Cleveland
Cleveland C81016 2-Flute Carbide Square End Mill
A 2-flute carbide square end mill with a 0.171875 in diameter and 0.625 in length of cut for general-purpose milling
- TypeCutting Tools
- 2-flute carbide geometry enables smooth slotting and profiling
- TiAlN coating extends tool life in high-heat cutting
- 171875 in diameter suits precision detail work
- 625 in length of cut handles shallow pockets efficiently
- 3/16 in shank fits standard collets and holders
Cleveland C81016 Square End Mill
This Cleveland C81016 is a 2-flute carbide square end mill built for general-purpose milling. It suits machinists and fabricators who need a reliable tool for slotting and profiling in a variety of materials.
TiAlN Coating and Solid Carbide
The TiAlN coating increases surface hardness and heat resistance compared to uncoated carbide. This allows higher cutting speeds and extends tool life when working with steel, stainless steel, and cast iron. The solid carbide substrate provides rigidity that reduces deflection during the cut.
Standard Shank for Direct Fit
The 3/16 inch shank diameter fits standard ER collets and Weldon holders without adapters. The 2 inch overall length and .625 inch length of cut keep the tool compact for shallow pockets. Verify your holder capacity and workpiece clearance before ordering.
Highlights
- 2-flute carbide geometry enables smooth slotting and profiling
- TiAlN coating extends tool life in high-heat cutting
- 171875 in diameter suits precision detail work
- 625 in length of cut handles shallow pockets efficiently
- 3/16 in shank fits standard collets and holders
Specifications
| Brand | CLEVELAND |
|---|---|
| Type | Cutting Tools |
Questions about this item
How often will the carbide flutes on the C81016 need resharpening or replacement?
Carbide flutes hold their edge far longer than high-speed steel, so resharpening intervals are measured in many hours of cutting rather than days; when the corner radius finally wears, a professional regrind restores the original .171875 in diameter.
What limit appears first during a long production run with the .625 in length of cut?
The .625 in flute length caps the maximum axial depth in a single pass, so deep pockets require multiple step-downs before the tool reaches its overall 2 in length limit.
How much heat and noise should I expect when the C81016 runs continuously in a CNC router?
Carbide runs cooler than steel at the same speed, and the TiAlN coating further reduces friction heat; expect only typical spindle whine and warm chips, not excessive squeal or thermal expansion.
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