Carbide Router End Mills - Diamond Cut
These solid tungsten carbide milling cutters on a 1/8" shank (3.175mm) have a fish tail point which prevents any splintering or breakout and will plunge directly into your material producing a flat surface.
The diamond up-cut gives you an abundance of cutting edges that will give you an excellent finish. These end mills are hard-wearing and will produce precise contours. End mill router bits are ideal for sign making, metal forming and circuit boards. Router bits are protected with a rubber cap and boxed individually.
Harder, rigid, and more wear-resistant than High Speed Steel (HSS), Carbide end mills are extremely heat-resistant and used for high-speed applications in a lathe, milling or CNC machine on some of the hardest materials such as cast iron, steel, non-ferrous metals, alloys and plastics.
Choose from sizes between 0.2mm - 3.0mm
Routing end mills for use on:
- Metals
- Plastics, acrylics, resin
- Hard Wood
- Carbon fibre/Epoxy glass laminates
- Circuit boards
Please take a look at the technical tab below for specifications and dimensions on these end mill router bits...
Technical
Solid Tungsten Carbide router end mills. Diamond up-cut with a fishtail end
- Shank: 1/8" (3.175mm)
- Tip: Fish Tail
- Cut: Diamond, Up-Cut. (right twisted)
- Overall length: 35mm - 38mm
Cutting lengths and recommended speed and feed rates:
- 0.2mm diameter = 1.5mm cutting length, 30,000 RPM, 0.1 feed rate
- 0.3mm diameter = 2mm cutting length, 30,000 RPM, 0.1 feed rate
- 0.4mm diameter = 2.5mm cutting length, 30,000 RPM, 0.1 feed rate
- 0.5mm diameter = 3mm cutting length, 55,000 RPM, 0.1 feed rate
- 0.6mm diameter = 4mm cutting length, 55,000 RPM, 0.1 feed rate
- 0.8mm diameter = 5mm cutting length, 44,000 RPM, 0.3 feed rate
- 1.0mm diameter = 6mm cutting length, 40,000 RPM, 0.3 feed rate
- 1.2mm diameter = 7mm cutting length, 37,000 RPM, 0.5 feed rate
- 1.5mm diameter = 8mm cutting length, 32,000 RPM, 0.8 feed rate
- 1.6mm diameter = 10mm cutting length, 30,000 RPM, 0.9 feed rate
- 1.8mm diameter = 10mm cutting length, 27,000 RPM, 1.0 feed rate
- 2.0mm diameter = 10mm cutting length, 27,000 RPM, 1.0 feed rate
- 2.5mm diameter = 10mm cutting length, 20,000 RPM, 1.1 feed rate
- 3.0mm diameter = 12mm cutting length, 20,000 RPM, 1.1 feed rate
