The machining methods of CNC machine tools usually include the following: 1 Rough machining2. Fine machining 3. Milling 4. Drilling 5. Turning.

However, at a deeper level, both involve the application of technology and equipment. The practical training equipment in educational equipment may include equipment related to small CNC machine tools, used to train students to master relevant technologies and operational skills.

the application of small CNC milling machines in education is significant. They not only help students master the basic skills of CNC technology and machining, but also cultivate their practical abilities, innovative spirit, and professionalism.

The core of a modern vocational education system lies in achieving deep integration between industry and education.

the informatization of vocational education helps to transform the entire process of cultivating technical and skilled talents. By creating a diverse learning and training space that adapts to personalized growth and diverse talent needs, as well as a new form of skill learning resource system based on knowledge graphs and artificial intelligence technology, students can engage in adaptive learning and improve learning outcomes.

In the process of DIY small machine tools, we can also use creativity to design unique mechanical structures or functions. For example, we can add some accessories to the machine tool to enable it to complete more complex machining tasks;

The Xendoll Miniature Multi-functional Metalworking and Woodworking Machine Tool can be used for metalworking and woodworking project manufacturing.

CNC machine tools are widely used in various fields and have played an important role in promoting the development of manufacturing. At the same time, with the continuous advancement of technology and changes in the market, the educational direction of CNC machine tools also needs continuous adjustment and improvement.

The mechanical manufacturing industry is a relatively traditional industry, and most students in related majors do not have the opportunity or conditions to conduct practical operation training in production workshops or training workshops, making it more difficult to connect the theoretical knowledge they have learned with practical work.

The construction of classroom culture should be aimed at promoting the comprehensive and harmonious development of students, based on the teaching stage of the school and the age characteristics of students.

Promoting intelligent manufacturing can effectively shorten the product development cycle, improve production efficiency and product quality, reduce operating costs and resource and energy consumption, accelerate the development of intelligent manufacturing, and is of great significance for improving the adaptability and flexibility of the manufacturing supply structure and cultivating new drivers of economic growth.