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2
Cutting Tools
Design:
ISO inserts for parting and grooving in steel, aluminium and VA.
Self-grip system with stopper for aluminium and VA.
Order
No.
Description
2969
PU
a ± 0.06
mm
b
mm
R
mm
Clearance
angle
Face angle
K
3197
LFMX 2.00-0.16N F U 9035
6.60
10 ∆
2.00
1.60
0.16
7°
–
3200
LFMX 2.00-0.16N M U 9035
7.60
10 ∆
2.00
1.60
0.16
7°
–
3203
LFMX 3.10-0.20N F U 9035
6.60
10 ∆
3.10
2.60
0.20
7°
–
3206
LFMX 3.10-0.20N M U 9035
7.60
10 ∆
3.10
2.60
0.20
7°
–
3209
LFMX 4.10-0.20N F U 9035
6.60
10 ∆
4.10
3.60
0.20
7°
–
3212
LFMX 4.10-0.20N M U 9035
7.60
10 ∆
4.10
3.60
0.20
7°
–
3215
LFMX 5.10-0.20N F U 9035
8.05
10 ∆
5.10
4.60
0.20
7°
–
3218
LFMX 5.10-0.20N M U 9035
8.05
10 ∆
5.10
4.60
0.20
7°
–
3233
LFMX 2.00-0.16SR6 M U 9035
7.00
10 ∆
2.00
1.60
0.16
–
6°
3236
LFMX 2.00-0.16SL6 M U 9035
7.00
10 ∆
2.00
1.60
0.16
–
6°
3239
LFMX 2.00-0.16SR12 M U 9035
7.00
10 ∆
2.00
1.60
0.16
–
12°
3242
LFMX 2.00-0.16SL12 M U 9035
7.00
10 ∆
2.00
1.60
0.16
–
12°
3221
LFMX 3.10-0.20SR8 M U 9035
6.90
10 ∆
3.10
2.60
0.20
–
8°
3224
LFMX 3.10-0.20SL8 M U 9035
6.90
10 ∆
3.10
2.60
0.20
–
8°
3227
LFMX 4.10-0.20SR8 M U 9035
6.90
10 ∆
4.10
3.60
0.20
–
8°
3230
LFMX 4.10-0.20SL8 M U 9035
7.60
10 ∆
4.10
3.60
0.20
–
8°
(288)
Parting off inserts and cutting data
∆ Can only be supplied as a whole packaging unit.
N-F
N-M
SR-MU
SL-MU
Order
No.
ISO designation
Cutting materials
Cutting speed Feed
P
Steel
M
Stainless
K
Cast iron
N
Aluminium
S
Super-alloy
H
Hardened
steel
3197
LFMX 2.00-0.16N
F U 9035
Vc m/min.
f mm/rev
95–180
0.05–0.15
55–105
0.05–0.11
90–170
0.05–0.15
–
–
15–50
0.05–0.09
15–35
0.1–0.2
3200
LFMX 2.00-0.16N
M U 9035
Vc m/min.
f mm/rev
95–180
0.05–0.17
55–105
0.05–0.13
90–170
0.05–0.17
140–630
0.05–0.17
15–50
0.05–0.1
15–35
0.1–0.2
3203
LFMX 3.10-0.20N
F U 9035
Vc m/min.
f mm/rev
95–180
0.07–0.17
55–105
0.07–0.13
90–170
0.07–0.17
–
–
15–50
0.07–0.1
15–35
0.1–0.2
3206
LFMX 3.10-0.20N
M U 9035
Vc m/min.
f mm/rev
95–180
0.07–0.2
55–105
0.07–0.15
90–170
0.07–0.2
140–630
0.07–0.2
15–50
0.07–0.12
15–35
0.1–0.2
3209
LFMX 4.10-0.20N
F U 9035
Vc m/min.
f mm/rev
95–180
0.07–0.22
55–105
0.07–0.17
90–170
0.07–0.22
–
–
15–50
0.07–0.13
15–35
0.1–0.2
3212
LFMX 4.10-0.20N
M U 9035
Vc m/min.
f mm/rev
95–180
0.07–0.25
55–105
0.07–0.19
90–170
0.07–0.25
140–630
0.07–0.25
15–50
0.07–0.15
15–35
0.1–0.2
3215
LFMX 5.10-0.20N
F U 9035
Vc m/min.
f mm/rev
95–180
0.07–0.25
55–105
0.07–0.19
90–170
0.07–0.25
–
–
15–50
0.07–0.15
15–35
0.1–0.2
3218
LFMX 5.10-0.20N
M U 9035
Vc m/min.
f mm/rev
95–180
0.07–0.3
55–105
0.07–0.23
90–170
0.07–0.3
140–630
0.07–0.3
15–50
0.07–0.18
15–35
0.1–0.2
3233
LFMX 2.00-0.16SR6
M U 9035
Vc m/min.
f mm/rev
–
0.05–0.14
–
0.05–0.14
–
0.05–0.14
–
–
–
–
–
–
3236
LFMX 2.00-0.16SL6
M U 9035
Vc m/min.
f mm/rev
–
0.05–0.14
–
0.05–0.14
–
0.05–0.14
–
–
–
–
–
–
3239
LFMX 2.00-0.16SR12
M U 9035
Vc m/min.
f mm/rev
–
0.05–0.12
–
0.05–0.12
–
0.05–0.12
–
–
–
–
–
–
3242
LFMX 2.00-0.16SL12
M U 9035
Vc m/min.
f mm/rev
–
0.05–0.12
–
0.05–0.12
–
0.05–0.12
–
–
–
–
–
–
3221
LFMX 3.10-0.20SR8
M U 9035
Vc m/min.
f mm/rev
95–180
0.07–0.2
55–105
0.07–0.15
90–170
0.07–0.2
140–630
0.07–0.2
15–50
0.07–0.12
15–35
0.1–0.2
3224
LFMX 3.10-0.20SL8
M U 9035
Vc m/min.
f mm/rev
95–180
0.07–0.2
55–105
0.07–0.15
90–170
0.07–0.2
140–630
0.07–0.2
15–50
0.07–0.12
15–35
0.1–0.2
3227
LFMX 4.10-0.20SR8
M U 9035
Vc m/min.
f mm/rev
95–180
0.07–0.25
55–105
0.07–0.19
90–170
0.07–0.25
140–630
0.07–0.25
15–50
0.07–0.15
15–35
0.1–0.2
3230
LFMX 4.10-0.20SL8
M U 9035
Vc m/min.
f mm/rev
95–180
0.07–0.25
55–105
0.07–0.19
90–170
0.07–0.25
140–630
0.07–0.25
15–50
0.07–0.15
15–35
0.1–0.2
Parting off inserts
530