plc control

DLIM-WL08 logistics management system, through the network interconnection, data intercommunication and system interoperability of industrial resources, realizes the flexible ways of warehouse customization, material order storage, selection of storage, upper storage and lower storage, and material storage. The process is carried out according to the selected method, and the reasonable optimization of the logistics system enables the efficient use of resources, thereby building a high-efficiency, high-precision, and high-standard logistics management system.

DLRB-VS401 robot vision training system is a comprehensive robot vision training platform developed by our company that integrates teaching, research, and learning. The overall equipment is composed of an aluminum alloy training platform, a six-axis robot, a vision system, a PLC controller, electrical and pneumatic devices, and other components. Modules can be flexibly combined, installed, and debugged according to training needs.

The DLIR-275 industrial digital twin system simulates a highly automated smart factory, which includes industry 4.0 technology and advanced manufacturing concepts. The smart production line includes production processes and processes such as feeding, filling, sealing and storage, and is equipped with digital twins The simulation workstation is used for the expansion, design and virtual commissioning of subsequent production lines. The system software includes PLC programming software, MES manufacturing execution system, industrial digital twin development platform and other software. Students can learn and master relevant professional skills through the localization of physical equipment systems.

The system adopts the modular design of independent units, which is completed by the electric bus, and finally is connected between modules (stations). Each unit module (station) can work independently, and various system units can be adjusted according to the process requirements in various ways.

This training device contains both manual and automatic control way, students through the PLC programming to complete two different training tasks. Application course: Sensor principles, motor technology, vacuum control technology, mechanical and electrical integration, air pressure movement and control technology, PLC, process control and adjustment technology

·Satisfy school experiment requirements ·Basic and teaching training system that meets actual application needs ·Sturdy and stable equipment structure ·Low noise operation ·Clear layout and intriguing design

·Meet the school experiment requirements ·Basic and teaching training system that meets actual application needs ·Sturdy and stable equipment structure ·Low noise operation ·Clear layout and intriguing design