PRODUCT CATALOGUE 2013

Transcription

CARBOLOY PRODUCT CATALOGUE 2013
distributed by
Dormer Tools India Pvt Ltd
B64-65 , Sushant Lok - 1
Gurgaon - 122001
India
Telephone: +91 124 470 3825
PRODUCT
CATALOGUE
2013
SIMPLY THE
RIGHT CHOICE
Welcome to the new Carboloy catalogue!
We believe you made the right choice, if you seek
for a wide range of products with a consistent
performance and quality at an attractive price.
Thanks to their long and predictable tool life and their broad range
of applications, Carboloy products are the clear number one choice
particularly for small and medium sized batch production.
WWW.CARBOLOY.COM
turning holders
page 32
milling cutters
page 54
technical info
page 80
milling inserts
page 20
turning holders
milling inserts
milling cutters
page 6
techNICAL info
turning inserts
turning inserts
content
1
inserts
alphabetical list
turning inserts
ccgt
ccMt
28
dcmt
28
dnmg
2 12
tcgt
knux
tcmt
wcmt
cnmg
29
2 12
2 15
inserts - alphabetical list
cnma
2 10
scmt
2 13
tnma
2 16
cnmm
2 11
snmg
2 14
tnmg
2 16
dcgt
2 11
snmm
2 14
vcgt
2 17
2 15
vcmt
2 17
2 18
wnmg
2 18
2 19
parting and grooving
npg
2 15
milling inserts
adkt
apkt10
2 22
rdhx
2 22
seen
2 25
spkr
odmt05
2 23
seer
2 25
spun
2 28
4
apkt16
2 23
seet
2 26
tpkn
2 28
odmt06
2 24
spet
2 26
tpkr
2 29
odmx
spkn
2 27
tpun
2 29
2 24
2 30
2 27
TOOLS
alphabetical list
turning holders - external
ckjn
pcln
2 34
pwln
pdjn
2 35
2 36
sclc
2 40
svvc
psbn
2 37
sdjc
2 41
pssn
2 38
ssbc
2 42
ptgn
2 39
stjc
2 43
svjc
2 44
2 45
swlc
2 46
2 47
sclc
sduc
2 48
sssc
2 49
tools - alphabetical list
turning holders - internal
stfc
2 50
2 51
turning holders - parting and grooving
du
s2cfn
2 53
2 52
milling cutters
shoulder
shoulder
sap10d
2 56
face
face
sap16d
2 58
shoulder
wsp15d
2 68
2 70
2 72
wse123f
2 62
end
sap10d
face
sod06d
2 60
end
wtp22d
face
sod05d
2 74
wsp12d
2 64
copy
sap16d
face
2 66
copy
srd10
2 76
srd12
2 78
5
TURNING INSERTS
SIMPLY GOOD
6
turning inserts
turning inserts
ccgt
Size
(l)
d
d1
s
1204
12,900
12,700
5,50
4,76
turning holders
ISO
Grade
Cutting speed
Radius
milling inserts
Chipbreaker
Tools - see page: 41, 48
Cutting depth
re
vc min
vc max
f min
f max
ap min
ap max
CCGT120404-AL
U10
0,4
120
610
0,10
0,30
0,4
7,0
CCGT120408-AL
U10
0,8
110
575
0,15
0,60
0,8
7,0
ccmt
milling cutters
Feed per tooth
N
Size
(l)
d
d1
s
0602
6,400
6,350
2,80
2,38
09T3
9,700
9,525
4,40
3,97
1204
12,900
12,700
5,50
4,76
ISO
techNICAL info
P
M
Feed per tooth
K
Cutting depth
re
vc min
vc max
vc min
vc max
vc min
vc max
f min
f max
ap min
ap max
PU20
0,4
110
165
65
95
100
155
0,10
0,30
1,0
3,0
CCMT09T304-MU
PU20
0,4
105
165
60
95
95
155
0,10
0,30
0,8
4,0
CCMT09T308-MU
CU25
0,8
165
280
95
165
155
265
0,15
0,40
0,8
4,0
CCMT120404-MU
PU20
0,4
100
135
60
80
95
125
0,20
0,30
1,0
8,0
CCMT120408-MU
CU25
0,8
135
250
80
150
125
235
0,20
0,60
1,0
8,0
CCMT120412-MU
CU25
1,2
135
255
80
150
125
240
0,20
0,70
1,2
8,0
CCMT060204-MU
All dimensions [mm]
8
Grade
Cutting speed
Radius
Chipbreaker
cnma
Size
(l)
d
d1
s
1204
12,900
12,700
5,16
4,76
turning inserts
turning inserts
Grade
P
M
Feed per tooth
K
milling inserts
ISO
Cutting speed
Radius
Cutting depth
re
vc min
vc max
vc min
vc max
vc min
vc max
f min
f max
ap min
ap max
CU15
0,8
-
-
-
-
90
245
0,10
0,60
0,3
8,4
CNMA120412
CU15
1,2
-
-
-
-
95
250
0,10
0,60
0,3
8,4
CNMA120416
CU15
1,6
-
-
-
-
95
255
0,10
0,60
0,3
8,4
milling cutters
turning holders
CNMA120408
techNICAL info
Chipbreaker
Tools - see page: 35
All dimensions [mm]
9
turning inserts
turning inserts
cnmg
Size
(l)
d
d1
s
1204
12,900
12,700
5,16
4,76
1606
16,100
15,875
6,35
6,35
1906
19,300
19,050
7,94
6,35
P
M
Feed per tooth
K
Cutting depth
re
vc min
vc max
vc min
vc max
vc min
vc max
f min
f max
ap min
ap max
CNMG120404-FU
PU20
0,4
135
230
80
135
125
215
0,08
0,30
0,5
3,0
CNMG120408-FU
PU20
0,8
155
260
90
155
145
245
0,08
0,35
0,8
3,0
CNMG120408-MU
CU25
0,8
185
375
110
225
175
355
0,15
0,60
1,0
7,0
CNMG120412-MU
CU25
1,2
185
385
110
230
175
365
0,15
0,70
1,2
7,0
CNMG160608-MU
CU25
0,8
185
375
110
225
175
355
0,15
0,60
1,0
7,0
CNMG190608-MU
CU25
0,8
185
375
110
225
175
355
0,15
0,60
1,0
7,0
CNMG120408-RU
CU25
0,8
170
325
100
195
160
305
0,25
0,60
2,0
6,0
CNMG120412-RU
CU25
1,2
175
280
105
165
165
265
0,25
0,70
2,0
6,0
CNMG120416-RU
CU25
1,6
175
275
105
165
165
260
0,30
0,80
2,0
6,0
CNMG160612-RU
CU25
1,2
170
265
100
155
160
250
0,25
0,70
3,0
7,0
CNMG190612-RU
CU25
1,2
170
265
100
155
160
250
0,25
0,70
3,0
8,0
CNMG190616-RU
CU25
1,6
165
260
95
155
155
245
0,30
0,80
3,0
9,0
CNMG120408-WM
CU25
0,8
185
345
-
-
175
325
0,15
0,60
0,8
4,0
CNMG120412-WM
CU25
1,2
170
320
-
-
160
300
0,20
0,90
1,2
4,0
techNICAL info
All dimensions [mm]
10
Grade
Cutting speed
Radius
ISO
milling cutters
turning holders
milling inserts
Chipbreaker
cnmM
Size
(l)
d
d1
s
1204
12,900
12,700
5,16
4,76
1606
16,100
15,875
6,35
6,35
1906
19,300
19,050
7,94
6,35
turning inserts
turning inserts
P
M
Feed per tooth
K
Cutting depth
re
vc min
vc max
vc min
vc max
vc min
vc max
f min
f max
ap min
ap max
8,0
CU25
1,2
185
280
110
165
175
265
0,30
0,70
2,5
CNMM120416-RU
CU25
1,6
180
285
105
170
170
270
0,35
0,80
2,0
8,0
CNMM160612-RU
CU25
1,2
165
260
95
155
155
245
0,35
0,90
3,0
10,0
CNMM160616-RU
CU25
1,6
165
270
95
160
155
255
0,36
1,00
3,0
10,0
CNMM190612-RU
CU25
1,2
165
260
95
155
155
245
0,35
0,90
3,0
10,0
CNMM190616-RU
CU25
1,6
160
270
95
160
150
255
0,37
1,20
3,0
10,0
Size
(l)
d
d1
s
11T3
11,600
9,525
4,40
3,97
turning holders
CNMM120412-RU
dcgt
milling inserts
Grade
milling cutters
ISO
Cutting speed
Radius
Chipbreaker
Grade
Feed per tooth
N
Cutting depth
re
vc min
vc max
f min
f max
ap min
ap max
DCGT11T304-AL
U10
0,4
120
490
0,10
0,24
0,4
3,3
DCGT11T308-AL
U10
0,8
105
455
0,15
0,48
0,8
3,3
techNICAL info
ISO
Cutting speed
Radius
Chipbreaker
All dimensions [mm]
11
turning inserts
turning inserts
dcmt
Size
(l)
d
d1
s
0702
7,800
6,350
2,80
2,38
11T3
11,600
9,525
4,40
3,97
turning holders
ISO
Grade
Cutting speed
Radius
milling inserts
Chipbreaker
P
Feed per tooth
K
Cutting depth
re
vc min
vc max
vc min
vc max
vc min
vc max
f min
f max
ap min
ap max
DCMT070204-FU
CU25
0,4
145
195
85
115
135
185
0,15
0,24
0,5
2,1
DCMT11T304-FU
CU25
0,4
135
195
80
115
125
185
0,15
0,24
0,5
3,0
DCMT11T308-FU
CU25
0,8
160
220
95
130
150
205
0,15
0,25
0,8
3,0
dnmg
milling cutters
M
Size
(l)
d
d1
s
1104
11,600
9,525
3,81
4,76
1506
15,500
12,700
5,16
4,76
techNICAL info
ISO
P
M
Feed per tooth
K
Cutting depth
re
vc min
vc max
vc min
vc max
vc min
vc max
f min
f max
ap min
ap max
DNMG110404-FU
CU25
0,4
170
245
100
145
160
230
0,15
0,24
0,5
3,0
DNMG110408-FU
CU25
0,8
180
275
105
165
170
260
0,15
0,35
0,8
3,0
DNMG150604-FU
CU25
0,4
170
245
100
145
160
230
0,15
0,24
0,5
3,0
DNMG150608-FU
CU25
0,8
180
275
105
165
170
260
0,15
0,35
0,8
3,0
DNMG150604L-SI
CU25
0,4
205
265
120
155
190
250
0,20
0,24
0,8
4,5
DNMG150604R-SI
CU25
0,4
205
265
120
155
190
250
0,20
0,24
0,8
4,5
DNMG150608L-SI
CU25
0,8
190
315
110
185
180
295
0,20
0,48
0,8
4,5
DNMG150608R-SI
CU25
0,8
190
315
110
185
180
295
0,20
0,48
0,8
4,5
All dimensions [mm]
12
Grade
Cutting speed
Radius
Chipbreaker
knux
Size
(l)
l1
d
s
1604
16,000
16,150
9,53
4,76
turning inserts
turning inserts
P
M
Feed per tooth
K
Cutting depth
re
vc min
vc max
vc min
vc max
vc min
vc max
f min
f max
ap min
ap max
CU25
0,5
165
220
95
130
155
205
0,15
0,23
0,5
4,0
KNUX160405R-72
CU25
0,5
165
220
95
130
155
205
0,15
0,23
0,5
4,0
turning holders
KNUX160405L-72
npg
milling inserts
Grade
Size
a
tol. a
b
3.10
3,100
±0,04
2,60
4.10
4,100
±0,04
3,60
milling cutters
ISO
Cutting speed
Radius
Chipbreaker
Grade
P
M
Feed per tooth
K
Cutting depth
re
vc min
vc max
vc min
vc max
vc min
vc max
f min
f max
ap min
ap max
NPG1-3.10-0.20S-FU
PU20
0,2
105
200
60
115
100
190
0,08
0,17
-
-
NPG1-4.10-0.20S-FU
PU20
0,2
105
200
60
115
100
190
0,08
0,22
-
-
NPG1-3.10-0.20S-MU
PU20
0,2
105
200
60
115
100
190
0,08
0,20
-
-
NPG1-4.10-0.20S-MU
PU20
0,2
105
200
60
115
100
190
0,08
0,25
-
-
techNICAL info
Parting and Grooving
Cutting speed
Radius
Chipbreaker
All dimensions [mm]
13
turning inserts
turning inserts
scmt
Size
l
d
d1
s
09T3
9,525
9,525
4,40
3,97
1204
12,700
12,700
5,50
4,76
turning holders
ISO
Grade
Cutting speed
Radius
milling inserts
Chipbreaker
P
Feed per tooth
K
Cutting depth
re
vc min
vc max
vc min
vc max
vc min
vc max
f min
f max
ap min
ap max
SCMT09T304-FU
CU25
0,4
180
260
105
155
170
245
0,15
0,25
0,5
3,0
SCMT09T308-MU
CU25
0,8
175
290
105
170
165
275
0,15
0,40
0,8
4,0
SCMT120408-MU
CU25
0,8
135
260
80
155
125
245
0,20
0,68
1,0
8,0
snmg
milling cutters
M
Size
l
d
d1
s
1204
12,700
12,700
5,16
4,76
1506
15,875
15,875
6,35
6,35
1906
19,050
19,050
7,94
6,35
techNICAL info
ISO
P
M
Feed per tooth
K
Cutting depth
re
vc min
vc max
vc min
vc max
vc min
vc max
f min
f max
ap min
ap max
SNMG120408-MU
CU25
0,8
190
395
110
235
180
375
0,15
0,68
1,0
7,0
SNMG120412-MU
CU25
1,2
195
400
115
240
185
380
0,15
0,70
1,2
7,0
SNMG120408-RU
CU25
0,8
180
275
105
165
170
260
0,25
0,60
2,0
6,0
SNMG120412-RU
CU25
1,2
180
290
105
170
170
275
0,25
0,70
2,0
6,0
SNMG150612-RU
CU25
1,2
175
290
105
170
165
275
0,25
0,70
2,0
7,0
SNMG150616-RU
CU25
1,6
180
290
105
170
170
275
0,30
0,80
2,0
7,0
SNMG190612-RU
CU25
1,2
180
290
105
170
170
275
0,25
0,70
2,0
6,0
SNMG190616-RU
CU25
1,6
190
305
110
180
180
285
0,25
0,70
2,0
6,0
All dimensions [mm]
14
Grade
Cutting speed
Radius
Chipbreaker
snmm
Size
l
d
d1
s
1906
19,050
19,050
7,94
6,35
2507
25,400
25,400
9,12
7,94
turning inserts
turning inserts
P
M
Feed per tooth
K
Cutting depth
re
vc min
vc max
vc min
vc max
vc min
vc max
f min
f max
ap min
ap max
CU25
1,2
165
275
95
165
155
260
0,35
1,00
3,0
10,0
SNMM190616-RU
CU25
1,6
165
295
95
175
155
280
0,38
1,20
2,0
10,0
SNMM250724-RU
CU25
2,4
110
205
65
120
100
190
0,45
1,70
4,0
16,0
Size
(l)
d
d1
s
1102
11,000
6,350
2,80
2,38
turning holders
SNMM190612-RU
tcgt
milling inserts
Grade
milling cutters
ISO
Cutting speed
Radius
Chipbreaker
TCGT110204-AL
Grade
U10
Feed per tooth
N
Cutting depth
re
vc min
vc max
f min
f max
ap min
ap max
0,4
125
525
0,10
0,24
0,4
3,6
techNICAL info
ISO
Cutting speed
Radius
Chipbreaker
All dimensions [mm]
15
turning inserts
turning inserts
tcmt
Size
(l)
d
d1
s
1102
11,000
6,350
2,80
2,38
16T3
16,500
9,525
4,40
3,97
turning holders
ISO
Grade
Cutting speed
Radius
milling inserts
Chipbreaker
P
Feed per tooth
K
Cutting depth
re
vc min
vc max
vc min
vc max
vc min
vc max
f min
f max
ap min
ap max
TCMT110204-FU
CU25
0,4
145
210
85
125
135
195
0,15
0,24
0,5
3,0
TCMT16T304-FU
PU20
0,4
95
155
55
90
90
145
0,08
0,24
0,5
3,0
TCMT16T308-MU
PU20
0,8
100
150
60
90
95
140
0,15
0,40
1,0
4,0
tnma
