Cleveland
Cleveland C61127 2-Flute Carbide 120 Degree Chamfer Tool
A 2-flute carbide chamfer mill with a 120-degree included angle for milling operations
- TypeMilling
- Carbide construction resists wear for longer tool life
- 120-degree included angle suits wide chamfering tasks
- Two-flute design clears chips efficiently during milling
- Single-end carbide body simplifies tool changes
- 3/8 inch milling diameter fits standard holders
Tool identity
The Cleveland C61127 is a two-flute carbide chamfer mill with a 120-degree included angle and a 3/8-inch milling diameter. It is supplied new and uncoated for general-purpose machining. Machinists and maintenance technicians use it to break sharp edges or prepare weld bevels on ferrous and non-ferrous workpieces.
Angle constraint
The fixed 120-degree geometry limits the tool to chamfers matching that specific angle; other profiles require a different cutter. Carbide construction provides wear resistance in steel and aluminium, yet the uncoated substrate offers no thermal barrier for sustained high-speed passes. Rigidity of the machine spindle and work-holding determines practical feed rates more than the tool itself.
Upgrade path
This cutter replaces worn high-speed steel chamfer tools when longer edge life reduces tool-change downtime. The jump is worthwhile when batch sizes justify carbide cost and the machine can maintain stable speeds without vibration. Shops needing multiple angles or coated performance for abrasive alloys should select application-specific alternatives instead.
Highlights
- Carbide construction resists wear for longer tool life
- 120-degree included angle suits wide chamfering tasks
- Two-flute design clears chips efficiently during milling
- Single-end carbide body simplifies tool changes
- 3/8 inch milling diameter fits standard holders
Specifications
| Brand | CLEVELAND |
|---|---|
| Type | Milling |
Questions about this item
Should I choose the 120-degree chamfer tool or a different angle for my job?
Pick the 120-degree included angle when the drawing specifies that exact angle; the two-flute carbide design handles the cut in a single pass.
What does the 120-degree included angle actually produce on the workpiece?
It creates a chamfer with a 120-degree total angle, giving a wider, shallower bevel than steeper alternatives.
How does the uncoated carbide construction affect tool life and cutting speed?
Uncoated carbide resists heat and wear in general-purpose milling, letting you run standard speeds for ferrous and non-ferrous materials.
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