In the application field of CNC lathes, grinding operation can be said to be a common one. It mainly involves edge repair through high-speed and high-precision operation. Whether it is high demand metal parts or exquisite plastic and wood decorations, they cannot do without the support of CNC lathe grinding work. Today, we, CNC lathe manufacturers, will explain five methods to improve the grinding effect of CNC lathes.
1、 High CNC grinding effect
The CNC horizontal lathe grinding wheel rotates the workpiece at high speed, which is more than 20 times the speed of ordinary cutting tools, reaching 35m/s, and has a high metal cutting rate.
2、 High precision and low roughness
The CNC grinding process directly achieves high precision workpiece machining and low surface roughness for horizontal lathes. Each abrasive chip layer is only a few microns, so it is ground in the precision addition of 212/2 sequence.
3、 High cutting power and energy consumption
The grinding wheel is composed of numerous abrasive grains on a CNC lathe. The abrasive grains are unevenly distributed at different angles in the grinding wheel, and have rounded ends with larger cutting power.
4、 Wide processing range
The grinding wheel has high abrasive hardness and good thermal stability. CNC horizontal lathe CNC grinding is also suitable for materials with high hardness such as quenched steel, various cutting tools, and hard lathe alloys.
5、 CNC grinding has higher flexibility
The objects processed by CNC horizontal lathes are flexible and variable. By changing the application software, one can directly switch from processing one type of part to processing another, shortening the equipment adjustment and preparation time for multi variety production.
The above are the five methods shared by our CNC lathe manufacturer to improve the grinding effect of CNC lathes. We hope that the above description can be helpful for everyone in their future CNC lathe grinding work.