milling cutters
M
Size
(l)
d
d1
s
1604
16,500
9,525
3,81
4,76
techNICAL info
ISO
P
M
Feed per tooth
K
Cutting depth
re
vc min
vc max
vc min
vc max
vc min
vc max
f min
f max
ap min
ap max
TNMA160408
CU15
0,8
-
-
-
-
95
205
0,10
0,40
0,3
4,8
TNMA160412
CU15
1,2
-
-
-
-
95
210
0,10
0,40
0,3
4,8
All dimensions [mm]
16
Grade
Cutting speed
Radius
Chipbreaker
tnmg
Size
(l)
d
d1
s
1604
16,500
9,525
3,81
4,76
2204
22,000
12,700
5,16
4,76
turning inserts
turning inserts
P
M
Feed
K
Cutting depth
re
f min
f max
f min
f max
f min
f max
f min
f max
ap min
ap max
CU25
0,4
180
260
105
155
170
245
0,15
0,24
0,5
3,0
TNMG160408-FU
CU25
0,8
190
290
110
170
180
275
0,15
0,35
0,8
3,0
TNMG160408-MU
CU25
0,8
175
315
105
185
165
295
0,15
0,48
1,0
5,3
TNMG160412-MU
CU25
1,2
165
315
95
185
155
295
0,15
0,70
1,5
5,3
TNMG220408-MU
CU25
0,8
170
300
100
180
160
285
0,15
0,48
1,5
7,3
TNMG220412-MU
CU25
1,2
155
325
90
195
145
305
0,15
0,70
1,2
7,3
TNMG160404L-SI
CU25
0,4
215
280
125
165
200
265
0,20
0,24
0,8
5,0
TNMG160404R-SI
CU25
0,4
215
280
125
165
200
265
0,20
0,24
0,8
5,0
TNMG160408L-SI
CU25
0,8
205
335
120
200
190
315
0,20
0,48
0,8
5,0
TNMG160408R-SI
CU25
0,8
205
335
120
200
190
315
0,20
0,48
0,8
5,0
Size
(l)
d
d1
s
1604
16,600
9,525
4,40
4,76
milling cutters
TNMG160404-FU
vcgt
milling inserts
Grade
turning holders
ISO
Cutting speed
Radius
Chipbreaker
Grade
Feed per tooth
N
Cutting depth
re
vc min
vc max
f min
f max
ap min
ap max
VCGT160404-AL
U10
0,4
105
420
0,10
0,20
0,4
4,0
VCGT160408-AL
U10
0,8
95
400
0,15
0,40
0,8
4,0
techNICAL info
ISO
Cutting speed
Radius
Chipbreaker
All dimensions [mm]
17
turning inserts
turning inserts
vcmt
Size
(l)
d
d1
s
1604
16,600
9,525
4,40
4,76
turning holders
ISO
Grade
Cutting speed
Radius
milling inserts
Chipbreaker
P
Feed per tooth
K
Cutting depth
re
vc min
vc max
vc min
vc max
vc min
vc max
f min
f max
ap min
ap max
VCMT160404-MU
PU20
0,4
80
120
45
70
75
110
0,10
0,20
0,5
4,0
VCMT160408-MU
CU25
0,8
115
195
65
115
105
185
0,15
0,40
0,8
4,0
wcmt
milling cutters
M
Size
(l)
d
d1
s
06T3
6,500
9,525
4,40
3,97
techNICAL info
ISO
P
M
Feed per tooth
K
Cutting depth
re
vc min
vc max
vc min
vc max
vc min
vc max
f min
f max
ap min
ap max
WCMT06T304-FU
CU25
0,4
165
280
95
165
155
265
0,15
0,40
0,8
4,0
WCMT06T308-MU
CU25
0,8
170
245
100
145
160
230
0,15
0,25
0,5
3,0
All dimensions [mm]
18
Grade
Cutting speed
Radius
Chipbreaker
wnmg
Size
(l)
d
d1
s
0604
8,700
12,700
5,16
4,76
0804
8,700
12,700
5,16
4,76
turning inserts
turning inserts
P
M
Feed per tooth
K
milling inserts
Grade
Cutting depth
re
vc min
vc max
vc min
vc max
vc min
vc max
f min
f max
ap min
ap max
PU20
0,4
135
230
80
135
125
215
0,08
0,30
0,5
3,0
WNMG080404-FU
CU25
0,4
200
290
120
170
190
275
0,15
0,30
0,5
3,0
WNMG080408-FU
CU25
0,8
225
345
135
205
210
325
0,15
0,35
0,8
3,0
WNMG080408-MU
CU25
0,8
190
375
110
225
180
355
0,15
0,60
1,0
5,6
WNMG080412-MU
CU25
1,2
190
385
110
230
180
365
0,15
0,70
1,2
5,6
WNMG080408-RU
CU25
0,8
175
265
105
155
165
250
0,25
0,60
2,0
5,6
WNMG080412-RU
CU25
1,2
175
280
105
165
165
265
0,25
0,70
2,0
5,6
WNMG080408-WM
CU25
0,8
185
345
-
-
175
325
0,15
0,60
0,8
4,0
techNICAL info
milling cutters
WNMG060404-FU
turning holders
ISO
Cutting speed
Radius
Chipbreaker
All dimensions [mm]
19
techNICAL info
milling cutters
turning holders
milling inserts
turning inserts
milling inserts
MILLING INSERTS
AN EASY CHOICE
All dimensions [mm]
20
techNICAL info
milling cutters
turning holders
milling inserts
turning inserts
milling inserts
All dimensions [mm]
21
milling inserts
turning holders
ISO
Grade
l
d
s
d1
re
1505
15,550
9,525
5,60
4,40
0,8
P
M
Feed per tooth
K
Cutting depth
re
vc min
vc max
vc min
vc max
vc min
vc max
f min
f max
ap min
ap max
ADKT1505PDER-M
PU30
0,8
180
270
105
160
170
255
0,15
0,30
1,0
13,0
ADKT1505PDER-M
PU40
0,8
165
235
95
140
155
220
0,15
0,30
1,0
13,0
APKT10
milling cutters
Size
Cutting speed
Radius
milling inserts
Chipbreaker
turning inserts
ADKT
Size
l
d
s
d1
re
1003
11,000
6,700
3,50
2,88
0,5
techNICAL info
ISO
P
M
Feed per tooth
K
Cutting depth
re
vc min
vc max
vc min
vc max
vc min
vc max
f min
f max
ap min
ap max
APKT1003PDER-MU
PU30
0,5
205
305
120
180
190
285
0,10
0,25
1,0
9,0
APKT1003PDER-MU
PU40
0,5
185
255
110
150
175
240
0,10
0,25
1,0
9,0
All dimensions [mm]
22
Grade
Cutting speed
Radius
Chipbreaker
APKT16
Size
l
d
s
d1
re
1604
17,000
9,440
5,67
4,60
0,8
turning inserts
milling inserts
P
M
Feed per tooth
K
Cutting depth
re
vc min
vc max
vc min
vc max
vc min
vc max
f min
f max
ap min
ap max
PU30
0,8
190
285
110
170
180
270
0,15
0,30
1,0
13,0
APKT1604PDR-MU
PU40
0,8
175
250
105
150
165
235
0,15
0,30
1,0
13,0
APKT1604PDR-RU
PU30
0,8
185
270
110
160
175
255
0,20
0,35
1,0
13,0
APKT1604PDR-RU
PU40
0,8
175
245
105
145
165
230
0,20
0,35
1,0
13,0
turning holders
APKT1604PDR-MU
odmt05
milling inserts
Grade
Size
d
s
d1
0504
12,700
4,760
4,40
milling cutters
ISO
Cutting speed
Radius
Chipbreaker
Grade
re
ODMT0504ZZN
PU40
P
M
Feed per tooth
K
Cutting depth
vc min
vc max
vc min
vc max
vc min
vc max
f min
f max
ap min
ap max
170
230
100
135
160
215
0,12
0,40
1,0
7,3
techNICAL info
ISO
Cutting speed
Radius
Chipbreaker
All dimensions [mm]
23
milling inserts
turning inserts
odmt06
Size
d
s
d1
0605
15,875
5,560
5,50
turning holders
ISO
Grade
Cutting speed
Radius
milling inserts
Chipbreaker
re
P
Feed per tooth
K
Cutting depth
vc min
vc max
vc min
vc max
vc min
vc max
f min
f max
ap min
ap max
ODMT0605ZZN
PU30
170
265
100
155
160
250
0,15
0,45
1,0
8,6
ODMT0605ZZN
PU40
170
230
100
135
160
215
0,15
0,45
1,0
8,6
odmX
milling cutters
M
Size
d
s
d1
0605
15,875
5,560
5,50
ISO
re
techNICAL info
ODMX0605ZZ
All dimensions [mm]
24
Grade
PU30
Cutting speed
Radius
Chipbreaker
P
M
Feed per tooth
K
Cutting depth
vc min
vc max
vc min
vc max
vc min
vc max
f min
f max
ap min
ap max
180
280
-
-
170
265
0,15
0,45
1,0
8,6
rdhx
Size
d
s
d1
1003
10,000
3,180
3,90
12T3
12,000
3,970
3,90
turning inserts
milling inserts
re
P
M
Feed per tooth
K
Cutting depth
vc min
vc max
vc min
vc max
vc min
vc max
f min
f max
ap min
ap max
PU30
185
295
110
175
175
280
0,10
0,30
0,5
2,5
RDHX1003MOT
PU40
180
275
105
165
170
260
0,10
0,30
0,5
2,5
RDHX12T3MOT
PU30
175
275
105
165
165
260
0,10
0,35
1,0
3,0
RDHX12T3MOT
PU40
170
255
100
150
160
240
0,10
0,35
1,0
3,0
Size
l
d
s
m
1203
12,700
12,700
3,18
1,60
turning holders
RDHX1003MOT
seen
milling inserts
Grade
milling cutters
ISO
Cutting speed
Radius
Chipbreaker
Grade
re
SEEN1203AFSN
PU30
P
M
Feed per tooth
K
Cutting depth
vc min
vc max
vc min
vc max
vc min
vc max
f min
f max
ap min
ap max
190
265
110
155
180
250
0,15
0,40
1,0
6,5
techNICAL info
ISO
Cutting speed
Radius
Chipbreaker
All dimensions [mm]
25
milling inserts
turning inserts
seer
Size
l
d
s
m
1203
12,700
12,700
3,18
1,60
ISO
re
SEER1203AFSN
turning holders
Grade
Cutting speed
Radius
milling inserts
Chipbreaker
PU30
P
techNICAL info
All dimensions [mm]
PU40
Cutting depth
vc max
vc min
vc max
vc min
vc max
f min
f max
ap min
ap max
205
280
120
165
190
265
0,20
0,40
1,0
6,5
Size
l
d
s
d1
12T3
13,400
13,400
3,97
4,20
Cutting speed
Radius
milling cutters
Chipbreaker
re
SEET12T3M-MU
26
Grade
Feed per tooth
K
vc min
seet
ISO
M
P
M
Feed per tooth
K
Cutting depth
vc min
vc max
vc min
vc max
vc min
vc max
f min
f max
ap min
ap max
180
230
105
135
170
215
0,20
0,35
1,0
6,5
s
d1
1204
12,700
12,700
4,76
5,50
P
M
Feed per tooth
K
Cutting depth
re
vc min
vc max
vc min
vc max
vc min
vc max
f min
f max
ap min
ap max
0,8
175
265
105
155
165
250
0,17
0,40
1,0
12,0
spkn
Size
l
d
s
m
1203
12,700
12,700
3,18
0,88
1504
15,875
15,875
4,76
1,26
milling inserts
PU30
d
turning holders
SPET120408S
Grade
l
milling cutters
ISO
Size
Cutting speed
Radius
Chipbreaker
spet
turning inserts
milling inserts
Grade
re
P
M
Feed per tooth
K
Cutting depth
vc min
vc max
vc min
vc max
vc min
vc max
f min
f max
ap min
ap max
SPKN1203EDSR
PU30
185
270
110
160
175
255
0,15
0,30
1,0
9,0
SPKN1504EDSR
PU30
170
255
100
150
160
240
0,20
0,40
1,0
13,0
SPKN1504EDSR
PU40
165
230
95
135
155
215
0,20
0,40
1,0
13,0
techNICAL info
ISO
Cutting speed
Radius
Chipbreaker
All dimensions [mm]
27
milling inserts
turning inserts
spkr
Size
l
d
s
m
1203
12,700
12,700
3,18
0,90
turning holders
ISO
Grade
Cutting speed
Radius
milling inserts
Chipbreaker
re
P
Feed
K
Cutting depth
f min
f max
f min
f max
f min
f max
f min
f max
ap min
ap max
SPKR1203EDSR
PU30
205
300
120
180
190
285
0,15
0,30
1,0
9,0
SPKR1203EDSR
PU40
195
260
115
155
185
245
0,15
0,30
1,0
9,0
spun
milling cutters
M
Size
(l)
d
s
m
1203
12,700
12,700
3,18
2,30
1504
15,875
15,875
4,76
2,80
techNICAL info
ISO
P
M
Feed per tooth
K
Cutting depth
re
vc min
vc max
vc min
vc max
vc min
vc max
f min
f max
ap min
ap max
SPUN120308
PU30
0,8
165
260
95
155
155
245
0,10
0,30
1,0
9,0
SPUN150412
PU30
1,2
165
270
95
160
155
255
0,10
0,40
1,2
13,0
All dimensions [mm]
28
Grade
Cutting speed
Radius
Chipbreaker
tpkn
Size
(l)
d
s
m
1603
16,500
9,525
3,18
2,45
2204
22,000
12,700
4,76
3,55
turning inserts
milling inserts
re
P
M
Feed per tooth
K
Cutting depth
vc min
vc max
vc min
vc max
vc min
vc max
f min
f max
ap min
ap max
PU30
140
195
80
115
130
185
0,20
0,25
1,0
16,0
TPKN2204PDSR
PU30
130
195
75
115
120
185
0,20
0,30
1,0
22,0
Size
(l)
d
s
m
1603
16,500
9,525
3,18
2,45
2204
22,000
12,700
4,76
3,55
turning holders
TPKN1603PDSR
tpkr
milling inserts
Grade
milling cutters
ISO
Cutting speed
Radius
Chipbreaker
Grade
re
P
M
Feed per tooth
K
Cutting depth
vc min
vc max
vc min
vc max
vc min
vc max
f min
f max
ap min
ap max
TPKR1603PDSR
PU30
135
220
80
130
125
205
0,10
0,30
1,0
16,0
TPKR2204PDSR
PU30
120
220
70
130
110
205
0,10
0,40
1,0
22,0
techNICAL info
ISO
Cutting speed
Radius
Chipbreaker
All dimensions [mm]
29
milling inserts
turning inserts
tpun
Size
(l)
d
s
1603
16,500
9,525
3,18
2204
22,000
12,700
4,76
P
M
Feed per tooth
K
Cutting depth
re
vc min
vc max
vc min
vc max
vc min
vc max
f min
f max
ap min
ap max
TPUN160308
PU30
0,8
140
210
80
125
130
195
0,10
0,20
1,0
16,0
TPUN220408
PU30
0,8
130
210
75
125
120
195
0,10
0,25
1,0
22,0
milling cutters
techNICAL info
All dimensions [mm]
30
Grade
Cutting speed
Radius
ISO
turning holders
milling inserts
Chipbreaker
techNICAL info
milling cutters
turning holders
holders
spare parts
All dimensions [mm]
31
milling inserts
turning inserts
techNICAL info
milling cutters
turning holders
milling inserts
TURNING HOLDERS
TRUSTED FOR SURE
holders
spare parts
All dimensions [mm]
32
turning inserts
CKJN
turning holders
milling inserts
turning inserts
external turning
ls° - tool cutting edge inclination
go°- tool orthogonal rake
text
holders
Dimensions
ISO
kg
Spare parts
Insert
-5
1,00
L
KNUX 1604..
