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OSG 457106011

EXOCARB® PKE 457106011 Center Cutting High Performance Premium Regular Length Reduced Neck Single End Corner Radius End Mill, 6 mm Dia Cutter, 0.5 mm Corner Radius, 9 mm Length of Cut, 4 Flutes, 6 mm Dia Shank, 90 mm OAL, TiAlN

  • Manufacturer: OSG
  • Brand Name: EXOCARB®
  • Part Number: OSG 457106011
  • MPN: 457106011
  • Min. Order Qty: 1
  • Qty. Interval: 1
  • loading Available at Reynolds & Son, Inc - So Barre

EXOCARB® WXS® end mills are the new industry standard for hard milling. Everything about WXS is designed for rigidity and performance in hardened steel 50 HRC and greater. Substrates, geometry and proprietary WXS coating are all specifically tailored for hardened steels like D2, A2, S7, H13 and CPM.

EXOCARB® PKE Corner Radius End Mill, Center Cutting High Performance Premium Regular Length Reduced Neck Single End, Series: 4571, 6 mm Cutter Dia, 0.5 mm Corner Radius, 90 mm Overall Length, 9 mm Length of Cut, 4 Flutes, Spiral Flute, 6 mm Shank Dia, Right Hand Cutting, 45 deg Helix Angle, Shrink Fit Shank, Carbide, TiAlN

Corner Radius      :      0.5 mm
Cutter Diameter      :      6 mm
Cutting Direction      :      Right Hand
Finish      :      TiAlN
Flute Type      :      Spiral
Helix Angle      :      45 deg
Length of Cut      :      9 mm
Material      :      Carbide
Number of Flutes      :      4
Overall Length      :      90 mm
Series      :      4571
Shank Diameter      :      6 mm
Shank Type      :      Shrink Fit
Type      :      Center Cutting High Performance Premium Regular Length Reduced Neck Single End
  • Ultra fine micrograin carbide the hardest most wear-resistant carbide possible for incredible wear resistance
  • High precision geometry all corner radius and ball mills have +/-5 um radius tolerance high accuracy all but eliminates need for benching and rework for mold makers
  • High strength core diameter tools utilize thicker core diameters for the ultimate in strength and rigidity
  • WXS coating - +1300 deg C oxidation temperature and +3500 Hv in hardness higher coating oxidation temperature and hardness dramatically improve wear resistance