CNC follow-up grinder is a high-precision mechanical equipment that combines CNC technology and grinding processing technology. Compared with traditional grinding machines, the motion trajectory of the grinding machine can be precisely controlled through a computer control system, and the follow-up system of its grinding head can adaptively adjust according to the shape and processing requirements of the workpiece, thereby achieving high-precision processing of complex shaped workpieces.

CNC follow-up grinderWorking principle:
1. Numerical Control System
The numerical control system is the "brain" responsible for real-time control of the motion of each axis of the grinder. By inputting and controlling parameters through the program, the CNC system can accurately control the motion trajectory of the grinder, the rotation angle of the grinding head, the feed rate, etc., thereby achieving precision machining.
2. Follow up grinding head
The follow-up grinding head is an important component, whose main function is to automatically adjust the contact angle between the grinding head and the workpiece according to the shape and processing requirements of the workpiece. This function greatly improves the machining ability of the grinder for complex shaped workpieces.
3. Feedback control system
Usually equipped with high-precision feedback control systems, it is used to detect the shape changes of the workpiece in real-time during the grinding process, and adjust the position and motion trajectory of the grinding head based on the measurement results to ensure machining accuracy.
4. Servo drive system
The servo drive system drives the movement of each axis of the grinder through an electric motor, ensuring high-speed and high-precision operation of the grinder. The servo drive system is closely integrated with the CNC system and feedback system, enabling the grinder to maintain high-precision stability during the machining process.
The main characteristics of CNC follow-up grinding machine:
1. High precision
By adopting advanced numerical control technology, various parameters during the grinding process can be precisely controlled to ensure high precision of the processed workpiece. Especially when processing complex surfaces and delicate parts, it can provide extremely precise machining accuracy, meeting the demanding requirements of modern manufacturing industry for precision.
2. High efficiency
Due to the ability to automatically adjust the position and motion trajectory of the grinding head through the CNC system, manual intervention is reduced during the machining process, thereby improving production efficiency. In addition, the adaptive function of the follow-up grinding head can achieve automatic adaptation to different workpiece shapes, reducing the repeated processing time of workpieces.
3. Automation
Highly automated processing enables unmanned operation, greatly improving production efficiency and reducing the possibility of human errors. By combining with automated production lines, complex multi process processing tasks can be completed, achieving fully automated production.
4. Strong adaptability
It can automatically adjust the motion trajectory and cutting parameters of the grinding head according to the shape and processing requirements of different workpieces, and has strong adaptability. Whether it is simple flat grinding or complex curved surface grinding, it can be flexibly adapted to meet different process requirements.
5. Ability to process complex workpieces
It has demonstrated unparalleled advantages in processing high-precision parts such as complex surfaces, inner holes, and gears. It can perform multi angle and multi-directional grinding, especially suitable for the production of high-precision parts such as aviation and automobiles.