-5
1,00
R
KNUX 1604..
b
f
l1
l2 max
ls°
go°
CKJNL 3225 P 16
32
25
32
170
34
+1
CKJNR 3225 P 16
32
25
32
170
34
+1
milling cutters
h=h1
techNICAL info
spare parts
Spring
Pin+Spring
Shim
Tubular rivet
Clamp
Clamp. Screw
Key
L
PR 07
R
PR 07
K 23
KNN 190412 L
NT 03
UP 26
US 83
HXK 4
K 23
KNN 190412 R
NT 03
UP 25
US 83
HXK 4
Type
All dimensions [mm]
34
pcln
turning holders
milling inserts
turning inserts
external turning
holders
ISO
kg
Spare parts
Inserts
-6
0,68
PC20
CNM. 1204..-E
-6
-6
0,68
PC20
CNM. 1204..-E
-6
-6
0,85
PC20
CNM. 1204..-E
36
-6
-6
0,85
PC20
CNM. 1204..-E
170
40
-6
-6
1,10
PC40
CNM. 1606..-E
170
40
-6
-6
1,10
PC40
CNM. 1606..-E
40
170
45
-6
-6
1,40
PC50
CNM. 1906..-E
40
170
45
-6
-6
1,40
PC50
CNM. 1906..-E
h=h1
b
f
l1
l2 max
ls°
go°
PCLNL 2525 M 12
25
25
32
150
36
-6
PCLNR 2525 M 12
25
25
32
150
36
PCLNL 3225 P 12
32
25
32
170
36
PCLNR 3225 P 12
32
25
32
170
PCLNL 3225 P 16
32
25
32
PCLNR 3225 P 16
32
25
32
PCLNL 3232 P 19
32
32
PCLNR 3232 P 19
32
32
milling cutters
Dimensions
Shim
Clamping lever
Clamping screw
Tubular rivet
Mount. taper plug
Key
PC20
CNU 120312
PU 02
US 35 (M8x22,5)
NT 05
MT 05
HXK 4
PC40
CNU 150312
PU 04
US 36 (M8x26,0)
NT 07
MT 07
HXK 4
PC50
CNU 190416
PU 05
US 38 (M10x29,0)
NT 06
MT 06
HXK 5
techNICAL info
spare parts
Type
All dimensions [mm]
35
pdjn
turning holders
milling inserts
turning inserts
external turning
holders
Dimensions
milling cutters
ISO
kg
Spare parts
Inserts
-6
0,68
PD60
DNM. 1104..-E
-6
-6
0,68
PD60
DNM. 1104..-E
-6
-6
0,68
PD30
DNM. 1506..-E
40
-6
-6
0,68
PD30
DNM. 1506..-E
170
40
-6
-6
0,82
PD30
DNM. 1506..-E
170
40
-6
-6
0,82
PD30
DNM. 1506..-E
h=h1
b
f
l1
l2 max
ls°
go°
PDJNL 2525 M 11
25
25
32
150
30
-6
PDJNR 2525 M 11
25
25
32
150
30
PDJNL 2525 M 15
25
25
32
150
40
PDJNR 2525 M 15
25
25
32
150
PDJNL 3225 P 15
32
25
32
PDJNR 3225 P 15
32
25
32
spare parts
techNICAL info
Shim
Clamping lever
Clamp. Screw
Tubular rivet
Mount. taper plug
Key
Type
PD30
DNU 150308
PU 03
US 36 (M8x26,0)
NT 05
MT 05
HXK 4
PD60
PDN 110308
PU 3512
PS 0616
NT 5153
MT 0912
HXK 2,5
All dimensions [mm]
36
psbn
turning holders
milling inserts
turning inserts
external turning
holders
ISO
kg
Spare parts
Insert
-6
0,63
PS20
SNM. 1204..-E
-6
-6
0,63
PS20
SNM. 1204..-E
-6
-6
0,65
PS40
SNM. 1506..-E
40
-6
-6
0,65
PS40
SNM. 1506..-E
170
45
-6
-6
1,30
PS50
SNM. 1906..-E
170
45
-6
-6
1,30
PS50
SNM. 1906..-E
43
300
50
-6
-6
5,80
PS60
SNM. 2507..-E
43
300
50
-6
-6
5,80
PS60
SNM. 2507..-E
h=h1
b
f
l1
l2 max
ls°
go°
PSBNL 2525 M 12
25
25
22
150
36
-6
PSBNR 2525 M 12
25
25
22
150
36
PSBNL 3225 P 15
32
25
22
170
40
PSBNR 3225 P 15
32
25
22
170
PSBNL 3232 P 19
32
32
27
PSBNR 3232 P 19
32
32
27
PSBNL 5050 T 25
50
50
PSBNR 5050 T 25
50
50
milling cutters
Dimensions
Shim
Clamping lever
Clamping screw
Tubular rivet
Mount. taper plug
Key
PS20
SNU 120312
PU 02
US 35 (M8x22,5)
NT 05
MT 05
HXK 4
PS40
SNU 150312
PU 04
US 36 (M8x26,0)
NT 07
MT 07
HXK 4
PS50
SNU 190416
PU 05
US 38 (M10x29,0)
NT 06
MT 06
HXK 5
PS60
SNU 250624
PU 06
US 39 (M10x33,0)
NT 08
MT 08
HXK 5
techNICAL info
spare parts
Type
All dimensions [mm]
37
pssn
turning holders
milling inserts
turning inserts
external turning
holders
Dimensions
ISO
kg
Spare parts
Insert
-8
1,34
PS50
SNM. 1906..-E
-8
1,34
PS50
SNM. 1906..-E
b
f
l1
l2 max
a
ls°
go°
PSSNL 3232 P 19
32
32
40
170
45
12,5
0
PSSNR 3232 P 19
32
32
40
170
45
12,5
0
milling cutters
h=h1
techNICAL info
spare parts
Shim
Clamping lever
Clamping screw
Tubular rivet
Mount. taper plug
Key
SNU 190416
PU 05
US 38 (M10x29,0)
NT 06
MT 06
HXK 5
Type
PS50
All dimensions [mm]
38
ptgn
turning holders
milling inserts
turning inserts
external turning
holders
ISO
kg
Spare parts
Insert
-6
0,40
PT10
TNM. 1604..-E
-6
-6
0,40
PT10
TNM. 1604..-E
-6
-6
0,65
PT10
TNM. 1604..-E
32
-6
-6
0,65
PT10
TNM. 1604..-E
150
36
-6
-6
0,65
PT20
TNM. 2204..-E
150
36
-6
-6
0,65
PT20
TNM. 2204..-E
32
170
36
-6
-6
0,80
PT20
TNM. 2204..-E
32
170
36
-6
-6
0,80
PT20
TNM. 2204..-E
h=h1
b
f
l1
l2 max
ls°
go°
PTGNL 2020 K 16
20
20
25
125
32
-6
PTGNR 2020 K 16
20
20
25
125
32
PTGNL 2525 M 16
25
25
32
150
32
PTGNR 2525 M 16
25
25
32
150
PTGNL 2525 M 22
25
25
32
PTGNR 2525 M 22
25
25
32
PTGNL 3225 P 22
32
25
PTGNR 3225 P 22
32
25
milling cutters
Dimensions
Shim
Clamping lever
Clampig screw
Tubular rivet
Mount. taper plug
Key
PT10
TNU 160308
PU 01
US 34 (M6x19,0)
NT 04
MT 04
HXK 3
PT20
TNU 220312
PU 02
US 35 (M8x22,5)
NT 05
MT 05
HXK 4
techNICAL info
spare parts
Type
All dimensions [mm]
39
pwln
turning holders
milling inserts
turning inserts
external turning
holders
Dimensions
milling cutters
ISO
kg
Spare parts
Insert
-6
0,40
PW10
WNM. 0604..-E
-6
-6
0,40
PW10
WNM. 0604..-E
-6
-6
0,70
PW10
WNM. 0604..-E
20
-6
-6
0,70
PW10
WNM. 0604..-E
150
22
-6
-6
0,70
PW20
WNM. 0804..-E
150
22
-6
-6
0,70
PW20
WNM. 0804..-E
32
170
22
-6
-6
1,00
PW20
WNM. 0804..-E
32
170
22
-6
-6
1,00
PW20
WNM. 0804..-E
h=h1
b
f
l1
l2 max
ls°
go°
PWLNL 2020 K 0604
20
20
25
125
20
-6
PWLNR 2020 K 0604
20
20
25
125
20
PWLNL 2525 M 0604
25
25
32
150
20
PWLNR 2525 M 0604
25
25
32
150
PWLNL 2525 M 08
25
25
32
PWLNR 2525 M 08
25
25
32
PWLNL 3225 P 08
32
25
PWLNR 3225 P 08
32
25
techNICAL info
spare parts
Shim
Clamping lever
Clamping screw
Tubular rivet
Mount. taper plug
Key
PW10
WNU 060308
PU 01
US 34 (M6x19,0)
NT 04
MT 04
HXK 3
PW20
WNU 080312
PU 02
US 35 (M8x22,5)
NT 05
MT 05
HXK 4
Type
All dimensions [mm]
40
sclc
turning holders
milling inserts
turning inserts
external turning
holders
ISO
kg
Spare parts
Insert
0
0,06
SO1
CC.. 0602..
0
0
0,06
SO1
CC.. 0602..
0
0
0,22
SO8
CC.. 09T3..
16
0
0
0,22
SO8
CC.. 09T3..
125
20
0
0
0,42
SC20
CC.. 1204..
125
20
0
0
0,42
SC20
CC.. 1204..
h=h1
b
f
l1
l2 max
ls°
go°
SCLCL 1010 E 06
10
10
12
70
11
0
SCLCR 1010 E 06
10
10
12
70
11
SCLCL 1616 H 09
16
16
20
100
16
SCLCR 1616 H 09
16
16
20
100
SCLCL 2020 K 12-M-A
20
20
25
SCLCR 2020 K 12-M-A
20
20
25
milling cutters
Dimensions
Clamping screw
Shim
Shim screw
Screwdriver
Key
SC20
US 5012-T15P
SCN 120304
MS 5008
FLAG T15P
HXK 5
SO1
US 2506-T07P
-
-
FLAG T07P
-
SO8
US 3510-T15P
-
-
FLAG T15P
-
techNICAL info
spare parts
Type
All dimensions [mm]
41
sdjc
turning holders
milling inserts
turning inserts
external turning
holders
Dimensions
milling cutters
ISO
kg
Spare parts
Insert
0
0,10
SO1
DC.. 0702..
0
0
0,10
SO1
DC.. 0702..
0
0
0,20
SO8
DC.. 11T3..
20
0
0
0,20
SO8
DC.. 11T3..
125
20
0
0
0,40
SD10
DC.. 11T3..
125
20
0
0
0,40
SD10
DC.. 11T3..
32
150
20
0
0
0,75
SD10
DC.. 11T3..
