XENDOLL desktop machining center is commonly used in scientific research institutions in universities for the processing of first boards, samples, and small batch products. It can achieve various processing operations, including milling, carving, and other processes.

Although this small CNC machining center from Xendol has at least some advantages, it still possesses the standard structure of large-scale industrial CNC machine tools and the functions of CNC programming and machining, which can enhance teaching density and enable students to master more knowledge and skills in limited time.

Laser engraving machines can process various materials, including but not limited to wooden boards, bamboo boards, cans, fabrics, leather, rubber, plastics, etc.

They really like XENDOLL's small five axis machining center because the price is relatively low and it meets the budget. They can choose more equipment to meet the needs of the school. Through classroom teaching, the teacher allows students to improve their CNC programming and operation skills by operating small five axis machining, enabling them to truly master the five axis linkage technology in practice.

Promoting professional development: The application of small five axis machining centers has promoted the development and innovation of CNC technology, providing strong support for scientific and technological progress in related fields.

Desktop CNC lathe is a lightweight and compact CNC machine tool that is suitable for education, scientific research, product development, model making, and other fields. Compared to traditional lathes, it is particularly suitable for use in individuals, schools, small enterprises, and innovation studios.

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.