When processing Metallurgy core shaft, the process of deep hole drilling is indispensable. How much do you know about deep hole drilling? The process of deep hole drilling is more complicated. We can divide it into several situations. For this kind of knowledge It has been introduced in previous articles, and readers can learn about it on the website. In this article, the editor wants to introduce the process characteristics of Metallurgy core shaft deep hole machining. Let's take a look at the specific knowledge explanation.

1. The cutter bar is limited by the aperture, the diameter is small, and the length is large, resulting in poor rigidity and low strength. It is easy to generate vibration, ripple and taper during cutting, which affects the straightness and surface roughness of the deep hole.
2. When drilling and reaming, it is difficult to input the cooling lubricant into the cutting area without using special devices, which reduces the tool degree and makes chip removal difficult.
3. In the process of deep hole machining, it is not possible to directly observe the cutting condition of the tool. You can only judge whether the cutting process is normal by listening to the sound of cutting, watching the chips, touching the vibration and workpiece temperature, and observing the instrument.
4. It is difficult to remove chips. Use reliable means to break chips and control the length and shape of chips to facilitate smooth removal and prevent chips from clogging.
Through the understanding of the above content, you may have a good understanding of some difficult problems encountered in the deep hole processing of Metallurgy core shaft. Metallurgy core shaft deep hole processing efficiency has a direct impact on the product quality of Metallurgy core shaft. Poor processing quality may cause Metallurgy core shaft to not be used normally. We should pay attention to the deep hole machining process of Metallurgy core shaft, improve the machining accuracy and reduce the occurrence of machining errors. The article is introduced here first, thank you for your support.