32
150
20
0
0
0,75
SD10
DC.. 11T3..
h=h1
b
f
l1
l2 max
ls°
go°
SDJCL 1212 F 07
12
12
16
80
14
0
SDJCR 1212 F 07
12
12
16
80
14
SDJCL 1616 H 11
16
16
20
100
20
SDJCR 1616 H 11
16
16
20
100
SDJCL 2020 K 11-M-A
20
20
25
SDJCR 2020 K 11-M-A
20
20
25
SDJCL 2525 M 11-M-A
25
25
SDJCR 2525 M 11-M-A
25
25
techNICAL info
spare parts
Clamping screw
Shim
Shim screw
Screwdriver
Key
SD10
US 3510-T15P
SDN 110304
MS 3510
FLAG T15P
HXK 3,5
SO1
US 2506-T07P
-
-
FLAG T07P
-
SO8
US 3510-T15P
-
-
FLAG T15P
-
Type
All dimensions [mm]
42
ssbc
turning holders
milling inserts
turning inserts
external turning
holders
ISO
kg
Spare parts
Insert
0
0,20
SO8
SC.. 09T3..
0
0
0,20
SO8
SC.. 09T3..
0
0
0,40
SS20
SC.. 1204..
125
0
0
0,40
SS20
SC.. 1204..
22
150
0
0
0,75
SS20
SC.. 1204..
22
150
0
0
0,75
SS20
SC.. 1204..
h=h1
b
f
l1
ls°
go°
SSBCL 1616 H 09
16
16
13
100
0
SSBCR 1616 H 09
16
16
13
100
SSBCL 2020 K 12-M-A
20
20
17
125
SSBCR 2020 K 12-M-A
20
20
17
SSBCL 2525 M 12-M-A
25
25
SSBCR 2525 M 12-M-A
25
25
milling cutters
Dimensions
spare parts
Shim
Shim screw
Screwdriver
Key
techNICAL info
Clamping screw
Type
SO8
US 3510-T15P
-
-
FLAG T15P
-
SS20
US 5012-T15P
SSN 120304
MS 5008
FLAG T15P
HXK 5
All dimensions [mm]
43
stjc
turning holders
milling inserts
turning inserts
external turning
holders
Dimensions
milling cutters
ISO
kg
Spare parts
Insert
0
0,22
SO1
TC.. 1102..
0
0
0,22
SO1
TC.. 1102..
0
0
0,40
ST10
TC.. 16T3..
25
0
0
0,40
ST10
TC.. 16T3..
150
25
0
0
0,75
ST10
TC.. 16T3..
150
25
0
0
0,75
ST10
TC.. 16T3..
h=h1
b
f
l1
l2max
ls°
go°
STJCL 1616 H 11
16
16
20
100
18
0
STJCR 1616 H 11
16
16
20
100
18
STJCL 2020 K 16-M-A
20
20
25
125
25
STJCR 2020 K 16-M-A
20
20
25
125
STJCL 2525 M 16-M-A
25
25
32
STJCR 2525 M 16-M-A
25
25
32
spare parts
techNICAL info
Clamping screw
Shim
Shim screw
Screwdriver
Key
Type
SO1
US 2506-T07P
-
-
FLAG T07P
-
ST10
US 3510-T15P
STN 160308
MS 3510
FLAG T15P
HXK 3,5
All dimensions [mm]
44
svjc
turning holders
milling inserts
turning inserts
external turning
holders
ISO
kg
Spare parts
Insert
0
0,40
SV10
VC.. 1604..
0
0
0,40
SV10
VC.. 1604..
0
0
0,68
SV10
VC.. 1604..
32
0
0
0,68
SV10
VC.. 1604..
170
32
0
0
1,10
SV10
VC.. 1604..
170
32
0
0
1,10
SV10
VC.. 1604..
h=h1
b
f
l1
l2 max
ls°
go°
SVJCL 2020 K 16-M-A
20
20
25
125
28
0
SVJCR 2020 K 16-M-A
20
20
25
125
28
SVJCL 2525 M 16-M-A
25
25
32
150
32
SVJCR 2525 M 16-M-A
25
25
32
150
SVJCL 3225 P 16-M-A
32
25
32
SVJCR 3225 P 16-M-A
32
25
32
milling cutters
Dimensions
spare parts
Shim
Shim screw
Screwdriver
Key
techNICAL info
Clamping screw
Type
SO1
US 2506-T07P
-
-
FLAG T07P
-
SV10
US 3512-T15P
SVN 160304
MS 3510
FLAG T15P
HXK 3,5
All dimensions [mm]
45
svvc
turning holders
milling inserts
turning inserts
external turning
holders
Dimensions
ISO
kg
Spare parts
Insert
0
0,35
SV10
VC.. 1604..
0
0
0,70
SV10
VC.. 1604..
0
0
1,00
SV10
VC.. 1604..
b
f
l1
ls°
go°
SVVCN 2020 K 16-M-A
20
20
10
125
0
SVVCN 2525 M 16-M-A
25
25
12,5
150
SVVCN 3225 P 16-M-A
32
25
12,5
170
milling cutters
h=h1
techNICAL info
spare parts
Clamping screw
Shim
Shim screw
Screwdriver
Key
US 3512-T15P
SVN 160304
MS 3510
FLAG T15P
HXK 3,5
Type
SV10
All dimensions [mm]
46
swlc
turning holders
milling inserts
turning inserts
external turning
holders
Dimensions
ISO
kg
Spare parts
Insert
0
0,40
SO8
WC.. 06T3..
0
0,40
SO8
WC.. 06T3..
b
f
l1
l2 max
ls°
go°
SWLCL 2020 K 06
20
20
25
125
15
0
SWLCR 2020 K 06
20
20
25
125
15
0
milling cutters
h=h1
Clamping screw
Screwdriver
US 3510-T15P
FLAG T15P
techNICAL info
spare parts
Type
SO8
All dimensions [mm]
47
sclc
turning holders
milling inserts
turning inserts
internal turning
holders
Dimensions
milling cutters
ISO
kg
Spare parts
Insert
0
0,05
SO2
CC.. 0602..
-10
0
0,05
SO2
CC.. 0602..
-8
0
0,10
SO1
CC.. 0602..
16
-8
0
0,10
SO1
CC.. 0602..
Ø6
20
-8
0
0,22
SO5
CC.. 09T3..
Ø6
20
-8
0
0,22
SO5
CC.. 09T3..
-
Ø8
25
-5
0
0,40
SO8
CC.. 09T3..
-
Ø8
25
-5
0
0,40
SO8
CC.. 09T3..
30
30
Ø8
40
-10
0
1,35
SC20
CC.. 1204..
30
30
Ø8
40
-10
0
1,35
SC20
CC.. 1204..
Ødg7
f
l1
h
b
A
ØDmin
ls°
go°
A10H-SCLCL 06
10
7
100
9
-
Ø4
13
-10
A10H-SCLCR 06
10
7
100
9
-
Ø4
13
A12K-SCLCL 06
12
9
125
11
-
Ø5
16
A12K-SCLCR 06
12
9
125
11
-
Ø5
A16M-SCLCL 09-A
16
11
150
14,5
-
A16M-SCLCR 09-A
16
11
150
14,5
-
A20Q-SCLCL 09
20
13
180
18
A20Q-SCLCR 09
20
13
180
18
A32S-SCLCL 12-A
32
22
250
A32S-SCLCR 12-A
32
22
250
techNICAL info
spare parts
Clamping screw
Shim
Shim screw
Screwdriver
Key
SC20
US 5012-T15P
SCN 120304
MS 5008
FLAG T15P
HXK 5
SO1
US 2506-T07P
-
-
FLAG T07P
-
SO2
US 2505-T07P
-
-
FLAG T07P
-
SO5
US 4008-T15P
-
-
FLAG T15P
-
SO8
US 3510-T15P
-
-
FLAG T15P
-
Type
All dimensions [mm]
48
sduc
turning holders
milling inserts
turning inserts
internal turning
holders
ISO
kg
Spare parts
Insert
0
0,05
SO2
DC.. 0702..
-10
0
0,05
SO2
DC.. 0702..
-7
0
0,10
SO2
DC.. 0702..
16
-7
0
0,10
SO2
DC.. 0702..
Ø8
25
-5
0
0,40
SO8
DC.. 11T3..
Ø8
25
-5
0
0,40
SO8
DC.. 11T3..
23
Ø8
32
-3
0
0,65
SO8
DC.. 11T3..
23
Ø8
32
-3
0
0,65
SO8
DC.. 11T3..
Ødg7
f
l1
h
b
A
ØDmin
ls°
go°
A10H-SDUCL 07
10
7
100
9
-
Ø4
13
-10
A10H-SDUCR 07
10
7
100
9
-
Ø4
13
A12K-SDUCL 07
12
9
125
11
-
Ø5
16
A12K-SDUCR 07
12
9
125
11
-
Ø5
A20Q-SDUCL 11
20
13
180
18
-
A20Q-SDUCR 11
20
13
180
18
-
A25R-SDUCL 11
25
17
200
23
A25R-SDUCR 11
25
17
200
23
milling cutters
Dimensions
Clamping screw
Screwdriver
SO2
US 2505-T07P
FLAG T07P
SO8
US 3510-T15P
FLAG T15P
techNICAL info
spare parts
Type
All dimensions [mm]
49
sssc
turning holders
milling inserts
turning inserts
internal turning
holders
Dimensions
ISO
kg
Spare parts
Insert
0
0,60
SO8
SC.. 09T3..
0
0,60
SO8
SC.. 09T3..
f
l1
h
b
ØDmin
ls°
go°
S20S-SSSCL 09
20
13
250
18
18,5
25
-5
S20S-SSSCR 09
20
13
250
18
18,5
25
-5
milling cutters
Ødg7
techNICAL info
spare parts
Clamping screw
Screwdriver
US 3510-T15P
FLAG T15P
Type
SO8
All dimensions [mm]
50
stfc
turning holders
milling inserts
turning inserts
internal turning
holders
ISO
kg
Spare parts
Insert
0
0,11
SO1
TC.. 1102..
-7
0
0,11
SO1
TC.. 1102..
-7
0
0,25
SO1
TC.. 1102..
20
-7
0
0,25
SO1
TC.. 1102..
23
32
-3
0
1,15
SO8
TC.. 16T3..
23
32
-3
0
1,15
SO8
TC.. 16T3..
Ødg7
f
l1
h
b
ØDmin
ls°
go°
S12K-STFCL 11
12
9
125
11
11,5
16
-7
S12K-STFCR 11
12
9
125
11
11,5
16
S16M-STFCL 11
16
11
150
14,5
15
20
S16M-STFCR 11
16
11
150
14,5
15
S25T-STFCL 16
25
17
300
23
S25T-STFCR 16
25
17
300
23
milling cutters
Dimensions
Clamping screw
Screwdriver
SO1
US 2506-T07P
FLAG T07P
SO8
US 3510-T15P
-
techNICAL info
spare parts
Type
All dimensions [mm]
51
S2CFN
turning holders
milling inserts
turning inserts
holders
blades
Dimensions
milling cutters
Parting and grooving
kg
Spare parts
Holder
Insert
37,5
0,05
KV
26-DU-2020
NPG 3.10…
4,1
40
0,06
KV
26-DU-2020
NPG 4.10…
150
3,1
50
0,08
KV
32-DU-25..
NPG 3.10…
32
150
4,1
50
0,11
KV
32-DU-25..
NPG 4.10…
32
45
250
3,1
80
0,12
KV
45-DU-3229
NPG 3.10…
32
45
250
4,1
80
0,19
KV
45-DU-3229
NPG 4.10…
h1
h2
l1
a
tmax
S2CFN2602J 3.00
20
26
110
3,1
S2CFN2603J 4.00
20
26
110
S2CFN3202M 3.00
25
32
S2CFN3203M 4.00
25
S2CFN4502S 3.00
S2CFN4503S 4.00
spare parts
techNICAL info
Extractor
Type
KV
All dimensions [mm]
52
KV 5x70
du
blade
turning holders
milling inserts
Tool blocks
turning inserts
tool blocks
Parting and grooving
kg
Spare parts
Blade
90
0,67
ND2
XLCFN 26....
23
110
1,00
ND2
XLCFN 32....
32
110
1,22
ND2
XLCFN 32....
32
29
110
1,28
ND2
XLCFN 32....
32
29
110
1,48
ND7
XLCFN 45....
