Keywords:#Desktop Five-Axis CNC Machine Tool, # Small Five-Axis CNC Milling Machine, # Educational Five-Axis Simultaneous CNC Milling Machine, # CNC Practical Training Machine Tool, # Desktop-Class Five-Axis CNC Machine Tool

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As the core equipment of modern manufacturing, CNC machines hold profound significance in the field of education, especially in cultivating versatile technical talents, promoting the integration of industry and education, and aiding industrial upgrading.

By integrating theory and practice through digital manufacturing technology, the ability to apply technology is enhanced.

CNC machines integrate multidisciplinary knowledge such as mechanical design, computer programming, automatic control, and sensor technology, providing students with a real practical platform to transform textbook theories into practical operational skills.

Programming and process thinking training enable students to master the entire process from design to finished product processing by writing CNC codes (such as G-codes and CAM software applications), fostering engineering logic and precision manufacturing awareness.

With the advancement of “Industry 4.0” and “Made in China 2025,” the demand for CNC technology talents has surged. Educational institutions, through CNC machine teaching, directly supply highly skilled talents who understand programming, can operate machines, and are capable of maintenance, thereby alleviating the employment pressure on enterprises. Students not only learn machine operation but also need to master comprehensive abilities such as process optimization, fault diagnosis, and quality control, meeting the modern factory's demand for “jack-of-all-trades” technicians.

Students proficient in CNC technology have significant employment advantages in fields such as mechanical manufacturing, aerospace, and automotive industries, contributing to local industrial upgrading. Schools can rely on CNC equipment to conduct social training, helping enterprise employees enhance their skills and promoting the improvement of regional manufacturing technology levels.

Students not only learn machine operation but also need to master comprehensive abilities such as process optimization, fault diagnosis, and quality control, meeting the modern factory's demand for “jack-of-all-trades” technicians.

CNC machines are not only teaching tools in education but also a bridge connecting traditional manufacturing with future intelligent manufacturing. By integrating them into the education system, it is possible to cultivate new engineering talents with digital thinking, technological innovation capabilities, and practical experience, providing a solid talent base for the sustainable development of the country's high-end equipment manufacturing industry. As manufacturers, we are committed to collaborating with educational institutions to provide customized teaching solutions and jointly creating a new educational model adapted to industrial transformation.