Основной каталог Kyocera 2021 - 2022 - страница 921

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Guide for helical milling

For helical milling, use between min. cutting dia. and max. cutting dia.

Description MFH...-10-...Min. cutting dia. 2×DCX-18Max. cutting dia. 2×DCX-2øDh (Machining dia.) Cutting direction
MFH...-14-...2×DCX-252×DCX-2 Unit: mm
ng depth (h) at he X) in the cutter di n-cut milling is re i rate should be un caution to eliminalical milling should be u mension chart. commended. (Ref. to the i der 50% of the recomm te incidences caused bynder max. depth of cut right figure) ended cutting conditions. producing long chips.DCX (Cutting dia.)

Guide for pecking 3D machining

Insert typeRampingContouring (Rising wall angle)VerticalHelical millingPocketing
GM / GH(90°)
LD(65°)×××
FL(80°)×××

Pd DCX Center core

  • Some applications are not available depending on insert type.
  • For FL and LD type, there is a limit of rising wall angle at contouring.

M

GM type/ GH typeLDtypeFLtype
DescriptionMax. cutting depth PdMin. cutting length X for flat bottom surfaceMax. cutting depth PdMin. cutting length X for flat bottom surfaceMax. cutting depth PdMin. cutting length X for flat bottom surface
MFH...-10-...1.5DCX-181.5DCX-141.5DCX-15
MFH...-14-...2DCX-242DCX-182DCX-19

[Pecking depth] Please refer to Pd (Max. cutting depth) in the chart. Unit: mm [When traversing after drilling] 1. Reduce feed rate 25% or less of the recommended conditions until the center core part (Unmachined part) is removed. 2. When drilling, reduce feed rate per revolution to f=0.2mm/rev or under.