h
b
l2
26-DU 2020
20
20
32-DU 2523
25
32-DU 2532
25
32-DU 3229
45-DU 3229
milling cutters
Dimensions
Screw
Key
ND2
HS 0625
HXK 5
ND7
HS 0630
HXK 5
techNICAL info
spare parts
Type
All dimensions [mm]
53
techNICAL info
milling cutters
turning holders
milling inserts
MILLING CUTTERS
REASSURINGLY GOOD
54
turning inserts
55
techNICAL info
milling cutters
turning holders
milling inserts
turning inserts
SAP10D
turning holders
milling inserts
turning inserts
shoulder milling cutters
gp
+3°
kr
gf
0°
ap max
90°
9 mm
Z* - Number of teeth
cutters
D
dH7
d1
L
b
t
Z
R040A06A-SAP10D
40
16
14
40
8,4
5,6
6
0,8
R050A07A-SAP10D
50
22
18
40
10,4
6,3
7
1,1
R063A09A-SAP10D
63
22
18
50
10,4
6,3
9
1,3
All dimensions [mm]
56
Cooling
ISO
techNICAL info
milling cutters
Dimensions
[kg]
SAP10D
Size
l
d
s
d1
re
1003
11,000
6,700
3,50
2,88
0,5
milling inserts
ADKT
APKT
turning inserts
ISO
Grade
Cutting speed
Radius
Chipbreaker
indexable cutting inserts
P
M
Feed
K
Cutting depth
re
f min
f max
f min
f max
f min
f max
f min
f max
ap min
ap max
PU30
0,5
205
305
120
180
190
285
0,10
0,25
1,0
9,0
APKT1003PDER-MU
PU40
0,5
185
255
110
150
175
240
0,10
0,25
1,0
9,0
milling cutters
turning holders
APKT1003PDER-MU
Clamping screw
Screwdriver
US 2506-T07P
FLAG T07P
techNICAL info
spare parts
Diameter
of cutter
40 - 63
All dimensions [mm]
57
SAP16D
turning holders
gp
0° ÷ +8°
gf
0°
kr
90°
ap max
13 mm
ø 160 mm
milling inserts
ø 40 - 125 mm
turning inserts
cutters
D
dH7
d1
L
b
t
Z
R040A04A-SAP16D
40
16
11,0
40
8,4
5,6
4
0,7
R050A05A-SAP16D
50
22
18,0
40
10,4
6,3
5
0,8
R063A06A-SAP16D
63
22
18,0
40
10,4
6,3
6
1,1
R080A05B-SAP16D
80
27
38,0
50
12,4
7,0
5
1,4
R080A07B-SAP16D
80
27
38,0
50
12,4
7,0
7
1,3
R100A08B-SAP16D
100
32
45,0
50
14,4
8,0
8
2,0
R125A09B-SAP16D
125
40
60,0
63
16,4
9,0
9
2,7
R160A10C-SAP16D
160
40
66,7
63
16,4
9,0
10
3,7
All dimensions [mm]
58
Cooling
ISO
techNICAL info
milling cutters
Dimensions
[kg]
SAP16D
Size
l
d
s
d1
re
1604
17,000
9,440
5,67
4,60
0,8
APKT RU
milling inserts
APKT MU
APKT16
turning inserts
Grade
turning holders
ISO
Cutting speed
Radius
Chipbreaker
P
M
Feed
K
Cutting depth
re
f min
f max
f min
f max
f min
f max
f min
f max
ap min
ap max
PU30
0,8
190
285
110
170
180
270
0,15
0,30
1,0
13,0
APKT1604PDR-MU
PU40
0,8
175
250
105
150
165
235
0,15
0,30
1,0
13,0
APKT1604PDR-RU
PU30
0,8
185
270
110
160
175
255
0,20
0,35
1,0
13,0
APKT1604PDR-RU
PU40
0,8
175
245
105
145
165
230
0,20
0,35
1,0
13,0
milling cutters
APKT1604PDR-MU
Clamping screw
Screwdriver
US 4011-T15P
FLAG T15P
techNICAL info
spare parts
Diameter
of cutter
40 - 160
All dimensions [mm]
59
SOD05D
turning holders
milling inserts
turning inserts
face milling cutters
gp
+7°
kr
gf
0°
ap max
45°
7,3 mm
cutters
Dimensions
D1
D
dH7
L
b
t
Z*
Cooling
[kg]
R040A04A-SOD05D
48
40
16
40
8,4
5,6
4
+
1,1
R050A05A-SOD05D
58
50
22
40
10,4
6,3
5
+
1,3
R063A06A-SOD05D
71
63
22
40
10,4
6,3
6
+
2,0
techNICAL info
milling cutters
ISO
All dimensions [mm]
60
SOD05D
Size
d
s
d1
0504
12,700
4,760
4,40
milling inserts
odmt
turning inserts
ISO
Grade
re
PU40
P
M
Feed per tooth
K
Cutting depth
vc min
vc max
vc min
vc max
vc min
vc max
f min
f max
ap min
ap max
170
230
100
135
160
215
0,12
0,40
1,0
7,3
milling cutters
turning holders
ODMT0504ZZN
Cutting speed
Radius
Chipbreaker
Clamping screw
Screwdriver
US 3509-T15
FLAG T15
techNICAL info
spare parts
Diameter
of cutter
40 - 63
All dimensions [mm]
61
SOD06D
turning holders
milling inserts
turning inserts
gp
+5°
kr
gf
0°
ap max
45°
8,6 mm
cutters
ISO
dH7
L
b
t
Z*
[kg]
72,5
63
22
40
10,4
6,3
5
+
1,1
89,5
80
27
50
12,4
7,0
6
+
1,3
R100A07A-SOD06D
109,5
100
32
50
14,4
8,0
7
+
2,0
R125A08A-SOD06D
134,5
125
40
63
16,4
9,0
8
+
2,7
R160A09C-SOD06D
169,5
160
40
63
16,4
9,0
9
All dimensions [mm]
62
D
R080A06A-SOD06D
techNICAL info
milling cutters
R063A05A-SOD06D
D1
Cooling
Dimesnions
6,0
SOD06D
Size
d
s
d1
0605
15,875
5,560
5,50
ODMX
milling inserts
ODMT
ODMT/ODMX
turning inserts
Grade
re
turning holders
ISO
Cutting speed
Radius
Chipbreaker
P
M
Feed
K
Cutting depth
f min
f max
f min
f max
f min
f max
f min
f max
ap min
ap max
PU30
170
265
100
155
160
250
0,15
0,45
1,0
8,6
ODMT0605ZZN
PU40
170
230
100
135
160
215
0,15
0,45
1,0
8,6
ODMX0605ZZ
PU30
180
280
-
-
170
265
0,15
0,45
1,0
8,6
milling cutters
ODMT0605ZZN
Clamping screw
Screwdriver
US 4511-T20
FLAG T20
techNICAL info
spare parts
Diameter
of cutter
63 - 160
All dimensions [mm]
63
WSE123F
turning holders
milling inserts
turning inserts
gp
+18°
gf
-3°
kr
ap max
45°
6,5 mm
cutters
D
dH7
D1
d1
L
b
t
Z*
R080A05B-WSE123F
80
27
98
38,0
50
12,4
7,0
5
1,5
R100A06B-WSE123F
100
32
108
45,0
50
14,4
8,0
6
2,0
R125A08B-WSE123F
125
40
139
56,0
63
16,4
9,0
8
3,0
techNICAL info
milling cutters
ISO
All dimensions [mm]
64
Cooling
Dimensions
[kg]
WSE123F
Size
l
d
s
m
1203
12,700
12,700
3,18
1,60
SEER
milling inserts
SEEN
SEEN/SEER
turning inserts
Grade
re
turning holders
ISO
Cutting speed
Radius
Chipbreaker
P
M
Feed
K
Cutting depth
f min
f max
f min
f max
f min
f max
f min
f max
ap min
ap max
PU30
190
265
110
155
180
250
0,15
0,40
1,0
6,5
SEER1203AFSN
PU30
205
280
120
165
190
265
0,20
0,40
1,0
6,5
milling cutters
SEEN1203AFSN
Clamping wedge
Stop
Differential screw
Key
80 - 100
KU 52
PS 06
DS 01
HXK 4
125
KU 50
PS 06
DS 01
HXK 4
techNICAL info
spare parts
Diameter
of cutter
All dimensions [mm]
65
WSP12D
turning holders
milling inserts
turning inserts
gp
+7°
kr
gf
0°
ap max
75°
9 mm
cutters
D
dH7
d1
D1
L
b
t
Z*
R080A05B-WSP12D
80
27
38,0
90
50
12,4
7
5
1,5
R100A07B-WSP12D
100
32
45,0
110
50
14,4
8
7
2,0
All dimensions [mm]
66
Cooling
ISO
techNICAL info
milling cutters
Dimensions
[kg]
WSP12D
Size
l
d
s
1203
12,700
12,700
3,18
turning holders
SPUN
milling inserts
SPKR
SPKN
SPKN / SPKR / SPUN
turning inserts
Grade
re
P
M
Feed
K
Cutting depth
f min
f max
f min
f max
f min
f max
f min
f max
ap min
ap max
SPKN1203EDSR
PU30
185
270
110
160
175
255
0,15
0,30
1,0
9,0
SPKR1203EDSR
PU30
205
300
120
180
190
285
0,15
0,30
1,0
9,0
SPKR1203EDSR
PU40
195
260
115
155
185
245
0,15
0,30
1,0
9,0
SPUN120308
PU30
165
260
95
155
155
245
0,10
0,30
1,0
9,0
0,8
milling cutters
ISO
Cutting speed
Radius
Chipbreaker
Clamping wedge
Clamping wedge
Stop
Differential screw
Key
KU 04
KS 04
PS 03
DS 01
HXK 4
techNICAL info
spare parts
Diameter
of cutter
80 - 100
All dimensions [mm]
67
WSP15D
turning holders
milling inserts
turning inserts
gp
+7°
kr
gf
0°
ap max
75°
13 mm
cutters
D
dH7
d1
D1
L
b
t
Z*
R160A08C-WSP15D
160
40
66,7
176
63
16,4
9
8
6,5
R200A10C-WSP15D
200
60
101,6
216
63
25,7
14
10
10,0
techNICAL info
milling cutters
ISO
All dimensions [mm]
68
Cooling
Dimensions
[kg]
WSP15D
Size
l
d
s
1504
15,875
15,875
4,76
SPUN
milling inserts
SPKN
SPKN / SPUN
turning inserts
Grade
re
P
M
Feed
K
Cutting depth
f min
f max
f min
f max
f min
f max
f min
f max
ap min
ap max
SPKN1504EDSR
PU30
170
255
100
150
160
240
0,20
0,40
1,0
13,0
SPKN1504EDSR
PU40
165
230
95
135
155
215
0,20
0,40
1,0
13,0
SPUN150412
PU30
165
270
95
160
155
255
0,10
0,40
1,2
13,0
milling cutters
1,2
turning holders
ISO
Cutting speed
Radius
Chipbreaker
Clamping wedge
Clamping wedge
Stop
Differential screw
Key
KU 14
KS 14
PS 02
DS 02
HXK 5
techNICAL info
spare parts
Diameter
of cutter
160 - 200
All dimensions [mm]
69
WTP22D
turning holders
gp
+5°
kr
gf
0°
ap max
90°
18 mm
ø 160 mm
milling inserts
ø 100 - 125 mm
turning inserts
cutters
D
dH7
d1
L
b
t
Z*
R100A05B-WTP22D
100
27
38,0
50
12,4
7
5
2,0
R125A07B-WTP22D
125
40
56,0
63
16,4
9
7
3,0
R160A09C-WTP22D
160
40
66,7
63
16,4
9
9
6,5
techNICAL info
milling cutters
ISO
All dimensions [mm]
70
Cooling
Dimensions
[kg]
WTP22D
Size
(l)
d
s
m
2204
22,000
12,700
4,76
3,55
turning holders
TPUN
milling inserts
TPKR
TPKN
TPKN / TPKR / TPUN
turning inserts
Grade
re
P
M
Feed
K
Cutting depth
f min
f max
f min
f max
f min
f max
f min
f max
ap min
ap max
TPKN2204PDSR
PU30
130
195
75
115
120
185
0,20
0,30
1,0
22,0
TPKR2204PDSR
PU30
120
220
70
130
110
205
0,10
0,40
1,0
22,0
TPUN220408
PU30
130
210
75
125
120
195
0,10
0,25
1,0
22,0
0,8
milling cutters
ISO
Cutting speed
Radius
Chipbreaker
Clamping wegde
Differential screw
Locator
Key
100
KU 21
DS 02
PS 20
HXK 5
125 - 160
KU 20
DS 02
PS 20
HXK 5
techNICAL info
spare parts
Diameter
of cutter
All dimensions [mm]
71
SAP10D
turning holders
milling inserts
turning inserts
end milling cutters
gp
+4°÷ +10°
gf
+12°
kr
90°
ap max
9 mm
cutters
Dimensions
D
L
l1
l2
dh6 Z*
Cooling
[kg]
R010A01W-020-SAP10D
10
78
20
30
16
1
+
0,1
R012A01W-027-SAP10D
12
75
-
27
16
1
+
0,2
R014A01W-027-SAP10D
14
75
-
27
16
1
+
0,2
R016A02W-032-SAP10D
16
80
-
32
16
2
+
0,3
R018A02W-032-SAP10D
18
82
-
32
20
2
+
0,4
R020A03W-032-SAP10D
20
82
-
32
20
3
+
0,8
R025A03W-042-SAP10D
25
98
-
42
25
3
+
1,1
R025A04W-042-SAP10D
25
98
-
42
25
4
+
1,1
R032A05W-042-SAP10D
32
102
-
42
32
5
+
1,5
techNICAL info
milling cutters
ISO
All dimensions [mm]
72
SAP10D
Size
l
d
s
d1
re
1003
11,000
6,700
3,50
2,88
0,5
milling inserts
APKT10
turning inserts
end milling cutters
ISO
Grade
Cutting speed
Radius
Chipbreaker
P
M
Feed
K
Cutting depth
re
f min
f max
f min
f max
f min
f max
f min
f max
ap min
ap max
PU30
0,5
205
305
120
180
190
285
0,10
0,25
1,0
9,0
APKT1003PDER-MU
PU40
0,5
185
255
110
150
175
240
0,10
0,25
1,0
9,0
milling cutters
turning holders
APKT1003PDER-MU
Clamping screw
Screwdriver
US 2506-T07P
FLAG T07P
techNICAL info
spare parts
Diameter
of cutter
10 - 32
All dimensions [mm]
73
sAP16D
turning holders
milling inserts
turning inserts
end milling cutters
gp
0° ÷ +8°
gf
0°
kr
90°
ap max
13 mm
cutters
Dimensions
D
L
l1
dh6 Z*
Cooling
[kg]
R025A02W-042-SAP16D
25
98
42
25
2
+
0,4
R032A03W-040-SAP16D
32
100
40
32
3
+
0,6
techNICAL info
milling cutters
ISO
All dimensions [mm]
74
-
-
-
-
-
sAP16D
Size
l
d
s
d1
re
1604
17,000
9,440
5,67
4,60
0,8
APKT RU
milling inserts
APKT MU
APKT16
turning inserts
end milling cutters
Grade
turning holders
ISO
Cutting speed
Radius
Chipbreaker
P
M
Feed
K
Cutting depth
re
f min
f max
f min
f max
f min
f max
f min
f max
ap min
ap max
PU30
0,8
190
285
110
170
180
270
0,15
0,30
1,0
13,0
APKT1604PDR-MU
PU40
0,8
175
250
105
150
165
235
0,15
0,30
1,0
13,0
APKT1604PDR-RU
PU30
0,8
185
270
110
160
175
255
0,20
0,35
1,0
13,0
APKT1604PDR-RU
PU40
0,8
175
245
105
145
165
230
0,20
0,35
1,0
13,0
milling cutters
APKT1604PDR-MU
Clamping screw
Screwdriver
25
US 4008-T15P
FLAG T15P
32
US 4011-T15P
FLAG T15P
techNICAL info
spare parts
Diameter
of cutter
All dimensions [mm]
75
SRD10
turning holders
milling inserts
turning inserts
copy milling cutters
gp
+3°
kr
gf
0°
ap max
2,5 mm
cutters
[kg]
2
RD.. 1003
+
0,20
20
2
RD.. 1003
+
0,30
25
2
RD.. 1003
+
0,60
25
2
RD.. 1003
+
0,80
d
L
l1
l2
dh6
Z*
R020E02W-040-SRD10
20
10
90
40
20
20
R020E02W-060-SRD10
20
10
110
60
22
R020E02W-080-SRD10
20
10
136
80
25
R020E02W-100-SRD10
20
10
156
100
25
All dimensions [mm]
76
Inserts
D
techNICAL info
milling cutters
ISO
Cooling
Dimensions
SRD10
Size
d
s
d1
1003
10,000
3,180
3,90
milling inserts
RDHX
turning inserts
ISO
Grade
Cutting speed
Radius
Chipbreaker
re
P
M
Feed
K
Cutting depth
f min
f max
f min
f max
f min
f max
f min
f max
ap min
ap max
PU30
185
295
110
175
175
280
0,10
0,30
0,5
2,5
RDHX1003MOT
PU40
180
275
105
165
170
260
0,10
0,30
0,5
2,5
milling cutters
turning holders
RDHX1003MOT
Clamping screw
Screwdriver
US 3507-T15
FLAG T15
techNICAL info
spare parts
Diameter
of cutter
20
All dimensions [mm]
77
SRD12
turning holders
milling inserts
turning inserts
gp
+5°
kr
gf
0°
ap max
3 mm
cutters
[kg]
5
RD.. 12T3
+
0,70
50
6
RD.. 12T3
+
0,90
52
7
RD.. 12T3
+
1,40
d
D2
L
Z*
R052A05A-SRD12
52
12
22
50
R066A06A-SRD12
66
12
27
R080A07B-SRD12
80
12
27
All dimensions [mm]
78
Inserts
D
techNICAL info
milling cutters
ISO
Cooling
Dimensions
SRD12
Size
d
s
d1
12T3
12,000
3,970
3,90
milling inserts
RDHX
turning inserts
ISO
Grade
Cutting speed
Radius
Chipbreaker
re
P
M
Feed
K
Cutting depth
f min
f max
f min
f max
f min
f max
f min
f max
ap min
ap max
PU30
175
275
105
165
165
260
0,10
0,35
1,0
3,0
RDHX12T3MOT
PU40
170
255
100
150
160
240
0,10
0,35
1,0
3,0
milling cutters
turning holders
RDHX12T3MOT
Clamping screw
Screw
Screwdriver
US 3507-T15
CS 12
FLAG T15
techNICAL info
spare parts
Diameter
of cutter
52 - 80
All dimensions [mm]
79
techNICAL info
milling cutters
turning holders
milling inserts
turning inserts
TECHNICAL INFO
ALL YOU NEED
80
techNICAL info
milling cutters
turning holders
milling inserts
turning inserts
technical info
81
techNICAL info
milling cutters
turning holders
milling inserts
turning inserts
turning inserts
82
iso code
techNICAL info
milling cutters
turning holders
milling inserts
turning inserts
turning inserts
iso code
83
techNICAL info
milling cutters
turning holders
milling inserts
turning inserts
turning holders - External
84
iso code
techNICAL info
milling cutters
turning holders
milling inserts
turning inserts
turning holders - Internal
iso code
85
turning
classification of machined materials
techNICAL info
milling cutters
turning holders
milling inserts
turning inserts
The identification of machined material is the most important thing for the right solution of cutting tool and cutting conditions. Machined
materials are classified into 6 basic groups according to standard ISO 513. In each group are associated materials which cause the same
load type of the cutting edge and thus also a similar wear type.
