industrial 4.0 with mes

The system adopts a modular design of independent units, completes with electrical bus and mechanical bus, and finally connects between modules (stations). Each unit module (station) can work independently, and various system units can be connected in various ways Process requirements, assembling, and connecting into a variety of different training models through the electrical bus; all the control signals and power signals of the controllers, sensors, and actuators are led to the interface unit, and the interface has a specially designed misoperation protection circuit. It can ensure the safety of people and machines.

1.It makes up for the shortcomings of traditional training equipment.using the practical industrial field components and close to the modern industrial production environment ,can enable students to fully understand the organization and control methods of industrial field equipment. 2. Modular design structure: each station is an independent individual, can work alone and combine with other station to work together, students can learn from simple to complex knowledge, from shallow to deep knowledge, step by step. Practice has proved that such a system is of great help to students in the overall development of technology, and at the same time, cultivates the team awareness of students. 3. Integrating today's cutting-edge technologies: PLC, AGV, machine vision, robotic quick change technology, detection and sensing technology, CNC machining, industrial robots, fieldbus, industrial configuration software, modern logistics technology, laser marking, etc. Note: 1. Each station can complete teaching sub-items and teaching demonstrations independently;    2. Each station can be linked to complete the teaching project and teaching demonstration.