Keywords: # Industry 4.0, # Intelligent Manufacturing Production Line, # Small Industry 4.0, # Micro Intelligent Manufacturing Production Line, # Teaching Industry 4.0 Production Line

With the national 2025 intelligent manufacturing plan and the popularity of AI teaching, vocational colleges are focusing more on the construction of relevant majors. Our current task is to let students understand, experience, learn, and practice the various modules of intelligent production unmanned factories in schools and classrooms. Connecting factory machines and people to the network, enabling dialogue between machines and between people and machines, factories that can achieve this manufacturing method are called smart factories.

XENDOLL manufacturing production line can serve college courses such as robotics technology foundation and operation, mechanical manufacturing and basics, mechanical engineering testing technology, electro-mechanical transmission control, etc., and can also be used as training equipment for mechatronics and robotics majors. It can also be used by educational training institutions and enterprise engineers, graduate students for industrial 4.0 intelligent unmanned factory setup training and advanced comprehensive learning and training.

XENDOLL manufacturing production line consists of an industrial 6-axis robot, a 3-axis mechanical arm, a flexible CNC lathe, a flexible CNC milling machine, RFID system, PLC workstation, intelligent warehouse, control console, conveyor belt, etc. It achieves automated material handling and processing, with the robot feeding and retrieving materials for two machines. The system enables programming of the industrial robot material handling workstation, integration of the material handling system, application of the RFID system, PLC system programming, CNC lathe and milling machine programming and processing, and fieldbus communication training. Students can easily master the setup of a flexible processing production system with industrial 6-axis robots and CNC machines, meeting their learning and operation needs. Through this system, students gain a comprehensive understanding and experience of the overall application of intelligent production unmanned factories.

Production line advantages:

1. Small footprint: As small as 9 square meters, suitable for small classrooms.

2. Low construction cost: Based on large industrial equipment, it extracts core technologies into a small, flexible manufacturing system for easy learning, reducing costs for colleges.

3. Safety and ease of use: Multiple safety measures protect learners. Using small CNC machines as the flexible manufacturing system reduces students' psychological pressure from large equipment, encouraging hands-on participation.

4. Strong comprehensiveness: Integrates robotics operation and programming, CNC processing, PLC application, and communication, combining executive机构, control systems, drive systems, and various disciplines.

5. High expandability: Modular and layered design allows different functions to run independently or integrate with other modules. CNC and drive use high-speed bus communication, supporting MES system functions.

We will continue to promote the "AI+" initiative, better combining digital technology with manufacturing and market advantages. For enterprises' digital and intelligent transformation, both talent and equipment are essential. We aim to cultivate compound talents in intelligent manufacturing, AI, and other fields.

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