Cleveland
Cleveland 81019 0.1875 in Carbide Corner Radius End Mill
A carbide corner-radius end mill with a 0.1875 in milling diameter, 0.01 in corner radius and 0.625 in flute length
- TypeCutting Tools
- Carbide construction resists wear for longer tool life
- TiAlN coating reduces friction and heat during cutting
- 1875 in milling diameter suits precise profiling tasks
- 01 in corner radius adds strength to sharp edges
- 2-flute design clears chips efficiently in general-purpose milling
Cleveland 81019 Carbide End Mill
The Cleveland 81019 is a 0.1875 in diameter carbide corner-radius end mill with a TiAlN coating. It has two flutes and a straight shank for general-purpose milling. The tool is supplied new and ready for workshop use.
Who this suits and who should look elsewhere
Machinists needing a small-diameter corner-radius cutter for profiling or finishing will find this tool fits the requirement. Buyers who require a larger cutting diameter, a different corner radius, or more flutes for heavier chip loads should consider other options.
Deciding specification: 0.1875 in milling diameter
The 0.1875 in milling diameter is the critical dimension that determines whether this end mill matches the programmed tool path and workpiece geometry. Verify this diameter against your CAM setup before ordering.
Highlights
- Carbide construction resists wear for longer tool life
- TiAlN coating reduces friction and heat during cutting
- 1875 in milling diameter suits precise profiling tasks
- 01 in corner radius adds strength to sharp edges
- 2-flute design clears chips efficiently in general-purpose milling
Specifications
| Brand | CLEVELAND |
|---|---|
| Type | Cutting Tools |
Questions about this item
How much heat does the 0.1875 in carbide end mill generate during extended cutting?
Carbide tools run hotter than high-speed steel, so use flood coolant or a strong air blast to manage temperature during long sessions.
What holder and machine setup are required for the 0.1875 in shank diameter?
You need a precision collet or hydraulic chuck that grips a 0.1875 in shank and a rigid spindle with minimal run-out.
Can the 0.01 in corner radius and TiAlN coating handle older manual knee mills?
Yes, the small radius and wear-resistant coating work well on manual machines if you keep feeds conservative and avoid heavy interruption.
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