86
P
Carbon steels – non-alloyed
Carbon cast steels
Carbon tool steels
Low-alloyed steels
Alloyed steels
Low and medium alloyed steels
Alloyed tool steels
Ferritic and martensitic corrosion-resistant steels
ASTM A176-74 and cast steels
M
Austenitic and ferritic – austenitic corrosion-resistant, heat-resistant and creep-resistant steels
Furthermore, non-magnetic and abrasive-resistant steels
K
Grey cast iron non-alloyed and alloyed
Nodular cast iron
Malleable cast iron
N
Non-ferrous metals
Al alloys
Cu alloys
S
Special creep-resistant Ni, Co, Fe and Ti based alloys
NIMONIC 80A – ASTM A637
INCOLOY 800HT – UNS No 8811
INCONEL 617 – No 6617
H
Heat-treated steels with hardness 48 – 60 HRC
Hardened steels HRC 48 – 60
Hardened ingot-mould iron with hardness 55 – 85 HSh
turning
turning inserts
S
40
Grade description and recommended application
H
30
N
20
K
10
Workpiece
Material Group
P
CU15
Application
areas
M
Designation and microstructure
grades for turning
milling inserts
H
40
S
30
N
20
K
10
P
CU25
M
- Submicron substrate without cubical carbides.
- Thick layer of MTCVD coating with main layer of Al2O3.
- Finishing up to roughing.
- Mainly for materials group K, suitable also for groups P and H.
- Medium and higher cutting speeds.
- Continuous cut at good cutting conditions.
turning holders
H
40
S
30
N
20
K
10
P
PU20
M
- Functional gradient substrate.
- Modern medium-thick special MT-CVD coating.
- Special adjustment after coating.
- For finishing up to roughing.
- Versatile grade for machining of material groups P, M, K and contionally for group S.
- Medium and higher cutting speeds.
- Continuous and interrupted cut.
milling cutters
H
- Submicron grade without cubical carbides with low content of cobalt.
- General-purpose grade, suitable for all groups of work piece material except P.
- Small up to medium chip cross section.
- Steady cutting conditions.
techNICAL info
40
S
30
N
20
K
10
P
U10
M
- Substrate with high content of cubical carbides.
- Nano multilayer PVD coating with gradient transitions.
- Reduced internal stresses in the coating.
- Increases the hardness.
- Reducing the notch wear on the main cutting edge.
- Good reliability.
- Difficult cutting conditions.
87
S
Medium
Range of cutting conditions:
Roughing
Medium
Medium
Roughing
RU
techNICAL info
Profile of cutting edge
fz
0,08 ÷ 0,35 [mm.rev-1]
ap
0,5 ÷ 3,0 [mm]
Description
Aplied to inserts: CNMG, SNMG, TNMG, WNMG
fz
0,15 ÷ 0,70 [mm.rev-1]
ap
1,0 ÷ 7,0 [mm]
Description
Aplied to inserts: CNMG, SNMG, WNMG
H
S
N
K
P
Workpiece material group
Turning
Aplied to inserts: CNMG, DNMG, SNMG, TNMG, WNMG
M
P, M, D
Finishing
Chipbreaker
Clamping designation
Description
- finishing to semiroughing
- the main area of application – machined materials in group P, M and K
- conditional application – machined materials group H
- continuous and moderate interrupted cut
Roughing
MU
milling cutters
1,0 ÷ 4,0 [mm]
H
S
N
K
Turning
P
M
P, M, D
ap
Finishing
Chipbreaker
0,15 ÷ 0,23 [mm.rev-1]
- fine turning and finishing
- the main area of application – machined materials groups P and M
- further area of application – machined materials group K
- conditional application – machined materials group N and S
Medium
FU
turning holders
fz
H
S
N
K
Turning
P
M
P, M, D
Finishing
Chipbreaker
milling inserts
Aplied to inserts: KNUX
- universal turning geometry characterized by low cutting force
- further area of application – machined materials group K and S
- conditional application – machined materials group N
- continuous cut
Roughing
72
Description
H
N
Turning
K
P
C
M
CHIPBREAKER – NEGATIVE INSERTS
Finishing
turning inserts
Chipbreaker
turning
- versatile turning geometry applicable for medium up to roughing
- the main area of application – machined materials group P, M and K
- conditional application – machined materials group S
- from continuous up to interrupted cut
fz
0,25 ÷ 1,70 [mm.rev-1]
ap
2,0 ÷ 16,0 [mm]
Main application 88
Other applications
Conditional applications
Roughing
Medium
Other applications
fz
0,20 ÷ 0,50 [mm.rev-1]
ap
0,8 ÷ 5,0 [mm]
Description
milling inserts
Aplied to inserts: CNMG, WNMG
milling cutters
Main application Aplied to inserts: DNMG, TNMG
- finishing up to roughing
- WIPER geometry for high productive turning
- the main area of application – machined materials groups P and K
Roughing
WM
Description
H
S
N
K
P
M
Turning
2,0 ÷ 16,0 [mm]
Finishing
Chipbreaker
P, M, D
ap
turning holders
Rounded cutting edge
0,25 ÷ 1,70 [mm.rev-1]
- finishing and semi-roughing
- the main area of application – machined materials groups P, M and S
- conditional application - machined materials group K and N
- continuous cut
Medium
SI
fz
H
S
N
K
Turning
P
M
P, M, D
turning inserts
S
Medium
Finishing
Chipbreaker
Aplied to inserts: CNMm, SNMm
- versatile turning geometry applicable for medium up to heavy roughing
- further area of application - machined materials group K
- conditional application – machined materials group S
- from continuous up to interrupted cut
Roughing
RU
Description
H
N
Turning
K
P
P, M, D
M
CHIPBREAKER – NEGATIVE INSERTS
Finishing
Chipbreaker
turning
fz
0,17 ÷ 0,80 [mm.rev-1]
ap
1,0 ÷ 6,0 [mm]
Cutting data recommendations
techNICAL info
Cutting data presented in this catalogue shall be seen as starting values. Cutting data might need to be adjusted due to conditions in the
application. Cutting data are influenced by several parameter i.e. hardness and heat treatment of material, surface conditions (cast/forging
skin or not) component design and the stability of setup. In good conditions the cutting data in the higher range can be used and under bad
conditions the cutting data should be on the lower side.
89
S
Medium
Roughing
Main application Medium
Other applications
Description
Aplied to inserts: DCMT, SCMT, TCMT, WCMT
fz
0,08 ÷ 0,25 [mm.rev-1]
ap
0,5 ÷ 3,0 [mm]
Description
Aplied to inserts: CCMT, SCMT, TCMT, VCMT, WCMT
- for finishing and semi-roughing
- the main area of application – machined materials groups P, M and K
- continuous and interrupted cut
Roughing
MU
milling cutters
0,2 ÷ 7,0 [mm]
H
S
N
K
Turning
P
M
S
ap
Finishing
Chipbreaker
0,05 ÷ 0,60 [mm.rev-1]
- further area of application – machined materials group M
- continuous cut
Medium
FU
turning holders
fz
H
S
N
K
Turning
P
M
S
Finishing
Chipbreaker
milling inserts
Aplied to inserts: ccgt , dcgt , tcgt , vcgt
- high positive turning geometry with the sharp cutting edge
- from fine turning up to roughing of AL and AL alloys
- the main area of application – machined materials groups N
- continuous cut
Roughing
AL
Description
H
N
Turning
K
P
S
M
CHIPBREAKER – POSITIVE INSERTS
Finishing
turning inserts
Chipbreaker
turning
fz
0,10 ÷ 0,60 [mm.rev-1]
ap
0,8 ÷ 8,0 [mm]
techNICAL info
90
Medium
Other applications
-
Description
milling inserts
ap
Aplied to inserts: NPG
turning holders
Main application 0,08 ÷ 0,22 [mm.rev-1]
- high universal cutting geometry characterized by very low cutting resistance
- parting and grooving
- further area of application - machined materials K and S
- the main area of application – machined materials groups N and H
- also for moderate interrupted cut
Roughing
MU
fz
H
S
N
K
Turning
P
M
X
turning inserts
S
Medium
Finishing
Chipbreaker
Aplied to inserts: NPG
- high universal cutting geometry characterized by low cutting resistance
- parting and grooving
- further area of application - machined materials M
- the main area of application – machined materials groups S and H
- also continuous cut
Roughing
FU
Description
H
N
Turning
K
P
X
M
CHIPBREAKER – PARTING AND GROOVING INSERTS
Finishing
Chipbreaker
turning
fz
0,08 ÷ 0,25 [mm.rev-1]
ap
-
techNICAL info
milling cutters
91
turning
wear type of turning inserts
turning inserts
built-up edge
milling inserts
Description and cause:
Sticking of machined material on the cutting edge. Its tearoff can cause the brittle crack of the edge, consequently
the surface quality gets worse.
Troubleshooting:
- increase the cutting speed
- increase the feed rate
- use coated grade
- no coolant
- select a more easy cutting chip breaker
flank wear
turning holders
Flank wear is one of the main criteria of tool life.
It appears due to friction of insert to the machined material.
It is not possible to fully eliminate it, just to reduce.
Troubleshooting:
- use more wear resistant grade
- reduce the cutting speed
(if it is under 0,1 mm.rev-1)
- use coolant or increase the intensity of cooling
cratering
milling cutters
Cratering appears usually on inserts with plain face.
Troubleshooting:
- reduce the feed rate
OXIDATION GROOVE ON THE MINOR EDGE
techNICAL info
The main criterion which limits the tool life. It usually appears
at turning. A combination of oxidation groove and cratering
causes worse roughness of the machined surface.
92
Troubleshooting:
- if possible use Al2O3 coated inserts
turning
Troubleshooting:
- use a coolant or increase the intensity of cooling
- use cutting inserts with bigger corner radius
- use cutting insert with bigger corner angle
milling inserts
It is caused by high thermal stress of the cutting edge
(high feed and cutting speed).
turning inserts
plastic deformation
notch wear
Troubleshooting:
- if possible use Al2O3 coated inserts
- select a tool with a smaller setting angle
turning holders
It is created in area of contact of the cutting edge with
the surface of the work piece. It is mainly caused by
hardening of the surface layer of work piece and burrs.
Usually appears at stainless austenitic steels.
CHIPPING OF CUTTING EDGE
Troubleshooting:
- select a stronger chip breaker
- minimize the vibrations
- select a tougher grade
milling cutters
It mainly appears together with another type of wear.
It is caused by low rigidity of machine-tool-work piece
or hard chip forming.
CHIPPING OF CUTTING EDGE (OUT OF CUT)
Troubleshooting:
- change the feed rate
- select a tool with a different setting angle
- use different geometry of insert
- use tougher grade
techNICAL info
It is caused by inconvenient chip forming. The chips
damage the edge.
93
turning
turning inserts
comb cracks
milling inserts
at interrupted cut.
Troubleshooting:
- use an abundant flow of coolant or shut off the coolant
- use tougher grade
CRACKS ALONG THE FLANK
turning holders
It is caused by high dynamic stress of the area behind
cutting edge.
Troubleshooting:
- use tougher grade
- change the cutting conditions
- change the feed
insert fracture
techNICAL info
milling cutters
Causes of this wear type can be various, depends on
work piece material, grade, condition and rigidity of machine-tool-work piece, extend and type of wear, cutting
conditions.
