High speed steel ball end milling cutter is more suitable for finishing milling than standard type
Compared with standard milling cutters, the characteristics of high-speed steel ball-end milling cutters are:
The appearance is concise, bright, unique, novel and distinct;
The geometric accuracy is 40% higher than that of standard products. It is recommended for rough milling, semi-finish milling, and suitable for finishing milling;
Improve the smoothness of the front and rear corners to make the cutting edge sharp and chip removal brisk.
The width of the relief angle is increased by 15%. Improved strength, stable and reliable;
After the unique process, the service life is twice that of the standard milling cutter, and it has a very high cost performance.
It can be used not only for general equipment in traditional milling methods, but also for numerical control equipment.
The milling cutter is used for processing high hardness materials, and the hardness of the processed workpiece is HRC50~55 degrees.
Using coating and nano-grade tungsten steel raw materials.
The short edge design is suitable for high-speed milling; dry cutting can also be achieved.
Small-diameter ball-end and small-diameter flat-end milling cutters are designed with sharp rounded corners (a little R angle). The small-diameter ball-end milling cutter can reduce chipping and increase the service life of the tool.
High-speed steel ball end mills can mill die steel, cast iron, carbon steel, alloy steel, tool steel, and general iron materials, and belong to end mills. The ball end mill can work normally in high temperature environment.
High-speed steel ball end milling cutter use: widely used in all kinds of curved surface, arc groove processing.
High temperature resistance characteristics: the highest temperature to maintain cutting performance is 450-550/500-600 degrees Celsius.
The high-speed steel ball nose milling cutter has a large R-angle blade that is stronger than the sharp corner of the end mill, and it is not easy to collapse, that is, the life is more stable than that of the end mill. In addition, when used for 3D processing, the processing area of the ball cutter is R Larger values can be used for corner cutting edges, machining pitch and cutting depth, which improves the machining efficiency and also improves the quality of the machined surface.
