Milling Technology - Cutters with assembly hole

708 suitable variants
    • with round, coarse chip breaker
      Corner protection chamfer (bevelled edge) for stabilisation of the edge
      Recommended feed directions of the respective cutters

    HSS shell end mill, DIN 1880, for face and corner milling with large stock removal rates (roughing applications) in simple steel and cast iron materials as well as copper alloys.

    cutting material:
    HSSE
    category:
    Shell End Mill
    tool interface:
    Bore with Keyway, Driving Slot
    tool interface norm:
    DIN 138
    coating:
    TICN
    helix angle:
    25 deg
    • without chip breaker
      Sharp-edged
      Recommended feed directions of the respective cutters

    HSS shell end mill DIN 1880, for face and corner milling with low cutting depths (finishinging) in almost all steel materials and non-ferrous metals.

    cutting material:
    HSSE
    category:
    Shell End Mill
    tool interface:
    Bore with Keyway, Driving Slot
    tool interface norm:
    DIN 138
    coating:
    TICN
    helix angle:
    25 deg
    • without chip breaker

    HSS circular saw blade acc. to DIN 138 / 885, coarse-toothed, for milling deep grooves, cut-off milling or cutting to length in steel and cast iron materials as well as short-chipping non-ferrous metals.

    cutting material:
    HSSE
    category:
    Side and Face Milling Cutter
    tool interface:
    Bore with Standard Keyway
    tool interface norm:
    DIN 138
    • without chip breaker

    HSS metal circular saw blade, DIN 138, fine-toothed, for milling grooves, cutting to length operations in steel and cast iron materials as well as short-chipping non-ferrous metals.

    cutting material:
    HSS
    category:
    Metal Slitting Saws
    tool interface:
    Straight bore
    tool interface norm:
    DIN 138
    • without chip breaker

    Slim HSS disc milling cutter, DIN 138/1834, with straight flutes for milling deep grooves, slotting and cutting to length steel and cast iron materials as well as short-chipping non-ferrous metals.

    cutting material:
    HSSE
    category:
    Side and Face Milling Cutter
    tool interface:
    Bore with Standard Keyway
    tool interface norm:
    DIN 138
    • without chip breaker

    Carbide circular saw blade, fine-toothed, for milling grooves, cut-off milling or cutting to length in almost all steel materials and non-ferrous metals.

    cutting material:
    carbide
    category:
    Metal Slitting Saws
    tool interface:
    Straight bore
    tool interface norm:
    DIN 138
    • without chip breaker

    HSS disc milling cutter acc. to DIN 138 / 885, cross-toothed for milling deep grooves, cut-off milling or cutting to length in steel and cast iron materials as well as short-chipping non-ferrous metals.

    cutting material:
    HSSE
    category:
    Side and Face Milling Cutter
    tool interface:
    Bore with Standard Keyway
    tool interface norm:
    DIN 138
    • without chip breaker

    HSS semi-round profile milling cutter, DIN 138/ DIN 855, for milling in steel materials, cast iron or short-chipping non-ferrous materials.

    cutting material:
    HSSE
    category:
    Radius Cutter
    tool interface:
    Bore with Standard Keyway
    tool interface norm:
    DIN 138
    • without chip breaker

    HSS form milling cutter DIN 138/ DIN 847, for milling of splines in single part process in steel materials, cast iron or short-chipping non-ferrous materials.

    cutting material:
    HSSE
    category:
    Spur Wheel Milling Cutter
    tool interface:
    Bore with Standard Keyway
    tool interface norm:
    DIN 138
    • without chip breaker
      Sharp-edged
      Recommended feed directions of the respective cutters

    HSS shell end mill, DIN 1880, for face and corner milling with large stock removal rates in light metals and fibre-free plastics.

    cutting material:
    HSSE
    category:
    Shell End Mill
    tool interface:
    Bore with Keyway, Driving Slot
    tool interface norm:
    DIN 138
    coating:
    without coating
    helix angle:
    30 deg