GF-Vario-Z-R15-HE

solid carbide thread milling cutters

Article number GFB35401.0030

Machining of internal threads.

Product features and benefits:

Short machining time due to more flutes.
Deep thread possible thanks to long thread part.
Smooth milling operation thanks to flutes with 15° helix angle.
Predrilled tap hole necessary.
Pitch-dependent tool with corrected thread profile.
Cross-dimensional.

International Material Comparison
thread symbol:
M, MF
nominal diameter d₁ [mm]:
2.95 mm - 999 mm
nominal diameter [in]:
0.116 " - 39.331 "
pitch [mm]:
0.5 mm
thread orientation:
internal
basic version:
GF - thread milling cutter
type:
GF-Vario-Z-R15
coolant supply:
without
helix direction:
R15
clamping flat:
HE
shank standard:
DIN 6535
direction of tool rotation:
RH
Coating:
without
shank diameter d₂:
6 mm
OAL l₁:
51 mm
length of cutting edge l₂:
6 mm
flutes /number of ridges:
4
clamping length l₄:
36 mm
diameter of milling part dF:
2.4
cutting material:
carbide
Technical details
thread symbol:
M, MF
nominal diameter d₁ [mm]:
2.95 mm - 999 mm
nominal diameter [in]:
0.116 " - 39.331 "
pitch [mm]:
0.5 mm
thread orientation:
internal
basic version:
GF - thread milling cutter
type:
GF-Vario-Z-R15
coolant supply:
without
helix direction:
R15
clamping flat:
HE
shank standard:
DIN 6535
direction of tool rotation:
RH
Coating:
without
shank diameter d₂:
6 mm
OAL l₁:
51 mm
length of cutting edge l₂:
6 mm
flutes /number of ridges:
4
clamping length l₄:
36 mm
diameter of milling part dF:
2.4
cutting material:
carbide
thread symbol
M, MF
nominal diameter d₁ [mm]
2.95 mm - 999 mm
nominal diameter [in]
0.116 " - 39.331 "
pitch [mm]
0.5 mm
thread orientation
internal
basic version
GF - thread milling cutter
type
GF-Vario-Z-R15
coolant supply
without
helix direction
R15
clamping flat
HE
shank standard
DIN 6535
direction of tool rotation
RH
Coating
without
shank diameter d₂
6 mm
OAL l₁
51 mm
length of cutting edge l₂
6 mm
flutes /number of ridges
4
clamping length l₄
36 mm
diameter of milling part dF
2.4
cutting material
carbide
Cutting Values