When choosing processed products, we usually choose products that are suitable for us. Even if they are not suitable, they are useless even if they are given to us. Although sometimes the product price is very cheap, the appearance is particularly good, it is also useless, mills are also the same. So how to choose the right mills for processing?
The development of the mold processing industry has rapidly increased the development of mills tools, so many machine tool processing companies, when choosing mills, do not have a special understanding of how the machine tool chooses mills processing, and often choose unsuitable mills. Affected the processing efficiency, so many customers will have such a problem when choosing mills.
The same brand, the same tool specifications, and even the same material. Why are the processed effects different, or even very different. Some people who don't know the details will say that this is caused by the instability of mills in the factory. In fact, this is one of the reasons. However, this situation is basically impossible. The reason for this situation may be affected by different machine tools. Because the machine tool and the cutting tool are originally from the same company, the manufacturer produces the tools, which are also designed according to the approximate hardness of the material. It can only be said that the more common materials, when the versatility is strong, the general processing problems will not be very big. of.
There are many ways to select tools for CNC machine tools. However, when facing high-speed and high-hardness materials processing, the speed of the machine tool is required to be high, and the effect will be better.
With the development of mills, the application of mills has become more and more extensive, especially in machine tool, automotive, industrial, medical and other industries. In the machine tool industry, if the customer just happens to use ordinary machine tools, the processing materials may be particularly hard. . In this case, the effect of choosing high-hardness mills will be very good. So I have to tell you a question here. When choosing a cutting tool, you can't analyze it solely from the hardness of the material itself, but also evaluate it according to its own machine tool and various aspects of processing requirements. This way the selected mills will have a higher matching degree
