Cleveland
Cleveland C39013 2-Flute HSS Ball Nose End Mill TiN
A 2-flute high-speed steel ball nose end mill with TiN coating for contour milling
- 2-flute geometry clears chips efficiently in deep slots
- 3125 in diameter suits detailed contour work
- High-speed steel body resists wear during prolonged cuts
- TiN coating reduces friction and extends tool life
- Ball nose profile produces smooth 3-D surface finishes
Cleveland C39013 Ball Nose End Mill
The Cleveland C39013 is a two-flute high-speed steel ball nose end mill with a TiN coating. Its 0.3125 in milling diameter suits contouring and profiling work in general-purpose machining. The tool is supplied new and ready for use in milling machines or compatible power tool holders.
Suited For General Milling Tasks
Machinists cutting soft to medium steels, aluminium or plastics will find this cutter effective for 3D contouring and radius work. It is not intended for hardened steels, high-temperature alloys or abrasive composites that demand carbide substrates or specialised coatings. Buyers needing coolant-through capability or a shank size not listed here should consider other tooling.
0.3125 Inch Cutting Diameter
The 0.3125 in cutting diameter is the primary dimension that determines whether this end mill matches the required feature size. Verify the radius and depth of cut needed for your programme before selecting this tool.
Highlights
- 2-flute geometry clears chips efficiently in deep slots
- 3125 in diameter suits detailed contour work
- High-speed steel body resists wear during prolonged cuts
- TiN coating reduces friction and extends tool life
- Ball nose profile produces smooth 3-D surface finishes
Specifications
| Brand | CLEVELAND |
|---|
Questions about this item
What shank diameter does my collet or tool holder need to accept this 0.3125 in end mill?
The cutter has a 0.3125 in milling diameter, so a matching 0.3125 in collet or holder bore is required for proper fit.
Will the TiN coating on this HSS ball nose mill hold up when I run it in my older manual milling machine at lower spindle speeds?
Yes, the TiN coating reduces wear on high-speed steel and performs well at the lower speeds typical of manual machines.
How can I confirm the mill is cutting correctly once installed?
Check for a smooth hemispherical finish on the workpiece, listen for steady cutting noise, and verify chip formation is consistent without chatter.
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