5/8" 3 FLUTE 37° HELIXSOLID CARBIDE END MILLZRN COATED.030 CORNER RADIUS1-5/8" LENGTH OF CUT3-1/2" OVERALL LENGTH5/8" SHANK DIAMETER
Application:High velocity milling of Aluminum and other non-ferrous materials.
Package Included:1pc 5/8" 3 Flute 37° Helix Carbide End Mill For Aluminum
The 3-blade solid carbide milling cutter has these advantages and functions:
In terms of advantages, it has high processing efficiency, and the three cutting edges can evenly share the cutting force during the cutting process. Compared with a double-edged milling cutter, it can cut more material at the same feed rate. Moreover, this type of milling cutter is relatively stable during machining, and cutting with three cutting edges helps reduce vibration and achieve better machining surface quality. In addition, the material of the overall hard alloy makes the cutting tool wear-resistant and has a longer service life.
In terms of function, it is mainly used for milling various materials, such as flat milling, side milling, and contour milling of common materials such as steel, cast iron, and non-ferrous metals. It can accurately process various shapes of workpiece contours and is widely used in fields such as mold manufacturing and mechanical parts processing.
5/8" 3 FLUTE 37° HELIX
SOLID CARBIDE END MILL
ZRN COATED
.030 CORNER RADIUS
1-5/8" LENGTH OF CUT
3-1/2" OVERALL LENGTH
5/8" SHANK DIAMETER
Application:
High velocity milling of Aluminum and other non-ferrous materials.
Package Included:
1pc 5/8" 3 Flute 37° Helix Carbide End Mill For Aluminum
The 3-blade solid carbide milling cutter has these advantages and functions:
In terms of advantages, it has high processing efficiency, and the three cutting edges can evenly share the cutting force during the cutting process. Compared with a double-edged milling cutter, it can cut more material at the same feed rate. Moreover, this type of milling cutter is relatively stable during machining, and cutting with three cutting edges helps reduce vibration and achieve better machining surface quality. In addition, the material of the overall hard alloy makes the cutting tool wear-resistant and has a longer service life.
In terms of function, it is mainly used for milling various materials, such as flat milling, side milling, and contour milling of common materials such as steel, cast iron, and non-ferrous metals. It can accurately process various shapes of workpiece contours and is widely used in fields such as mold manufacturing and mechanical parts processing.