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HIGHTEMPALLOYS
TITANIUM
HIGHTEMPALLOYS
TITANIUM
58
www.kyocera-sgstool.com
END MILLS
END MILLS
ZH1MCRS
METRIC SERIES
mm
EDP NO.
CUTTING
DIAMETER
D
1
LENGTH
OF CUT
L
2
OVERALL
LENGTH
L
1
SHANK
DIAMETER
D
2
CORNER
RADIUS
R
Ti-NAMITE-A
(AlTiN)
6,0
10,0
54,0
6,0
0,50
42712
8,0
12,0
58,0
8,0
0,50
42713
10,0
14,0
66,0
10,0
0,50
42714
12,0
16,0
73,0
12,0
0,75
42715
16,0
22,0
82,0
16,0
1,00
42716
20,0
26,0
92,0
20,0
1,00
42717
ZH1MCR
METRIC SERIES
mm
EDP NO.
CUTTING
DIAMETER
D
1
LENGTH
OF CUT
L
2
OVERALL
LENGTH
L
1
SHANK
DIAMETER
D
2
CORNER
RADIUS
R
Ti-NAMITE-A
(AlTiN)
Ti-NAMITE-A
(AlTiN)
W/FLAT
6,0
13,0
57,0
6,0
0,5
46450
–
6,0
13,0
57,0
6,0
1,0
46451
–
6,0
13,0
57,0
6,0
1,5
46452
–
8,0
19,0
63,0
8,0
0,5
46453
–
8,0
19,0
63,0
8,0
1,0
46454
–
8,0
19,0
63,0
8,0
1,5
46455
–
10,0
22,0
72,0
10,0
0,5
46456
–
10,0
22,0
72,0
10,0
1,0
46457
–
10,0
22,0
72,0
10,0
1,5
46458
–
10,0
22,0
72,0
10,0
2,0
46459
–
12,0
26,0
83,0
12,0
0,5
46460
46471
12,0
26,0
83,0
12,0
1,0
46461
46472
12,0
26,0
83,0
12,0
1,5
46462
46473
12,0
26,0
83,0
12,0
2,0
46463
46474
12,0
26,0
83,0
12,0
3,0
46464
46475
16,0
32,0
92,0
16,0
1,5
46465
46476
16,0
32,0
92,0
16,0
2,0
46466
46477
16,0
32,0
92,0
16,0
3,0
46467
46478
16,0
32,0
92,0
16,0
4,0
46482
46483
20,0
38,0
104,0
20,0
3,0
46468
46479
20,0
38,0
104,0
20,0
4,0
46469
46480
20,0
38,0
104,0
20,0
5,0
46470
46481
• The original Z-Carb design
with an enhanced core
and higher helix suited
for the demands of high
temperature alloys
• Unequal helix design aids
in damaging harmonics
by changing the angle
at which each cutting
edge enters and exits the
material
• Unequal flute spacing
helps to disrupt the
rhythmic pattern created
by the cutting edge helping
to suppress damaging
harmonics
• Optimal material removal
rates through increased
feed and depths of cut
for difficult to machine
materials
• Enhanced corner geometry
with tight tolerance corner
radii
• Recommended for
materials ≤ 45 HRc
(≤ 420 Bhn)
• The original Z-Carb design
with an enhanced core
and higher helix suited
for the demands of high
temperature alloys
• Unequal helix design aids
in damaging harmonics
by changing the angle
at which each cutting
edge enters and exits the
material
• Unequal flute spacing
helps to disrupt the
rhythmic pattern created
by the cutting edge helping
to suppress damaging
harmonics
• Optimal material removal
rates through increased
feed and depths of cut
for difficult to machine
materials
• Enhanced corner geometry
with tight tolerance corner
radii
• Recommended for
materials ≤ 45 HRc
(≤ 420 Bhn)
TOLERANCES
(mm)
6
DIAMETER
D
1
=
+0,000/–0,030
D
2
=
h
6
R =
+0,000/–0,050
>6–10
DIAMETER
D
1
=
+0,000/–0,040
D
2
=
h
6
R =
+0,000/–0,050
>10–20
DIAMETER
D
1
=
+0,000/–0,050
D
2
=
h
6
R =
+0,000/–0,050
TOLERANCES
(mm)
6
DIAMETER
D
1
=
+0,000/–0,030
D
2
=
h
6
R =
+0,000/–0,050
>6–10
DIAMETER
D
1
=
+0,000/–0,040
D
2
=
h
6
R =
+0,000/–0,050
>10–20
DIAMETER
D
1
=
+0,000/–0,050
D
2
=
h
6
R =
+0,000/–0,050
METRIC
Z-Carb-HTA
≠
POS
4
For patent
information visit
www.ksptpatents.com
For patent
information visit
www.ksptpatents.com