The realization principle of efficient cutting with straight groove milling cutter is mainly based on the following points:
1, tool rotation: the straight groove milling cutter is connected with the cutter holder through the spindle and rotates at high speed on the machine tool. This rotary motion provides the speed and force required for cutting, ensuring that the tool can cut the metal material quickly and efficiently.
2, tool geometry: the cutting edge design of the straight groove milling cutter is unique, usually with a straight edge groove. This design allows the cutting edge to contact multiple points of the workpiece at the same time, thus achieving efficient cutting. Compared with the traditional milling cutter, the straight groove milling cutter can increase the working length of the cutting edge to a greater extent and improve the cutting efficiency.
3, cutting force distribution: straight groove milling cutter cutting force distribution is more uniform. Through reasonable geometric parameter selection, such as edge inclination, front Angle and back Angle, the cutting force can be dispersed to a larger area, reducing the load and wear of the tool. This cutting force distribution helps extend tool life while increasing cutting efficiency.
4, cooling and lubrication: In order to achieve efficient cutting, the straight groove mill is usually equipped with an effective cooling and lubrication system during the processing. The coolant can effectively reduce the cutting temperature and reduce tool wear, while the lubricant can reduce the friction during the cutting process, reduce the cutting force, and further improve the cutting efficiency.
In summary, the realization principle of efficient cutting with straight groove milling cutter is achieved through high-speed rotation of the tool, unique geometric design, reasonable cutting force distribution and effective coordination of cooling and lubrication systems. The combined action of these factors enables the straight groove milling cutter to achieve efficient and stable cutting and improve the production efficiency of machining.
