Advantages in The Accuracy of CNC Walking Centers

CNC centering machine “centering” refers to the turning process, with the changes in the shape of the surface of the workpiece, automatically adjust the distance between the workpiece and the tool to ensure that the surface of the workpiece machining accuracy and quality.

Machine travel is a control system specially designed for CNC centering machines. By measuring the shape and position information of the workpiece surface, it calculates the distance between the tool and the workpiece in real time and adjusts the tool position automatically to ensure the machining accuracy and surface quality.

Traditional CNC walking centers can only turn at a fixed height, so when machining workpieces with complex curved surfaces, it is often necessary to manually adjust the tool position, which is time-consuming and labor-intensive, and prone to machining errors. The emergence of the walking machine greatly simplifies the machining process and improves the machining efficiency and accuracy.

High precision of numerical control system: the numerical control system adopts electronic digital control with high control precision, which can realize higher processing precision and stability.

2. High degree of automation: CNC walking machine walking machine with a high degree of automation, automatic processing and continuous processing can be realized, reducing the impact of human factors on the processing accuracy.

3. Shorten the machining cycle: CNC system can realize high-speed machining and multi-program automation, shorten the machining cycle and improve productivity.

4. Reduce manual error: CNC centering machine operation automation degree is high, reducing the occurrence of manual error, to ensure the stability of processing accuracy.

5. High Repeatability: CNC centering machine can realize high precision and good repeatability processing, avoiding the problem of inconsistent processing caused by manual processing errors.

CNC Walking Center Running Machine has obvious advantages in machining accuracy, which can improve production efficiency, reduce costs, and can meet the requirements of higher machining accuracy.