GF
| GF |
GFS
| GFS |
GFM
| GFM |
GFS-ST
| GFS-ST |
GFM-ST
| GFM-ST |
GFM-STL
| GFM-STL |
GFH
| GFH |
GFE
| GFE |
GFT
| GFT |
GFW-Q
| GFW-Q |
BGF
| BGF |
BGF 3
| BGF 3 |
BGFS
| BGFS |
PCD
| PCD |

General advantages of thread milling

  • Threads to different tolerance classes can be produced with same cutter
  • Tool breakage does not necessarily entail scrapping of the workpiece
  • Less power needed for cutting internal threads
  • Short machining times due to high cutting speeds
  • Excellent thread surface finish
  • Short chips, hence no chip problems
  • Right and left hand threads can be produced in blind or through holes by the same cutter
  • Low cutting forces enable threads to be cut in thin wall workpieces
  • Cutting speeds and feeds can be matched individually to workpiece material
  • No change of cutter spindle direction of rotation required
  • No special tapping chucks required, standard chucks suffice
  • Threads can be cut to exact depth
  • Threads can be cut down to near bottom of blind holes
  • Start of thread accurately determined by NC programme

Special advantages of type GFS thread milling cutter with chamfering capability

  • High productivity due to chamfering and thread milling with just one tool without tool changing
  • Reduction of both cutting time and non-cutting time in machining cycle
  • Saving of tool magazine places
  • Elimination of tool changing time
  • Reduction of setting time

Special advantages of type GFM wide range thread milling cutter

  • Cutter can cut threads of identical pitch on a wide range of diameters
  • Low tooling costs for large threads
  • Neck between cutter teeth and shank allows appreciably deeper threads to be cut by a 2nd thread milling cycle

Special advantages of type GFE thread milling cutter with single ring of teeth

  • Small diameter threads can be produced
  • Deep threads can be produced

Special advantages of type BGF drill thread milling cutter

  • High productivity due to drilling, chamfering and thread milling with just
    one tool without tool changing
  • Reduction of cutting and non-cutting times in machining cycle
  • Saving of two tool places
  • Fully cut thread only 1.3 x pitch shorter than depth of drilled hole
  • Both blind and through holes can be drilled and threaded

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