Cleveland
Cleveland C60484 2-Flute Carbide Square Single-End HP End Mill for Alum CTD statue
A 0.3125 in diameter carbide square end mill with a 0.4375 in length of cut for aluminium milling
- TypeCutting Tools
- 3125 in milling diameter for precise aluminium cuts
- Two-flute carbide design clears chips efficiently in soft metals
- 4375 in length of cut handles shallow pockets
- 5/16 in shank fits standard ER collets and holders
- Uncoated carbide resists built-up edge on aluminium alloys
Cleveland C60484 End Mill for Aluminium
The Cleveland C60484 is a 2-flute carbide square end mill designed for high-performance machining of aluminium. Its single-end configuration and uncoated surface suit general-purpose milling tasks in a workshop or light-industrial setting.
Uncoated Carbide Construction
The uncoated carbide substrate provides hardness and wear resistance when cutting aluminium alloys. A straight shank design ensures secure holding in standard tool holders without coolant-through requirements.
0.3125 in Milling Diameter
The cutting diameter of 0.3125 in and length of cut of 0.4375 in define the material removal capability per pass. Buyers needing a larger diameter or longer reach for deep cavities should select a different tool.
Highlights
- 3125 in milling diameter for precise aluminium cuts
- Two-flute carbide design clears chips efficiently in soft metals
- 4375 in length of cut handles shallow pockets
- 5/16 in shank fits standard ER collets and holders
- Uncoated carbide resists built-up edge on aluminium alloys
Specifications
| Brand | CLEVELAND |
|---|---|
| Type | Cutting Tools |
Questions about this item
How is the 5/16 in shank end mill installed in a collet, and what step is often missed?
Insert the .3125 in shank fully into a matching collet, tighten the drawbar to the machine’s torque spec, and verify run-out before cutting — skipping the run-out check is the common error.
What maintenance will the uncoated carbide cutter need later?
The uncoated carbide flutes will dull with use; plan to resharpen or replace the tool once edge wear reduces cut quality in aluminium.
What limit appears first during sustained milling with the 0.4375 in length of cut?
Heat buildup in the uncoated carbide and chip evacuation in the two-flute design become the limiting factors during prolonged cuts.
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