[Intelligent Equipment Technology] 5.Comprehensive Training on the Integration, Commissioning, and Application of Intelligent Manufacturing Cells
#ICT# #IOT#

Lesson Code: TCEN2025H026

Clicks:
Academic Hours
5.60hours
Publish Date
Nov 2025

Lecturer

1. Lecturer TANG ShengpingGuangxi Technological College of Machinery and Electricity

General Introduction
This course is designed in response to the intelligent transformation trend of the manufacturing industry. Taking typical intelligent manufacturing production lines as the main training objects, it focuses on the application, commissioning, and integrated communication projects involving core units such as CNC machine tools,
industrial robots, and AGVs. The course aims to cultivate high-quality technical professionals equipped with key technical skills in intelligent equipment programming, debugging, system integration, and maintenance, meeting the talent needs of modern manufacturing in the field of intelligent production.

This Course is for
1. Helping trainees master the basic composition and workflow of intelligent manufacturing production lines.
2. Enabling trainees to independently complete CNC machine programming and circuit analysis, industrial robot debugging and program writing, as well as the reading and modification of motion control programs.
3. Developing trainees’ ability to apply MODBUS communication technology to integrate devices such as AGVs and robots with the central control system.
4. Cultivating trainees’ comprehensive skills in setting up, commissioning, and maintaining intelligent production lines.

Learning Materials

1. Corresponding PPT
2. Online Course Video
3. Simulation Question Banks

Recognized By

Benefits of Learning

1. Being proficient in applying intelligent production line unit equipment, capable of compiling CNC machining programs and analyzing typical faults, completing robot trajectory planning and teaching programming, and configuring AGV path parameters and scheduling tasks.
2. Being able to understand and implement inter-equipment communication networking (such as the MODBUS protocol), possessing skills in PMC program reading and signal debugging, and collaborating in full-line commissioning.
3. Being aware of technical document interpretation and standardized operation, demonstrating professional literacy in safety management and teamwork.

Courses Videos
Introduction to the Composition of an Industry 4.0 Intelligent Manufacturing System.mp4playTask 1 :Exploring Industry 4.0 Systems for Intelligent Manufacturing.mp4playTask 2 :Components of Industry 4.0 Systems for Intelligent Manufacturing.mp4playTask 3 :Startup Procedures for the Intelligent Manufacturing Production Line.mp4playTask 4: Introduction and Setup Process of the Master Control Interface for the Intelligent Manufacturing Production Line.mp4playTask 5: CNC Lathe Operation and Circuit Design.mp4playTask 6: Adjustment of the Servo Drive Unit.mp4playTask 7 :CNC Machine Tool Spindle Control Circuit and Parameter Commissioning.mp4playTask 8:Analysis of CNC Lathe Control Process and Development of Control Programs.mp4playTask 9:Introduction to Modbus.mp4playTask 10:Description of the Modbus Protocol.mp4playTask 11:Modbus over Serial Communication.mp4playTask 12:Modbus Message Transmission over TCP&IP.mp4playTask 13:Debugging Modbus RTU Communication Using Modbus Debugging Software.mp4playTask 14:Siemens PLC + Modbus Server Project.mp4playTask 15:Siemens PLC Modbus Client Project.mp4playTask 16:Configuration and Application of AMSAMOTION MODBUS-IO16R Module.mp4playTask 17:Remote IO Register Addresses.mp4playTask 18:Basic Commissioning of a 6-Axis Robot System.mp4playTask 19:Industrial Robot Modbus-TCP Parameter Configuration.mp4playTask 20:PNS Program.mp4playTask 21:Signal System Analysis of CNC–Robot Collaborative Loading and Unloading Operations.mp4playTask 22:4-Axis Robot Control System (Part 1).mp4playTask 22:4-Axis Robot Control System (Part 2).mp4playTask 23:CD3 Series Servo Drive.mp4playTask 24:Servo Motor Pulse Control Mode.mp4playTask 25:Siemens PLC Axis Configuration.mp4playTask 26:Analysis of the Functions and Operation Procedures of the AGV_1.mp4play

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