94
Troubleshooting:
- use the tougher grade
- reduce the feed and depth of cut
- use the insert with bigger corner radius
- use cutting insert with bigger corner angle
- select a stronger chip breaker
- select a thicker insert
turning
undesirable phenomena
Troubleshooting:
- use wiper insert
- use cutting insert with the right geometry
- change (usually increase) the cutting speed
- use a coolant
- improve the stability of the tool and work piece
- change the chip cross section
- increase the nose radius
milling inserts
Causes are various, depend on work piece material,
cutting conditions (feed and cutting speed), cutting edge
condition, extend and type of wear, condition and rigidity
of machine-tool-work piece.
- wrong choice of tool
- wrong chip thickness
- wrong cutting speed
- coolant is needed
- high feed rate
turning inserts
poor surface quality
vibrations
Troubleshooting:
- improve the stability of the tool and work piece
- reduce the depth of cut
- minimize tool overhang
- use the tool with smaller setting angle
- reduce the chip cross section
- use the tool with low cutting resistance
- select a more easy cutting chipbreaker
- increase the nose radius
turning holders
It is very frequent. The main reasons are an unbalanced
work piece or tool, pure stability of work piece, high rate
of cutting forces, tool overhang.
burr
Troubleshooting:
- use cutting insert with sharp cutting edge
- use cutting insert with positive geometry
- use tool with smaller setting angle
milling cutters
It usually appears at machining of soft steels and plastic
materials.
DIMENSIONAL AND SHAPE INACCURACY OF WORK PIECE
Troubleshooting:
- use wear resistant cutting insert
- improve the stability of the tool and work piece,
minimize tool overhang
- use work piece with suitable machining allowance
techNICAL info
Depends on a number of factors.
95
turning
undesirable phenomena / general principles / screw torques
turning inserts
UNACCEPTABLE CHIP CONTROL
milling inserts
A suitable shape of chip is an important criterion, such
as durability (tool life). Work piece material, feed, depth
of cut, suitable cutting geometry (chip breaker) effect on
the right chip forming. Long chip is unacceptable however
too short chip (crushed) is unwanted, is indicative of
overloaded edge and causes vibrations.
Troubleshooting:
- change feed and depth of cut
- use more suitable cutting geometry
- change cutting conditions
general principles
Check of cutting insert seat condition:
Before clamping of new cutting insert or change of edge (rotation of cutting
insert) is necessary to purge the seat, check its condition or condition of anvil and wedge (especially the damage under the corner of cutting insert).
Check of tightening:
At tightening check the fitting of cutting insert on the whole binding surface
and fitting in radial and axial direction. Cutting inserts and tools must be
always clean and undamaged.
turning holders
Check and maintenance of clamping parts:
The checking of clamping parts – clamping levers, screws, wedges, clamps.
Use only undamaged parts, use the original parts only – you find them in
the catalogue. Regularly lubricate the threads and binding surface of screws, for example by heat-resistant lubricant (Molyko G). For mounting and
disassembling, use only screw drivers and wrenches as per our catalogue
or recommended by the tool producer. Pay attention to the right tightening
(proportional), we recommend to use torque wrench.
milling cutters
recommended screw torques
techNICAL info
TorquE
(Nm)
96
Clamping screw
Key
Flag
US 83
HXK 4
–
6,0
US 35
HXK 4
–
6,0
US 36
HXK 4
–
6,0
US 38
HXK 5
–
8,0
US 39
HXK 5
–
8,0
US 34
HXK 3
–
5,0
HS 0825
HXK 6
–
10,0
HS 0830
HXK 6
–
10,0
US 2505-T07P
–
FLAG T07P
0,9
US 2506-T07P
–
FLAG T07P
0,9
US 3510-T15P
–
FLAG T15P
3,0
US 3512-T15P
–
FLAG T15P
3,0
US 4008-T15P
–
FLAG T15P
3,5
US 5012-T15P
–
FLAG T15P
5,0
turning
formulae for calculation of cutting parameters
π.D.n
1000
[m.min-1]
fmin
n
[mm.rev-1]
fot =
Feed per revolution
Feed per minute
(Linear Feedrate)
fmin = v f = fot . n
Max. height of profile Rmax
Rmax =
Surface finish
Ra
Ra =
125 . fot2
re
43,9 . fot1,88
re0,97
[µm]
Chip thickness
(For insert with straight
edge)
h = frev . sin κr
[mm]
Q = ap . frev . vc
Metal removal rate
Power demand
Approximate
power demand
D
Pc =
ap . frev1-c . kc1 . vc . κr
6 . 104 . η
Pc =
ap . frev . vc
x
[m.min-1]
[mm.rev-1]
[mm.min-1]
Rmax
Ra
frev
re
max. height of profile
surface finish
feed per revolution
nose radius
[mm]
[mm]
[mm.rev-1]
[mm]
A
frev
ap
κr
h
vc
fmin
[mm2]
[mm.rev-1]
[mm]
[°]
[mm]
[m.min-1]
[mm.min-1]
Q
Chip cross section
Feed per revolution
Axial depth of cut
Primary edge setting angle
Chip thickness
Cutting speed
Feed per minute
(Linear Feedrate)
Material removal rate per minute
Pc
ap
frev
c
kc
kκr
η
x
Power demand
Depth of cut
Feed
Constant KTV
Specific cutting force
κr angle constant
Efficiency (usually η = 0,75)
Machined material constant
[kW]
[mm]
[mm.rev-1]
[1]
[MPa]
[1]
[1]
[1]
[µm]
[mm2]
ap
[1.min-1]
[mm]
[mm.min-1]
A = frev . ap
h = frev .
Number of revolutions
Diameter
(of tool or workpiece)
Cutting speed
Feed per revolution
Feed per minute
(Linear Feedrate)
vc
frev
fmin
Chip cross section
Chip thickness
(For round cutting insert)
n
D
turning inserts
vc =
Cutting speed
[rev.min-1]
milling inserts
vc . 1000
D.π
Note
turning holders
n=
Unit
milling cutters
Formula
[cm3.min-1]
[mm]
[cm3.min-1]
[kW]
[kW]
Material
Steel
Cast iron
Al
Coefficient x
24 000
30 000
120 000
techNICAL info
Quantity
97
techNICAL info
milling cutters
turning holders
milling inserts
turning inserts
milling inserts
98
iso code
techNICAL info
milling cutters
turning holders
milling inserts
turning inserts
milling inserts
iso code
99
techNICAL info
milling cutters
turning holders
milling inserts
turning inserts
milling cutters
100
iso code
Milling
classification of machined materials
S
Special creep-resistant Ni, Co, Fe and Ti based alloys
NIMONIC 80A – ASTM A637
INCOLOY 800HT – UNS No 8811
INCONEL 617 – No 6617
H
Heat-treated steels with hardness 48 – 60 HRC
Hardened steels HRC 48 – 60
Hardened ingot-mould iron with hardness 55 – 85 HSh
milling inserts
N
Non-ferrous metals
Al alloys
Cu alloys
turning holders
K
Grey cast iron non-alloyed and alloyed
Nodular cast iron
Malleable cast iron
milling cutters
M
Austenitic and ferritic – austenitic corrosion-resistant, heat-resistant and creep-resistant steels
Furthermore, non-magnetic and abrasive-resistant steels
techNICAL info
P
Carbon steels – non-alloyed
Carbon cast steels
Carbon tool steels
Low-alloyed steels
Alloyed steels
Low and medium alloyed steels
Alloyed tool steels
Ferritic and martensitic corrosion-resistant steels
ASTM A176-74 and cast steels
turning inserts
The identification of machined material is the most important thing for the right solution of cutting tool and cutting conditions. Machined
materials are classified into 6 basic groups according to standard ISO 513. In each group are associated materials which cause the same
load type of the cutting edge and thus also a similar wear type.
101
Milling
S
40
Grade description and recommended application
H
30
N
20
K
10
Workpiece
Material Group
P
PU30
Application
areas
M
turning inserts
Designation and microstructure
grades for milling
H
40
S
30
N
20
K
10
P
PU40
M
milling inserts
- Versatile cutting grade.
- Submicron substrate type H.
- Nanostructural thin PVD coating with high content of Al.
- Combines good wear resistance and good operational reliability.
- Applicable on all material groups.
- Medium cutting speeds.
- Suitable for unstable working conditions.
turning holders
- The toughest grade.
- Submicron substrate type H with high content of cobalt.
- Nanostructural thin PVD coating with high content of Al.
- For operations characterized by high mechanical stress on cutting edge.
- Machining of materials groups P, M, S and K.
- Low up to medium cutting speeds.
- Suitable for unstable working conditions.
techNICAL info
milling cutters
Main application 102
Other applications
CHIPBREAKER – MILLING INSERTS
Aplied to inserts: ADKT 1505PDER-M
turning inserts
S
Description
H
N
K
P
Milling
M
Photo
ap
1,0 ÷ 13,0 [mm]
Description
Aplied to inserts: ApKT 1003PDER-MU
H
S
N
K
P
M
Milling
0,15 ÷ 0,30 [mm.tooth-1]
0,10 ÷ 0,25 [mm.tooth-1]
ap
1,0 ÷ 9,0 [mm]
Description
Aplied to inserts: Apkt 1604pder-gm
H
S
N
K
P
M
Milling
fz
Medium
0,15 ÷ 0,30 [mm.tooth-1]
ap
1,0 ÷ 13,0 [mm]
Description
Aplied to inserts: APKT 1604PDER-RU
H
S
N
K
P
M
Milling
fz
techNICAL info
Medium
- geometry with positive rake angle
- suitable for machining of material groups P, M and K, applicable also for materials group S
Roughing
apkt16-RU
Finishing
Chipbreaker
Photo
milling cutters
- geometry with high positive rake angle
- suitable for machining of material groups P, M and K, applicable also for group S
Roughing
apkt16-MU
Finishing
Chipbreaker
Photo
turning holders
Medium
Roughing
apkt10-MU
Finishing
Chipbreaker
Photo
fz
milling inserts
Medium
Roughing
adkt-M
Finishing
Chipbreaker
Milling
Main application Other applications
fz
0,20 ÷ 0,35 [mm.tooth-1]
ap
1,0 ÷ 13,0 [mm]
103
S
Medium
sharp edge
Roughing
Description
Aplied to inserts: odmx 0605zzn
fz
0,15 ÷ 0,45 [mm.tooth-1]
ap
1,0 ÷ 8,6 [mm]
Description
Aplied to inserts: RDHX mot
- geometry with zero rake
- suitable for machining of materials groups K and H, applicable also for group P
and conditionally for M
Medium
rdhx
milling cutters
1,0 ÷ 8,6 [mm]
H
S
N
K
P
M
Milling
ap
Finishing
Chipbreaker
Photo
0,12 (0,15) ÷ 0,40 (0,45) [mm.tooth-1]
- wiper geometry with zero rake
- accessory to indexable cutting inserts ODMT and ODMW
Medium
odmx
turning holders
fz
H
S
N
K
P
Milling
M
Finishing
Chipbreaker
milling inserts
Photo
Aplied to inserts: odmt 0504zzn, odmt 0605zzn
- cutting geometry with positive rake angle
- suitable for machining of materials groups P and K, applicable also for group M and conditionally for S
and H
- depending on cutting depth up to 8 cutting edges are available
Roughing
odmt ZZN
Description
H
N
K
Milling
P
M
Photo
Finishing
turning inserts
Chipbreaker
Milling
rounded cutting edge
Medium
Roughing
seen
techNICAL info
fz
according to dimension of cutting insert
ap
according to dimension of cutting insert
Description
Aplied to inserts: seen 1203afFn
H
S
N
K
Milling
P
M
Photo
Finishing
Chipbreaker
Roughing
fz
0,15 ÷ 0,40 [mm.tooth-1]
ap
1,0 ÷ 6,5 [mm]
Main application 104
Other applications
Main application Other applications
milling inserts
turning holders
fz
0,17 ÷ 0,40 [mm.tooth-1]
ap
1,0 ÷ 6,5 [mm]
Description
Aplied to inserts: spet 120408s
milling cutters
0,17 ÷ 0,40 [mm.tooth-1]
ap
1,0 ÷ 12,0 [mm]
Description
Aplied to inserts: spkn 1203edsr, spkn 1504edsr
H
S
N
K
P
M
fz
techNICAL info
Medium
Roughing
spkn
Finishing
Chipbreaker
Milling
Aplied to inserts: seet 12T3m-pm
Photo
Description
H
S
N
K
P
M
Medium
1,0 ÷ 6,5 [mm]
- suitable for machining of materials groups P, M, applicable also for groups K and S
and conditionally for H
Roughing
spet
Finishing
Chipbreaker
Milling
ap
Photo
0,2 ÷ 0,40 [mm.tooth-1]
H
S
N
K
P
M
Medium
fz
- general-purpose geometry with positive rake angle
- suitable for machining of materials groups P and M, applicable also for groups K and S and conditionally for H
Roughing
seet-MU
Finishing
Chipbreaker
Milling
turning inserts
S
Medium
Photo
Aplied to inserts: seer 1203afSn
- suitable for machining of materials groups P and M, applicable also for groups K and S
Roughing
seer
Description
H
N
K
P
Milling
M
Photo
Finishing
Chipbreaker
Milling
- for milling cutters with setting angle 75°
fz
according to cutting edge condition and dimension of cutting insert
ap
according to cutting edge condition and dimension of cutting insert
105
S
Medium
Roughing
Other applications
ap
1,0 ÷ 9,0 [mm]
Description
Aplied to inserts: spun 12.., 15..
rounded cutting edge
Main application 0,15 ÷ 0,30 [mm.tooth-1]
- primarilly used for turning
- different corner radiuses available for each dimension
Medium
spun
turning holders
fz
H
S
N
K
P
M
Milling
Finishing
Chipbreaker
milling inserts
Photo
Aplied to inserts: spkr 1203edsr
- suitable for machining of materials groups P, M, applicable also for groups K and S
- for milling cutters with setting angle 75°
- supplied with cutting edge S for right feed direction
Roughing
spkr
Description
H
N
K
P
Milling
M
Photo
Finishing
turning inserts
Chipbreaker
Milling
fz
according to corner radius and dimension of cutting insert
ap
according to corner radius and dimension of cutting insert
techNICAL info
milling cutters
106
Milling
surface quality / toroidal milling cutter
Insert
APKT 16
SEET 12
SEEN 12
SEER 12
ODMT 06
Width of wiper edge
(segment) a [mm]
2,2
2,0
No. of teeth
Smoothing insert
TPKN 16
TPKR 16
TPKN 22
TPKR 22
1,6
1,4
1,28
0,64
0,43
0,32
0,26
0,21
0,18
0,16
0,14
0,13
0,12
0,11
0,10
0,09
0,09
0,08
0,08
0,07
1,12
0,56
0,37
0,28
0,22
0,19
0,16
0,14
0,12
0,11
0,10
0,09
0,09
0,08
0,07
0,07
0,07
0,06
p . Def . n
1000
[m.min-1]
max fz
1,76
0,88
0,59
0,44
0,35
0,29
0,25
0,22
0,20
0,18
0,16
0,15
0,14
0,13
0,12
0,11
0,10
0,10
1,60
0,80
0,53
0,40
0,32
0,27
0,23
0,20
0,18
0,16
0,15
0,13
0,12
0,11
0,11
0,10
0,09
0,09
milling inserts
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
ODMT 05
SPKN 12
SPKR 12
SPKN 15
turning holders
In following table No. 2 you find the maximum values of feed per
tooth fz in relation with number of teeth of milling cutter and width
of wiper edge a to achieve good roughness of machined surface
or keep the precondition frev < 0,8.a for different types of cutting
inserts.
