Cleveland
Cleveland C63522 4-Flute Carbide Ball End Mill
A 4-flute carbide ball end mill with a 0.125 in milling diameter for contouring and profiling
- Ball-end profile produces smooth 3-D contours
- Four flutes give stable chip evacuation in tight pockets
- Solid carbide construction resists wear on hard materials
- Uncoated surface suits non-ferrous and general-purpose milling
- 125 in diameter fits small-detail finishing passes
Cleveland C63522 Ball End Mill
The Cleveland C63522 is a 4-flute carbide ball end mill designed for general-purpose milling. It suits machinists and fabricators who need a reliable tool for contouring and profiling operations. The uncoated carbide substrate provides consistent performance across a range of materials. It is not intended for high-volume production runs requiring specialised coatings.
Thermals noise and power draw
Heat generation depends on the machine tool parameters and workpiece material rather than the cutter itself. The uncoated carbide construction manages typical cutting temperatures encountered in general-purpose applications. No coolant-through channels are present, so external flood or mist cooling must be supplied by the machine setup. Power draw is determined entirely by the spindle drive and cutting strategy.
Build quality and connectors
The solid carbide body offers high rigidity and wear resistance for a 0.125 inch milling diameter. A standard cylindrical shank fits common ER collets, Weldon flats or shrink-fit holders without proprietary adapters. The four-flute geometry balances chip evacuation and surface finish in everyday shop use. The tool arrives new and ready for immediate inspection and measurement.
Highlights
- Ball-end profile produces smooth 3-D contours
- Four flutes give stable chip evacuation in tight pockets
- Solid carbide construction resists wear on hard materials
- Uncoated surface suits non-ferrous and general-purpose milling
- 125 in diameter fits small-detail finishing passes
Specifications
| Brand | CLEVELAND |
|---|
Questions about this item
How do I install the 0.125 in carbide ball end mill, and what step is often missed?
Clamp the shank fully into a collet or end-mill holder with minimal overhang, then verify run-out before cutting; skipping the run-out check is the step most users miss.
What maintenance or replacement will the uncoated carbide end mill need later?
The flutes will dull with use; resharpening restores geometry a few times, but once the carbide substrate shows chipping or excessive wear the tool must be replaced.
What limit appears first on the 4-flute ball end mill during sustained cutting?
Heat buildup in the uncoated carbide typically limits continuous feed rates before chip evacuation or tool deflection becomes critical.
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