Cleveland
Cleveland C80005 4-Flute Carbide HP VI Square Single End Mill
A 4-flute carbide square end mill with TiAlN coating, 0.125 in diameter and 0.5 in length of cut
- TypeMilling
- 4-flute design improves chip evacuation for smoother milling
- Carbide construction with TiAlN coating resists wear at high speeds
- 125 in diameter suits precision profiling and slotting
- 5 in length of cut enables deeper passes in one operation
- 1/8 in straight shank fits standard collets and holders
Cleveland C80005 4-Flute End Mill
This Cleveland C80005 is a 4-flute carbide square end mill designed for high-performance milling. It features a TiAlN coating and a 0.125 in milling diameter with a .5 in length of cut. The tool has an overall length of 1 1/2 in and a 1/8 in shank diameter.
Machinists needing a coated carbide tool
This end mill suits machinists performing general-purpose milling operations requiring a square profile. It is not intended for buyers who need coolant-through capability or a different flute count for specific chip evacuation requirements. Users requiring a necked design for deep pocketing should look at alternative tooling.
Standard shank fits common holders
Installation is straightforward as the 1/8 in shank fits standard ER collets and end mill holders. The non-coolant-through design simplifies setup since no through-spindle coolant connection is required. Ensure the tool is secured tightly to minimise runout and prevent premature wear or breakage during operation.
Highlights
- 4-flute design improves chip evacuation for smoother milling
- Carbide construction with TiAlN coating resists wear at high speeds
- 125 in diameter suits precision profiling and slotting
- 5 in length of cut enables deeper passes in one operation
- 1/8 in straight shank fits standard collets and holders
Specifications
| Brand | CLEVELAND |
|---|---|
| Type | Milling |
Questions about this item
What size collet or chuck do I need to hold the 1/8 in shank on this end mill?
The shank diameter is 1/8 in, so a matching 1/8 in collet or chuck is required.
Will the 0.125 in cutting diameter and 0.5 in length of cut reach the same depths as the 1/4 in tools I currently run?
The smaller 0.125 in diameter and 0.5 in length of cut limit reach and material removal compared to larger tools.
How can I confirm the TiAlN coating is performing correctly after the first cuts?
Look for gold-coloured chips and minimal built-up edge on the square end after machining.
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