Milling cutter types and uses

Milling cutter types and uses:
Broadly divided into:
1) Flat end milling cutter, rough milling, remove a large number of blank, small area horizontal plane or contour milling;
2) Ball end milling cutter, surface semi-finishing and finishing milling; The knife can fine mill small chamfers on steep faces/straight walls
3) Flat head milling cutter with chamfer, can do rough milling to remove a large number of blanks, but also fine milling flat front (relative to steep) small chamfer.
4) Forming milling cutter, including chamfer cutter, T-shaped cutter or called drum cutter, tooth cutter, internal R cutter.
5) chamfer knife, chamfer knife shape and chamfer shape is the same, divided into milling round chamfer and bevel chamfer milling cutter.
6) T-cutter, milling T-groove;
7) Tooth cutter, milling out a variety of tooth shapes, such as gears.
8) Rough cutter, designed for aluminum copper alloy cutting rough milling cutter, can be processed quickly.

Features of DLC coated three-edge milling cutter.

Three-edge milling cutter is characterized by long service life, high finish, more durable, this is a special tool for milling aluminum materials, the material is high-quality tungsten steel, the surface is covered with a layer of DLC coating, the use of tool wear is small, smooth chip removal, high temperature resistance, it can also extend the service life to more than 3-5 times the ordinary milling cutter.

What is the difference between tungsten steel milling cutter and carbide milling cutter?

Tungsten steel milling cutter and carbide milling cutter is actually the same, but the name is different, is a commonly used metal processing tool. The whole is made of micro-particle tungsten steel raw materials, has a high hardness, belongs to high hardness high-speed cutting applications of special tools, according to the hardness can be used to process a variety of different metal materials. After the milling cutter is coated with colorful coating, the hardness, corrosion resistance and wear resistance of the cutting edge are increased, and the service life of the cutting tool is extended.