数控外圆磨床是如何进行打磨的

　　首先我们都知道数控外圆磨床可以依据砂轮的高速运行，工件的旋转，然后根据砂轮在垂直方向上面运动，从而实现对工件的削磨预期效果。效率低，削磨以后的工件表面的质量比较合适，工件表面的外表粗糙度比较低。

　　Firstly, we all know that CNC cylindrical grinding machines can achieve the expected grinding effect of the workpiece based on the high-speed operation of the grinding wheel, the rotation of the workpiece, and then the vertical movement of the grinding wheel. Low efficiency, the surface quality of the workpiece after grinding is relatively suitable, and the surface roughness of the workpiece is relatively low.

　　主要根据砂轮给工件提升横着的削磨力，而非工作上地上中的运动。对于这种削磨的方法而言，速度是比较弄的，可是由于削磨的全过程中的削磨力量的扩张，会产生产加工一定的热值，促进磨削温度升高，在温度太高的情形下需要进行给与足够的冷却液进行致冷。

　　Mainly based on the grinding wheel to enhance the horizontal grinding force of the workpiece, rather than the movement on the work surface and in the ground. For this grinding method, the speed is relatively high, but due to the expansion of grinding force throughout the grinding process, it will generate a certain heat value for production and processing, promoting an increase in grinding temperature. In cases where the temperature is too high, it is necessary to provide sufficient coolant for cooling.

　　将横着磨削以及纵向磨削二种方法科学合理的结合在一起，先依据横着磨削的方法，接着再依据纵向磨削的方法来进行生产制造。依据二种方法既保持着效率的磨削，此外又保证了磨削的质量。

　　Scientifically and reasonably combine the two methods of horizontal grinding and vertical grinding, first based on the method of horizontal grinding, and then based on the method of vertical grinding for production and manufacturing. According to the two methods, both efficient grinding and high-quality grinding are maintained.

　　总的来说，数控外圆磨床磨削的方法效率很高，但是具备一个问题就是砂轮改造的实际操作是比较复杂的，此外，还要综合考虑工件的具体的结构，而且，对于砂轮的加入长度与切出长度都具有着清楚的要求，尽量保证一个长度才可以。