With the continuous development of materials science, new materials such as ceramic wood are gradually entering the market. This material combines the hardness of ceramic with the lightness of wood, but it also presents new challenges during processing. This paper will discuss the application and advantages of CNC high speed drilling machine in ceramic wood processing.

As a new composite material, ceramic wood has high hardness and brittleness. In the drilling process, the aperture is only 0.3 mm, the depth reaches 6.5 mm, and it is required to drill through all. This kind of high-precision machining has extremely high requirements on the drill bit, and a slight mistake will cause the edge of the material to break, affecting the quality of the finished product. Therefore, we use CNC high-speed drilling machine.

CNC high speed drilling machine with its high precision, high efficiency and stability, become the ideal choice for processing ceramic wood.

The following are the main advantages of CNC high-speed drilling machine in ceramic wood processing:

1. CNC high-speed drilling machine can accurately control the hole diameter and depth to ensure that the size of each hole is consistent to meet the needs of high-precision processing.

2. When processing brittle materials, CNC high-speed drilling machine can maintain a stable processing speed and reduce material damage caused by vibration or improper operation.

3. By optimizing the processing parameters, the CNC high-speed drilling machine can complete the processing of a hole in 13 seconds, greatly improving the production efficiency.

4. CNC high-speed drilling machine can achieve automatic operation, reduce manual intervention, reduce the risk of operational error.

In practical application, CNC high speed drilling machine in ceramic wood processing effect is very ideal. The surface of the drilling is smooth, no obvious edge breaking phenomenon, and the overall quality meets the expected standard. This shows that CNC high-speed drilling machine has significant advantages in the processing of brittle materials, and can effectively overcome the processing difficulties.

Source of this article: http://www.duomicnc.com/