High precision machining:
High blade accuracy: The adapted blade usually has a high precision, which can ensure the dimensional accuracy and surface quality of the milling process. In the surface milling, step milling and other processing operations, you can obtain a very flat machining surface and accurate size, suitable for high machining accuracy requirements, such as precision parts processing.
Good installation accuracy: the cutter head itself is designed and manufactured with high precision, and the position accuracy of the blade installed on the cutter head is accurate and stable. This allows the blade to maintain a stable cutting state when rotating at high speed, further ensuring the machining accuracy.
High rigidity:
Reasonable structural design: R390 cutter head generally adopts a more robust structural design, such as cone design, which can increase the rigidity of the cutter head, so that it is not easy to deformation or vibration when it is subjected to large cutting forces.
Excellent material: usually made of high-quality materials, such as hard alloy steel, etc., these materials have high strength and hardness, can effectively resist the stress generated during the cutting process, to ensure the rigidity and stability of the cutter head, thereby improving the processing efficiency and processing quality, and can extend the service life of the cutter head.
Good cutting performance:
Sharp blade: The blade is equipped with a sharp cutting edge, which can quickly cut into the workpiece material, reduce the cutting force and cutting heat, and reduce the deformation and thermal damage of the workpiece. At the same time, the sharp cutting edge can also improve the cutting efficiency and shorten the processing time.
Efficient chip removal: The structural design of the cutter head is conducive to the discharge of chips, such as reasonable chip removal groove design and blade geometry, so that chips can be smoothly discharged from the cutting area, avoid chip accumulation affecting the cutting process, so as to ensure continuous and stable cutting.
Wide applicability:
Suitable for a variety of workpiece materials: R390 milling cutter can be applied to a variety of different materials of workpiece processing, such as steel, cast iron, non-ferrous metals, etc., with strong versatility, can meet the processing needs of different industries and fields.
Different processing scenarios: whether it is rough machining or fine machining, plane machining or step, copying machining, R390 milling cutter can play a better role, a wide range of applications.
Easy to replace the blade: the blade on the cutter head is usually a removable design, and the blade is fixed on the cutter head by means of a wedge, so the replacement of the blade is very convenient and quick. This can not only reduce the cost of using the tool, but also improve production efficiency and reduce the downtime caused by tool replacement.