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Cleveland

Cleveland C66228 Carbide End Mill 120 Degree Chamfer

SKU CH-GK6S-XNP27

A carbide chamfer mill with a 120-degree included angle and four flutes for precision milling

  • TypeMilling
  • 120-degree chamfer for precise angled cuts
  • Carbide construction resists wear in tough materials
  • Four-flute design improves chip evacuation and finish
  • Three-inch overall length reaches deeper work areas

Cleveland C66228 Carbide Chamfer Mill

The Cleveland C66228 is a solid carbide end mill designed for 120-degree chamfering operations. Its four-flute point geometry suits machinists and fabricators who need precise angled edges on metal workpieces. The uncooked carbide construction provides hardness and wear resistance for general milling tasks in a workshop environment. This tool is sold as a single unit for manual or CNC machining centres.

Four-flute point geometry for chamfering

The 120-degree included angle cuts consistent chamfers without requiring a separate deburring step. A standard tool holder secures the shank for use in milling machines or machining centres. The carbide material handles steel, cast iron and non-ferrous alloys where high-speed steel would wear quickly. Builders needing different included angles or coated finishes for specialised alloys will need a different tool.

Highlights

  • 120-degree chamfer for precise angled cuts
  • Carbide construction resists wear in tough materials
  • Four-flute design improves chip evacuation and finish
  • Three-inch overall length reaches deeper work areas

Specifications

BrandCLEVELAND
TypeMilling

Questions about this item

How long does the 120 degree carbide tip last under sustained milling?

The solid carbide construction resists wear longer than high-speed steel, maintaining the 120 degree chamfer angle through extended production runs.

Does the uncoated carbide generate excess heat during all-day operation?

Uncoated carbide runs cooler than coated alternatives in many materials, reducing thermal buildup during continuous cutting cycles.

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