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H&V EXM1-M01-0523 PERFORMMAKER Solid Carbide Square-End End Mill 4FL 2xD ANNX

Hofmann & Vratny PERFORMMAKER square-end end mill.

Key features

  • Optimized microgeometry with higher vibration resistance and increased cutting edge stability
  • Special unequal tooth pitch combined with variable helical pitch for smooth running
  • Designed for maximum removal rate when milling with high radial depth of cut and in the full slot up to 1xD
  • For process reliable ramping, helical immersion and diving (drilling) up to 1xD
  • New version with main focus on all CrNi steels (M1.1 / M2.1,
  • V2A)
  • Specially designed to withstand the varying additions of CrNi
  • Solid carbide
  • AlphaNox Navy X (ANNX) coating
  • 4FL cutting geometry
  • Shank form: HA
  • Manufacturer length designation: 2xD (see variant dimensions and catalog for exact cutting length and reach)
  • Cutting diameter tolerance: e8

Recommended workpiece materials

PSteels

  • Unalloyed steels — tensile strength < 1,100 N/mm² — Secondary application
  • Low-alloy steels — tensile strength < 1,300 N/mm² — Secondary application
  • High-alloy steels — tensile strength < 1,400 N/mm² — Secondary application

MStainless steels

  • Ferritic / martensitic stainless steels — tensile strength < 850 N/mm² — Primary application
  • Austenitic stainless steels — tensile strength < 650 N/mm² — Primary application
  • Austenitic stainless steels — tensile strength < 750 N/mm² — Secondary application
  • Duplex and super-austenitic stainless steels — tensile strength < 1,100 N/mm² — Secondary application

KCast iron

  • Grey cast iron — tensile strength < 1,000 N/mm² — Secondary application

TTitanium

  • Pure titanium and titanium alloys — tensile strength < 1,000 N/mm² — Secondary application

Material groups and primary/secondary applications follow the H&V catalog. Select cutting conditions for the specific material and operation; not every operation is supported for every material. Refer to the catalog pages in the gallery for dimensions and cutting data.