Understanding the keywords of milling cutter diameter is very important for tool selection and cutting strategies in milling operations. Here are the relevant keywords you must know:
Cutter Diameter: Cutter diameter is the diameter of the cutting edge on the milling cutter tool, usually expressed in millimeters or inches.
Tool diameter size: Tool diameter size will affect the cutting efficiency, surface quality and machining accuracy in milling.
Cutting efficiency: Milling cutters with larger tool diameters can remove more material at one time, improving processing efficiency and productivity.
Surface quality: The choice of milling cutter diameter will affect the roughness and smoothness of the machined surface. Milling cutters with larger diameters produce smoother surfaces.
Machining accuracy: Small diameter milling cutters can achieve higher machining accuracy and details, and are suitable for precision machining operations.
Selection factors:
Material type and nature: Different materials may require different diameter milling cutters for optimal processing.
Cutting conditions: Machining conditions such as cutting speed, feed rate and depth of cut will affect the selection of tool diameter.
Machining objectives: For roughing or finishing, milling cutters of different diameters may be required.
Tool diameter size range: The size range of milling cutter diameters ranges from small to large, and is usually selected based on specific processing requirements and workpiece size.
Tool diameter and tool stability: Milling cutters with larger tool diameters have better stability during machining, reducing vibration and fluctuations during machining.
Application range: Milling cutters of different diameters are suitable for various machining applications, including rough machining, semi-precision machining and precision machining.