Cleveland
Cleveland C61048 2-Flute Carbide Square Single End GP End Mill
A 2-flute carbide square end mill for general-purpose milling, 0.4375 in diameter with 0.625 in length of cut
- TypeMilling
- 2-flute carbide design enables efficient chip clearance in general milling
- 4375 in cutting diameter suits precise slot and profile work
- 625 in length of cut supports shallow pocketing operations
- 7/16 in shank diameter fits standard tool holders securely
- Uncoated carbide substrate performs well in non-ferrous and low-heat applications
Cleveland C61048 Carbide Square End Mill
This Cleveland C61048 is a 2-flute carbide square end mill built for general-purpose milling. It has a 0.4375 in cutting diameter and a 0.625 in length of cut with an overall length of 2 1/2 in. The straight 7/16 in shank fits standard holders.
Machinists needing an uncoated carbide tool
It suits machinists who need an uncoated carbide tool for slotting or profiling in steel, cast iron or non-ferrous metals. Buyers requiring coolant-through capability or a coated cutter for high-heat alloys should look elsewhere.
0.4375 in cutting diameter decides fit
The 0.4375 in cutting diameter is the single specification that determines whether this end mill matches the required slot or pocket width. Verify this dimension against your print before ordering.
Highlights
- 2-flute carbide design enables efficient chip clearance in general milling
- 4375 in cutting diameter suits precise slot and profile work
- 625 in length of cut supports shallow pocketing operations
- 7/16 in shank diameter fits standard tool holders securely
- Uncoated carbide substrate performs well in non-ferrous and low-heat applications
Specifications
| Brand | CLEVELAND |
|---|---|
| Type | Milling |
Questions about this item
When will the 0.4375 in carbide flutes need replacing?
Replace the end mill when the 0.4375 in cutting edges show visible wear, chipping or when surface finish on the workpiece starts to degrade.
What limits continuous cutting with the 0.625 in length of cut?
Heat buildup in the uncoated carbide and chip evacuation in the 0.625 in flute length become the limiting factors during prolonged cuts.
How much heat and noise does the 7/16 in shank tool generate in all-day use?
The uncoated carbide runs hotter than coated versions; expect noticeable heat at the 7/16 in shank interface and typical router-level noise during extended milling.
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