged in, he/she can create, modify, delete user information, etc.

5）、Parameter setting: Some production lines will have different recipes when producing or testing different products, so the recipe will be selected before production and the parameters will be transmitted to the PLC to improve the automation and informatization of the production of the equipment.

With the gradual promotion of Industry 4.0 and the 2025 China Smart Manufacturing Project, there is a growing awareness in industrial production through information-based control of the production process, especially in the automotive parts manufacturing industry. However, there is still a lot of basic work to be planned gradually for domestic manufacturing enterprises to establish a MES system with huge content and complex design, and there is still a long way to go.

As the underlying system of the MES system, the system completes all data collection and tracing of the production process, such as product processing and assembly. It can be interfaced with MES and enterprise information management systems (ERP/SAP systems).

Ligetec offers a complete set of hardware and software MTS solutions for automotive component manufacturers. We offer turnkey projects for batch traceability and precise traceability systems for different production processes.