You can use a special wiper insert to achieve a very good quality of
the machined surface. Fit one wiper insert into milling cutter instead
of one indexable cutting insert.
turning inserts
Surface quality
toroidal milling cutter
Is necessary to calculate cutting speed on effective diameter.
vc =
Values of „l“ [mm] for different values of ap [mm]
1,0
1,5
2,0
2,5
10
4,4
6,0
7,1
8,0
12
4,8
6,6
7,9
8,9
3,0
3,5
4,0
4,5
5,0
8,7
-
-
-
-
-
9,7
10,4
-
-
-
-
Def. = D1 + l
We find out optimum feed from recommended chip thickness with
respect to machined material and depth of cut*.
*)Recommended cutting depths you find in product part of catalogue.
Diameter of inserts
„d“
Thickness of insert
„s“
[mm.tooth-1]
Recommended chip thickness with respect to group of machined material
ap max
[mm]
d
ap
fz = hm
[mm]
techNICAL info
0,5
milling cutters
ap [mm]
d
[mm]
P
M
K
N
S
H
10
03
2,50
0,03 ÷ 0,15
0,05 ÷ 0,10
0,03 ÷ 0,15
0,05 ÷ 0,18
0,05 ÷ 0,10
0,03 ÷ 0,10
12
T3
3,00
0,04 ÷ 0,18
0,07 ÷ 0,13
0,04 ÷ 0,18
0,07 ÷ 0,20
0,07 ÷ 0,13
0,03 ÷ 0,13
107
Milling
wear type of milling inserts
turning inserts
built-up edge
milling inserts
Sticking of machined material on the cutting edge. Its tearoff can cause the brittle crack of the edge, consequently
the surface quality gets worse.
Troubleshooting:
- use coated grade
- no coolant
flank wear
turning holders
Flank wear is one of the main criteria of tool life.
It appears due to friction of insert to the machined material.
It is not possible to fully eliminate it, just to reduce.
Troubleshooting:
- increase the feed rate (if it is under 0,1 mm.rev-1)
cratering
milling cutters
Cratering appears usually on inserts with plain face.
Troubleshooting:
-use more wear resistant grade
-reduce the cutting speed
-use different milling geometry - more positive
-use coolant or increase the intensity of cooling
techNICAL info
OXIDATION GROOVE ON THE MINOR EDGE
108
Troubleshooting:
The main criterion which limits the tool life. It usually
appears at turning. A combination of oxidation groove
and cratering causes worse roughness of the machined
surface.
-use amore wear resistant grade
Milling
Troubleshooting:
(high feed and cutting speed).
-use more wear resistant grade
-reduce the feed rate
-use a coolant or increase the intensity of cooling
-use cutting inserts with bigger corner radius
-use cutting insert with bigger corner angle
milling inserts
turning inserts
plastic deformation
Troubleshooting:
It is created in area of contact of the cutting edge with
the surface of the work piece. It is mainly caused by
hardening of the surface layer of work piece and burrs.
Usually appears at stainless austenitic steels.
-use amore wear resistant grade
-select a tool with a smaller setting angle
turning holders
notch wear
CHIPPING OF CUTTING EDGE
Troubleshooting:
-increase the cutting speed
-conventional milling
-improve chip evacuation
-change cutter positioning
-minimize tool overhang
-improve stability
milling cutters
It mainly appears together with another type of wear.
It is caused by low rigidity of machine-tool-work piece
or hard chip forming.
CHIPPING OF CUTTING EDGE (OUT OF CUT)
Troubleshooting:
- change the feed rate
- select a tool with a different setting angle
- use different geometry of insert
- use tougher grade
techNICAL info
It is caused by inconvenient chip forming. The chips
damage the edge.
109
Milling
milling inserts
turning inserts
comb cracks
Troubleshooting:
at interrupted cut.
-use an abundant flow of coolant or shut off the
coolant
-use tougher grade
turning holders
CRACKS ALONG THE FLANK
Troubleshooting:
It is caused by high dynamic stress of the area behind
cutting edge.
-use tougher grade
-change the cutting conditions
-use different geometry of milling insert or inserts with
different cutting edge condition (...T, ....S, ....K, ....P)
-change the feed
-change the cutter positioning
techNICAL info
milling cutters
INSERT FRACTURE
110
Troubleshooting:
Causes of this wear type can be various, depend on
work piece material, grade, condition and rigidity of machine-tool-work piece, extend and type of wear, cutting
conditions.
-use the tougher grade
-reduce the feed and depth of cut
-use the insert with bigger corner radius
-use cutting insert with bigger corner angle
-use the different geometry of milling insert
-improve stability
-change cutter positioning (reduce the feed)
Milling
undesirable phenomena
Troubleshooting:
It is very frequent. The main reasons are an unbalanced
work piece or tool, pure stability of work piece, high rate
of cutting forces, tool overhang.
-improve the stability of cutter and work piece
-reduce the depth of cut
-minimize tool overhang
-use the tool with smaller setting angle
-reduce the chip cross section
-use the tool with low cutting resistance
milling inserts
turning inserts
vibrations
Troubleshooting:
It usually appears at milling of soft steels and plastic
materials.
-use cutting insert with sharp cutting edge
-use cutting insert with positive geometry
-use tool with smaller setting angle
turning holders
burr
Troubleshooting:
Depends on a number of factors.
-use wear resistant cutting insert
-improve the stability of the cutter and work piece,
minimize tool overhang
-use work piece with suitable machining allowance
milling cutters
Dimensional and shape inaccuracy of work piece
Troubleshooting:
A suitable shape of chip is an important criterion, such
as durability (tool life). Work piece material, feed, depth
of cut, suitable cutting geometry (chip breaker) effect on
the right chip forming. Long chip is unacceptable however
too short chip (crushed) is unwanted, is indicative of
overloaded edge and causes vibrations.
-change feed and depth of cut
-use more suitable cutting geometry
-change cutting conditions
techNICAL info
UNACCEPTABLE CHIP CONTROL
111
Milling
general principles / recommended screw torques
turning inserts
POOR SURFACE QUALITY
Troubleshooting:
Causes are various, depend on work piece material,
cutting conditions (feed and cutting speed), cutting edge
condition, extend and type of wear, condition and rigidity
of machine-tool-work piece.
-use wiper insert
-use cutting insert with the right geometry
-change (usually increase) the cutting speed
-use a coolant
-improve the stability of cutter and work piece
-change the chip cross section
milling inserts
-wrong choice of tool
-wrong chip thickness
-wrong cutting speed
-coolant is needed
-high feed rate
general principles
Check of cutting insert seat condition:
Before clamping of new cutting insert or change of edge (rotation of
cutting insert) is necessary to purge the seat, check its condition or
condition of anvil and wedge (especially the damage under the corner
of cutting insert).
Check and maintenance of clamping parts:
turning holders
The checking of clamping parts – clamping levers, screws, wedges,
clamps. Use only undamaged parts, use the original parts only – you
find them in the catalogue. Regularly lubricate the threads and binding
surface of screws, for example by heat-resistant lubricant (Molyko G). For
mounting and disassembling, use only screw drivers and wrenches as per
our catalogue or recommended by the tool producer. Pay attention to the
right tightening (proportional), we recommend to use torque wrench.
Check of tightening:
milling cutters
At tightening check the fitting of cutting insert on the whole binding surface
and fitting in radial and axial direction. Cutting inserts and tools must be
always clean and undamaged.
recommended screw torques
TorquE
(Nm)
techNICAL info
Marking of cutter
112
Clamping screw
Screwdriver
Key
SAP10D
US 2506-T07P
FLAG T07P
–
1,2
SAP16D
US 4011-T15P
FLAG T15P
–
3,5
SOD05D
US 3509-T15
FLAG T15
–
3,0
SOD06D
US 4511-T20
FLAG T20
–
5,0
WSE123F
DS 01
–
HXK 4
6,0
WSP12D
DS 01
–
HXK 4
6,0
WSP15D
DS 02
–
HXK 5
8,0
WTP22D
DS 02
–
HXK 5
8,0
SAP10D
US 2506-T07P
FLAG T07P
–
1,2
SAP16D
US 4011-T15P
FLAG T15P
–
3,5
SRD10
US 3507-T15
FLAG T15
–
3,0
SRD12
US 3507-T15
FLAG T15
–
3,0
Milling
formulae for calculation of cutting parameters
Feed per revolution
Feed per minute
(Speed of feed)
frev =
fmin
= fz . z
n
fmin = v f = frev . n = fz . z .n
frev.
f
= min
z
n.z
fz =
Feed per tooth
Chip cross section
Chip thickness
(For insert with straight
edge)
Chip thickness
(For round cutting insert)
ap . ae . fmin
1000
ap . ae . fmin
. kc . kg
60 . 10 6 . h
[mm]
vc
Cutting speed / Velocidade de corte
frev
Feed per revolution
[mm.rev-1]
fmin
Feed per minute
(sometimes called speed of feed)
[mm.min-1]
fz
Feed per tooth
z
Number of teeth
A
frev
ap
ae
kr
h
vc
frev
fmin
Chip cross section
Feed per revolution
Axial depth of cut (depth of cut)
Radial depth of cut (width of cut)
Major edge setting angle
Chip thickness
Cutting speed
Feed per revolution
Feed per minute
(sometimes called speed of feed)
Feed per tooth
Material removal rate per minute
[mm]
fz
Q
Pc =
ap . ae . f
x
[m.min-1]
[mm.tooth-1]
[1]
[mm2]
[mm.rev-1]
[mm]
[mm]
[°]
[mm]
[m.min-1]
[mm.rev-1]
[mm.min-1]
[mm.tooth-1]
[cm3.min-1]
[cm3.min-1]
[kW]
PC
ap
ae
f
kc
kg
h
x
Approximate
power demand
turning inserts
[rev.min-1]
Diameter
(of tool or work piece)
[mm.tooth-1]
[mm]
D
D
[mm.min-1]
h = fz . sin kr
ap
n
[mm.rev-1]
[mm2]
Q=
Pc =
[m.min-1]
A = fz . ap
h = fz .
Metal removal rate
Power demand
p.D.n
1000
[rev.min-1]
milling inserts
vc =
Cutting speed
vc . 1000
D.p
Note
turning holders
n=
Unit
milling cutters
Formula
Power demand
Axial depth of cut (depth of cut)
Radial depth of cut (width of cut)
Feed
Cutting force per mm2
Coefficient of influence of angle g0
Efficiency of milling machine,
usually h = 0,75
Coefficient of influence
of work piece material
[kW]
[mm]
[mm]
[mm.rev-1]
[MPa]
[°]
[-]
[-]
Material
Steel
Cast iron
Al
Coefficient x
24 000
30 000
120 000
techNICAL info
Quantity
[kW]
113
appendix
hardness conversion table
turning inserts
Hardness
Hardness
techNICAL info
milling cutters
turning holders
milling inserts
Strength
[MPa]
114
Strength
[MPa]
BRINELL
VICKERS
ROCKWELL
ROCKWELL
BRINELL
VICKERS
ROCKWELL
ROCKWELL
Rm
HB
HV
HRB
HRC
Rm
HB
HV
HRB
HRC
285
86
90
1190
-
1190
352
370
-
37,7
320
95
100
56,2
-
1220
361
380
-
38,8
350
105
110
62,3
-
1255
371
390
-
39,8
385
114
120
66,7
-
1290
380
400
-
40,8
415
124
130
71,2
-
1320
390
410
-
41,8
450
133
140
75,0
-
1350
399
420
-
42,7
480
143
150
78,7
-
1385
409
430
-
43,6
510
152
160
81,7
-
1420
418
440
-
44,5
545
162
170
85,8
-
1455
428
450
-
45,3
575
171
180
87,1
-
1485
437
460
-
46,1
610
181
190
89,5
-
1520
447
470
-
46,9
640
190
200
91,5
-
1555
456
480
-
47,7
675
199
210
93,5
-
1595
466
490
-
48,4
705
209
220
95
-
1630
475
500
-
49,1
740
219
230
96,7
-
1665
485
510
-
49,8
770
228
240
98,1
-
1700
494
520
-
50,5
800
238
250
99,5
-
1740
504
530
-
51,1
820
242
255
-
23,1
1775
513
540
-
51,7
850
252
265
-
24,8
1810
523
550
-
52,3
880
261
275
-
26,4
1845
532
560
-
53,0
900
266
280
-
27,1
1880
542
570
-
53,6
930
276
290
-
28,5
1920
551
580
-
54,1
950
280
295
-
29,2
1955
561
590
-
54,7
995
295
310
-
31,0
1995
570
600
-
55,2
1030
304
320
-
32,2
2030
580
610
-
55,7
1060
314
330
-
33,3
2070
589
620
-
56,3
1095
323
340
-
34,4
2105
599
630
-
56,8
1125
333
350
-
35,5
2145
608
640
-
57,3
1155
342
360
-
36,6
2180
618
650
-
57,8
CARBOLOY PRODUCT CATALOGUE 2013
distributed by
Dormer Tools India Pvt Ltd
B64-65 , Sushant Lok - 1
Gurgaon - 122001
India
Telephone: +91 124 470 3825
PRODUCT
CATALOGUE
2013

PRODUCT CATALOGUE 2013

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