Carbide End Mill PCB Cutter Engraving Bit (2.0mm)

Carbide End Mill PCB Cutter Engraving Bit (2.0mm) Description

1、Made from ultra-fine grain cemented carbide material with good milling, cutting performance, ensuring high work efficiency 2、Have sufficient anti-bending strength, wear resistance, high hardness, high wear resistance and high strength 3、Sharp cutting edges, can be use for milling holes, grooves and edges on plates and the process will be smooth 4、Well polished surfaces are quite clean, neat, and there is no glitches or burrs on the shank 5、Many items or materials can be engraved such as circuit boards, metal, plastics, stainless steel and copper
Description:
These end mills are made from ultra-fine grain cemented carbide
material which ensures good milling, cutting performance and high work
efficiency. They are of high strength, hardness and wear resistance and
the cutting edges are quite sharp. There are 7 sizes which you can choose. Fine quality, these end
mills are very good for processing on many materials including plastics, PCB and metal.
Features:
Made from ultra-fine grain cemented carbide material with good milling, cutting performance, ensuring high work efficiency.
Have sufficient anti-bending strength, wear resistance, high hardness, high wear resistance and high strength.
Sharp cutting edges, can be use for milling holes, grooves and edges on plates and the process will be smooth.
Well polished surfaces are quite clean, neat, and there is no glitches or burrs on the shank.
Many
items or materials can be engraved such as circuit boards, metal,
plastics, stainless steel and copper.
Specifications:
Material: Cemented carbide
Color: Gold(cutting edge) & Sliver(shank)
Shank Diameter: 3.175mm / 0.125"
Length: 38mm / 1.49"
Cutting Edge
1.0mm
1.1mm
1.2mm
1.3mm
1.4mm
2.0mm
3.175mm
Cutting Edge Length
5.5mm
6.0mm
7mm
8mm
8mm
8mm
8mm
Quantity: 1pc
Weight: 21g(approx.)
Package Includes:
1pc x End Mill
Note:
Monitors are not calibrated same, item color displayed in photos may be
showing slightly different from the real object. Please take the real
one as standard.