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SGS 38503

SGS® 38503 Z-Carb-HPR Z5 High Performance Imperial Square End Mill, 5/16 in Dia Cutter, 7/16 in Length of Cut, 5 Flutes, 5/16 in Dia Shank, 2-1/2 in OAL, AlTiN

  • Manufacturer: KYOCERA SGS Precision tools, Inc.
  • Brand Name: SGS®
  • Part Number: SGS 38503
  • MPN: 38503
  • UPC: 691781385031
  • Min. Order Qty: 1
  • Qty. Interval: 1
  • loading Available at Reynolds & Son, Inc - So Barre

The Z-Carb-HPR 5-flute roughing end mills are ideal for achieving high material removal rates (MRR) and superior finishes. The specialized 5-flute design is engineered for increased productivity over three and four flute end mills. The variable indexing geometry allows for improved chatter suppression over symmetrical designs. The series is offered in a variety of length, square and corner radius options and is coated with Ti-NAMITE-M and Ti-NAMITE-A for superior performance in difficult to machine materials like titanium and stainless steel.

SGS® Square End Mill, High Performance Imperial, Series: Z-Carb-HPR Z5, 5/16 in Cutter Dia, 2-1/2 in Overall Length, 7/16 in Length of Cut, 5 Flutes, Spiral Flute, 5/16 in Shank Dia, Right Hand Cutting, 37 deg Helix Angle, Straight Shank, Solid Carbide, AlTiN

Cutter Diameter      :      5/16 in
Cutting Direction      :      Right Hand
Finish      :      AlTiN
Flute Type      :      Spiral
Helix Angle      :      37 deg
Length of Cut      :      7/16 in
Material      :      Solid Carbide
Number of Flutes      :      5
Overall Length      :      2-1/2 in
Series      :      Z-Carb-HPR Z5
Shank Diameter      :      5/16 in
Shank Type      :      Straight
Type      :      High Performance Imperial
  • An ideal balance of helix, indexing, flute depth, rake and relief
  • Variable indexing for chatter supression and patented edge geometry for shearing and strength
  • Chatter-free geometry allows deep cutting and high speed machining
  • Enhanced corner geometry with tight tolerance corner radii
  • Excels at roughing, ramping, high speed machining and finishing in a variety of materials