Industrial Intelligence is a comprehensive major that involves multiple fields such as machinery, electronics, and computer science. It mainly studies the technologies, applications, and development related to industrial intelligent manufacturing.

Allowing students to easily master the loading and unloading of industrial 6-axis robots and the construction of flexible machining production systems using CNC machines can meet their needs for learning and operating industrial robots. Through the learning and training of this system, students have a comprehensive understanding and experience of the overall application of intelligent production unmanned factories.

By participating in specific technical projects or practical activities, such as woodworking, metalworking, and other handmade projects, students' hands-on ability and innovative thinking are cultivated through these activities, and technical knowledge is learned and mastered through practice.

Small woodworking metal lathes are widely used in various fields such as woodworking, metal processing, mold manufacturing, teaching and training. In the woodworking industry, it can be used to make furniture, handicrafts, etc; In the metal processing industry, it can be used to produce small parts, accessories, etc.

The CNC system can control the machine tool to automatically select and replace cutting tools according to different processes, perform automatic tool alignment, and automatically change spindle speed, feed rate, etc..

Numerical control machine tools are classified according to their process applications. CNC lathe，CNC milling machine，CNC drilling machine，CNC grinding machine，Numerical Control Machining Center.

Desktop education CNC mainly refers to the use of desktop CNC machine tools for teaching and training in the field of education.
Compared to traditional large CNC machine tools, desktop educational CNC machines are more affordable and help reduce education costs.

With the continuous development of technology, intelligent teaching devices have been widely used in the field of education. In primary and secondary school classrooms, the application of intelligent teaching devices can improve teaching efficiency, stimulate students' interest in learning, and promote their comprehensive development.

Maker education should pay more attention to cultivating students' innovation ability and entrepreneurial spirit, so that they can adapt to the development needs of future society.

It has built and implemented a diversified and layered maker curriculum from popular education to business training. Maker education encourages creation and sharing, and can cultivate students' ability to solve practical problems through interdisciplinary integration.

The lathe operates on a safe power supply, with no plastic parts on the body, greatly improving the stability and durability of the equipment. various shapes of circular bodies can be machined, such as Roman columns, vases, wine glasses, etc.

Primary and secondary school makerspaces are places that provide students with opportunities for innovation, creativity, and practice, aimed at cultivating their hands-on abilities, innovative thinking, and teamwork spirit.