-
E-mail
caozh@smtw.com
- Phone
-
Address
No. 1146 Jungong Road, Yangpu District, Shanghai
Shanghai Machine Tool Factory Co., Ltd
What are the main characteristics of CNC follow-up grinding machines?
Date: 2025-12-14Read: 4
CNC follow-up grinder is a precision machining equipment widely used in modern manufacturing, especially in fields that require high precision and efficiency. Its main feature is the ability to automatically complete the grinding process according to a preset program, and to adjust the grinding parameters in real-time during the machining process to achieve high-precision machining results.
CNC follow-up grinderWorking principle:
1. Numerical Control System: Control various operations of the machine through a computer numerical control system. The system automatically generates the required motion trajectory, feed rate, and grinding parameters by inputting the preset machining program. These parameters can be adjusted in real-time according to processing requirements to achieve the required processing accuracy.
2. Follow up control: Follow up refers to the ability of the grinder to automatically follow the changes in the surface of the workpiece during the machining process. By equipping high-precision sensors, it is possible to detect real-time changes in the shape of the workpiece surface and adjust the motion trajectory of the grinder based on feedback signals, thereby ensuring high precision and consistency during the machining process.
Key Features:
1. High precision machining: Through precise control of the CNC system, higher precision machining can be achieved. The follow-up function during the grinding process enables the grinder to adjust the machining parameters in real time to cope with irregular or complex shapes on the workpiece surface, thereby ensuring the final machining accuracy.
2. High degree of automation: Using a computer numerical control system, it can automatically complete grinding operations according to preset programs, reducing manual intervention and lowering the technical requirements of operators. At the same time, due to its high degree of automation, it can also reduce errors that may occur during the operation process and improve production efficiency.
3. Strong adaptability: able to flexibly adjust grinding parameters according to different workpiece requirements and adapt to different processing needs. Whether it is complex surface machining or high-precision surface treatment, it can be optimized and adjusted according to the actual situation.
4. Improve production efficiency: Due to the ability to achieve automated processing, it can greatly improve production efficiency. It can complete complex grinding tasks in a shorter amount of time, reducing manual intervention time, and maintaining consistent processing quality in large-scale production.
Application areas of CNC follow-up grinding machine:
1. Metal processing industry: It can be used for precision grinding of various metal materials, especially in industries such as automotive, aerospace, and mold manufacturing, where high-precision processing of metal components can be achieved.
2. Mold manufacturing: In mold manufacturing, especially in the processing of precision molds, high surface smoothness and dimensional accuracy of the workpiece are required. It can ensure high precision during the grinding process and meet the strict requirements for precision in mold manufacturing.
3. Optical component processing: The processing of optical components usually requires high surface smoothness and dimensional accuracy. Can provide high-precision grinding in the processing of optical components to ensure the quality of optical surfaces.
4. Electronic component processing: With the development of the electronics industry, the demand for small electronic components is increasing. Capable of accurately processing small-sized electronic components to meet the requirements of high precision and efficiency.