Cleveland
Cleveland 80174 Carbide Square Double-End End Mill
A carbide square double-end mill with a 0.15625 in milling diameter and 0.4375 in length of cut
- TypeCutting Tools
- Square-end milling profile produces sharp corners
- 15625 in diameter suits fine-detail work
- Carbide construction resists wear in abrasive materials
- TiAlN coating extends tool life at higher speeds
- Double-ended design gives two cutting edges per tool
Cleveland 80174 Carbide End Mill
The Cleveland 80174 is a solid-carbide square double-end mill designed for general-purpose milling. Its two-flute geometry and TiAlN coating suit a range of ferrous and non-ferrous materials.
Machinists needing a 0.15625 in diameter tool
This cutter suits machinists who need a 0.15625 in milling diameter with a 0.4375 in length of cut and a 3/8 in straight shank. It is not for operators who require coolant-through capability, a neck relief for deep pockets, or a different cutting diameter.
Double-end design gives two cutting ends
The double-end configuration provides two usable cutting ends on a single 3 in overall length body. This effectively doubles tool life per holder compared with single-end alternatives of the same specification.
Highlights
- Square-end milling profile produces sharp corners
- 15625 in diameter suits fine-detail work
- Carbide construction resists wear in abrasive materials
- TiAlN coating extends tool life at higher speeds
- Double-ended design gives two cutting edges per tool
Specifications
| Brand | CLEVELAND |
|---|---|
| Type | Cutting Tools |
Questions about this item
How do I install the Cleveland 80174 end mill in a 3/8 in tool holder without damaging the carbide?
Insert the straight 3/8 in shank fully into a matching collet or holder, then tighten evenly to avoid run-out; the carbide flutes are brittle and can chip if the shank seats crookedly.
When will the TiAlN coating on this 0.15625 in mill need replacement?
The coating wears gradually; plan to replace the tool once the cutting edges show visible rounding or when surface finish on the workpiece degrades.
What limit appears first during a long profiling pass with the 0.4375 in length of cut?
Heat builds in the short flute length first, so tool deflection and premature edge wear become the limiting factor before the 3 in overall length matters.
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