Application scenarios: Mainly used for milling various surfaces, circular grooves, etc., it is widely used in mold manufacturing, automotive parts processing, aerospace, mechanical electronics and other fields. For example, in the rough and precision machining of mold cavities, smooth surfaces can be machined, reducing the subsequent polishing workload; It also plays an important role in the shaping and processing of automotive components, as well as in the processing of complex curved parts in
Chip inclusion and removal: The chip inclusion groove design of ball end mills is crucial for chip removal during the machining process. A reasonable shape and size of the chip storage groove can facilitate the smooth discharge of chips, avoid chip accumulation in the groove, thereby reducing tool wear, improving machining efficiency and quality. Some ball end mills adopt a large chip slot design, which can accommodate more chips and is suitable for cutting with high feed rates; Some cutting
Precautions for use: Due to the longer cutting edge of ball end mills, they are prone to vibration. Therefore, it is necessary to choose appropriate cutting speed and feed rate during use to ensure machining stability. At the same time, the wear of ball end mills is relatively fast, and it is necessary to regularly check the wear of the cutting tools, replace or re coat them in a timely manner to ensure machining accuracy and quality. During the machining process, it is also necessary to pay
Tool materials: Common ones include high-speed steel, hard alloy, etc. High speed steel has good toughness, relatively low cost, and can withstand certain impacts. It is suitable for processing materials with general hardness, such as carbon steel, alloy steel, etc. Hard alloys have higher hardness, wear resistance, and heat resistance, and can be used to process high hardness materials such as mold steel, stainless steel, etc. They can maintain good cutting performance in high temperature
Specification and size: The diameter range of ball end mills is usually 0.5mm to 30mm, and the length depends on specific requirements. There are also various specifications for its ball head radius, and different ball head radii are suitable for different surface processing requirements. In addition, there are dimensional parameters such as the diameter of the tool holder that need to be matched with the tool holder interface of the milling machine.
وصف
HRC55 spherical 2 flute milling cutter CNC drill bit coating hard alloy cutter tungsten steel milling cutter engraving cutter R1
Hign-concerned Chemical : None
Degree : R0.1
Overall Length : 50mm75mm
Diameter : 112mm
Coating : AlTiN
Model Number : HRC55 2 Flute
Type : Ball Nose End Mills
Material : Tungsten Cobalt Alloy
Shank : 4mm20mm
Length : 50150mm
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