As a precision machining tool, CNC vertical turning drill bits, its tool holder and grinding method are crucial. An excellent vertical lathe drill bit is not only excellent in quality, but also capable of adapting to different workpiece processing needs.
The choice of tool holder is one of the important factors affecting the performance of CNC vertical lathe drill bits. Generally speaking, the tool holder should have high hardness and high toughness. This ensures that the drill bit is not prone to wear and can withstand greater processing forces. In addition, the diameter of the tool holder also needs to be selected according to the processing technology and requirements to ensure the stability of the processing effect.
Grinding method is another important factor that affects the processing effect of vertical lathe drill bits. During use, constant running-in and friction will cause drill bit wear, thus affecting the processing quality. Therefore, the choice of grinding method is also very important. Generally speaking, the grinding methods of vertical lathe drill bits can be divided into two types: surface grinding method and sharpening method. In the surface grinding method, the side of the vertical drill tool holder is mainly ground. In the sharpening method, the edge and cutting edge of the core drill are ground and ground.
Taken together, the tool arbor and grinding method of CNC vertical lathe drill bits are very important factors, and they are directly related to the processing capabilities and processing results of vertical lathe drill bits. Therefore, when selecting and using a vertical lathe drill bit, it is necessary to select the appropriate tool bar and grinding method according to the actual processing needs to fully utilize the potential of the vertical lathe drill bit.