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High-feed drill solid carbide TiAlNplus HPC 5xD with internal cooling HA |QUANTITY DISCOUNT
High-feed drill solid carbide TiAlNplus HPC 5xD with internal cooling HA |QUANTITY DISCOUNT - 1 High-feed drill solid carbide TiAlNplus HPC 5xD with internal cooling HA |QUANTITY DISCOUNT - 2 High-feed drill solid carbide TiAlNplus HPC 5xD with internal cooling HA |QUANTITY DISCOUNT - 3 High-feed drill solid carbide TiAlNplus HPC 5xD with internal cooling HA |QUANTITY DISCOUNT - 4 High-feed drill solid carbide TiAlNplus HPC 5xD with internal cooling HA |QUANTITY DISCOUNT - 5 High-feed drill solid carbide TiAlNplus HPC 5xD with internal cooling HA |QUANTITY DISCOUNT - 6
High-feed drill solid carbide TiAlNplus HPC 5xD with internal cooling HA |QUANTITY DISCOUNT - 1
High-feed drill solid carbide TiAlNplus HPC 5xD with internal cooling HA |QUANTITY DISCOUNT - 2
High-feed drill solid carbide TiAlNplus HPC 5xD with internal cooling HA |QUANTITY DISCOUNT - 3
High-feed drill solid carbide TiAlNplus HPC 5xD with internal cooling HA |QUANTITY DISCOUNT - 4
High-feed drill solid carbide TiAlNplus HPC 5xD with internal cooling HA |QUANTITY DISCOUNT - 5
High-feed drill solid carbide TiAlNplus HPC 5xD with internal cooling HA |QUANTITY DISCOUNT - 6

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ATORN

High-feed drill solid carbide TiAlNplus HPC 5xD with internal cooling HA |QUANTITY DISCOUNT

For use in steel and casting materials

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Available in 53 versions

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Application

Designed for use with very high feeds on stable and high-performance machines

Execution

  • 3-edge drill
  • 4 grinding surfaces with concave main cutting edge
  • 3 drill heels
  • 30° spiral angle

Advantage

  • Up to 50% higher productivity compared to dual-edge drill bits
  • Perfectly round holes combined with excellent self-centring behaviour, even on uneven surfaces
  • Extremely high feed rates thanks to the special cutting geometry
  • Polished chip spaces and optimised tapered core rejuvenation ensure perfect chip removal
  • Minimum burr formation at hole exit thanks to the 135° tip angle