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.

Leading desktop small lathes, milling machines, machining centers, etc., have the characteristics of small size, low energy consumption, and intuitive teaching, and are suitable for maker spaces or CNC training courses in middle and higher education institutions; Choose the appropriate machine tool according to the needs of the scene in order to better play its role.

Carrying out maker education is not equivalent to playing games. The motivation for families to carry out maker education activities is to stimulate children's interest in learning new knowledge through exploration and practice.

Best wishes for the the Year of the Loong

Small laser engraving machines have unlimited potential in the field of artistic creation. Artists can use laser engraving machines to create on various materials, showcasing their artistic style. Laser engraving machines can carve exquisite and delicate patterns and texts, providing more possibilities for artistic creation. In addition, small laser engraving machines can also carve on materials such as wood, leather, and plastic, providing artists with more material choices.

XENDOLL has been deeply involved in educational CNC machine tool equipment for more than 20 years, focusing on the research and development and production of student safety machine tools, desktop precision CNC machine tools, small industrial 4.0 teaching production lines and other series of educational equipment.

This plan elaborates on the functional design, teaching plan design, and application process design of the Industry 4.0 practical training teaching platform, Explored a new model for the integration and development of mechanical education and innovation and entrepreneurship education in vocational colleges.

We are a factory established for more than 20 years and have been engaged in the production and sales of small educational CNC machine tools. XENDOLL small five axis CNC milling machine is a teaching type five axis micro CNC milling machine designed according to the practical experimental requirements of higher education students.