Cleveland
Cleveland C80604 5-Flute Carbide End Mill 1.5 in .125 in
A 5-flute carbide end mill with a 1.5 inch cutting diameter and .125 inch corner radius for ferrous materials
- TypeMilling
- 5-flute design for smoother cuts in ferrous metals
- 5 in cutting diameter handles larger profiles
- .125 in corner radius strengthens edges
- Carbide construction resists wear at high speeds
- TiAlN coating extends tool life in tough materials
Cleveland C80604 5-Flute Carbide End Mill
The Cleveland C80604 is a 5-flute carbide end mill designed for milling ferrous materials. It features a 1.5 inch milling diameter with a .125 inch corner radius and a TiAlN coating for wear resistance. This single-end tool suits professional machining operations requiring high-performance cutting geometry.
Machinists Milling Ferrous Metals
This end mill serves machinists working with steel, iron and other ferrous alloys where the 5-flute design and corner radius improve finish and tool life. It is not intended for non-ferrous materials such as aluminium or plastics where different flute counts and coatings perform better. Buyers needing a square-end profile or a different radius should select another tool.
Verify Shank Fit and Machine Rigidity
Confirm your tool holder accepts the straight shank of this carbide end mill before ordering. Ensure your milling machine provides sufficient rigidity and spindle power for a 1.5 inch diameter cutter in ferrous applications. Check that your coolant or lubrication system is compatible with TiAlN-coated carbide tooling.
Highlights
- 5-flute design for smoother cuts in ferrous metals
- 5 in cutting diameter handles larger profiles
- .125 in corner radius strengthens edges
- Carbide construction resists wear at high speeds
- TiAlN coating extends tool life in tough materials
Specifications
| Brand | CLEVELAND |
|---|---|
| Type | Milling |
Questions about this item
Does the C80604 need a 1.5 in diameter tool holder to fit my milling machine?
The end mill has a 1.5 in cutting diameter and a .125 in corner radius; it requires a holder that matches the shank size of your specific machine.
Can I run this carbide end mill on a manual knee mill that normally takes high-speed steel cutters?
Yes, the solid carbide construction and TiAlN coating allow higher speeds than HSS, but you must reduce feed and speed to match the manual machine's rigidity.
How do I confirm the .125 in corner radius is cutting correctly after installation?
Measure the finished corner with a radius gauge or calibrated probe; a consistent .125 in fillet across the pass shows the tool is running true.
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