The structural design of automated robotic arms determines their functions and performance, with key components including the arm body, drive system, and control system.

CNC (Computer Numerical Control) machines are indispensable in modern manufacturing. They perform high-precision cutting, milling, and turning for metals, plastics, and composites. Their systems—spindle, feed, control, tool-changing, and support—demand extremely high motion control accuracy. Particularly, the spindle and servo motors directly impact machining precision, response speed, and system stability.

Laser cutting equipment is widely used in high-end manufacturing sectors such as sheet metal processing, automotive manufacturing, rail transportation, aerospace, and new energy. Its main structures include laser generators, optical transmission systems, cutting heads, motion control platforms (such as X/Y/Z axis moving platforms), cooling systems, and control systems. The motor drive system, as the core of equipment motion, undertakes tasks such as beam trajectory movement, focus depth control, and rapid platform response, directly determining cutting path accuracy, processing speed, and edge quality.