PRODUCT LINE
SWISS MANUFACTURER OF CARBIDE CUTTING TOOLS
TABLE OF CONTENTS
INTRODUCTION 3
TURNING 7
Aluminum Turning 39
Turning Tool Holders 45
Parting and Grooving 81
Thread Turning 87
MILLING 101
Face Milling 109
Shoulder Milling 127
High Feed Milling 145
Copy Milling 155
Slot Milling 167
Aluminum Milling 173
Solid End Mills 181
Thread Milling 199
Drilling 205
TECHNICAL INFORMATION 216
Machining Conditions 219
Technical Guide 351
Lamina Material Guide 377
LAMINA TECHNOLOGIES
PRODUCT CATALOG 2019 - 2020
3
Lamina Technologies is a manufacturer of carbide cutting tools established
in Switzerland.
From its inception, Lamina has been focused on understanding customers’
needs and striving to exceed their expectations.
Since as early as 2003, we have been the global pioneers of the ground-
breaking MULTI-MAT™ concept that, through innovative technologies,
allows cutting tools to work on a multitude of materials. This reduces
our customers’ stock of unused and obsolete cutting tools, increases
production flexibility and improves efficiency.
Our original ALPHA line of multi material cutting tools perform as good
as or better than dedicated cutting tools from our competitors, on most
materials.
Since 2012, we have complemented our offering by adding our MAGIA
line, the highest performance cutting tools available.
Based on innovative tungsten carbide, CVD coating and our globally
patented ultra thick hyper pulsed PVD coatings, we reach unparalleled
performance.
Lamina continues its fast paced expansion with 7 subsidiaries and
representation in over 50 countries.
SWISS MANUFACTURER OF
CARBIDE CUTTING TOOLS
PROUD SPONSOR OF JUNIOR NATIONAL TEAM OF
4 5
LAMINA TECHNOLOGIES INTRODUCTIONLAMINA TECHNOLOGIES INTRODUCTION
PERFORMANCE
PRICE
+
-
-
+
LAMINA’S DUAL PRODUCT LINE APPROACH
STANDARD PRODUCT LINE
MULTI-MAT TM LT 10, LT 30 AND LT 40
• Lamina’s original, pioneering universal grades
• Excellent performance at attractive price
• Best choice for machine shops with many short product runs and
constant changes in workpiece material requiring the highest value for
money
PREMIUM PRODUCT LINE
MAGIA MULTI-MATTM LT 1000, LT 3000 AND LT 4000
MAGIA PRO LT 1110S, LT 1120M, LT 1125P, LT 3130
• Highest performance grades for top level machining
• Capable of outperforming the best on the market
• For customers that need ultimate performance
The MULTI-MATTM concept was conceived and developed by Lamina
Technologies as a consequence of its understanding of the complexities
faced by companies in the machining industry.
Through innovative sub-micron grades and advanced coatings, Lamina
has developed a line of products that have excellent performance in
wide variety of materials.
WHAT IS MULTI-MATTM?
• A focused range of multi material inserts
• Few grades required for all your machining needs
• Top quality Swiss manufacturing
• Reasonable price
THE MULTI-MATTM CONCEPT
6
TURNING
Simplify your process
TURNING
9
TURNING
9
CHOOSE THE RIGHT PREMIUM TURNING GRADE
MAGIA TURNING GRADES
LT 1000
• Sub-micron PVD MULTI-MATTM,, the most versatile of our MAGIA turning
grades
• Excellent combination of hardness and toughness
• The first choice for customers with short production runs, different
machining applications and different types of workpiece materials
MAGIA PRO TURNING GRADES
LT 1125P
• First choice, dedicated grade for turning steels
• Increased tool life
• Better reliability for machining all types of work pieces
• High wear resistance under demanding high temperature applications
• Impact resistance
LT 1120M
• First choice, dedicated grade for turning stainless steel
• Optimal balance between hardness and toughness
• Excellent for both stable and unstable conditions
• Works well in moderate to high speeds
• Outstanding wear resistance and extended tool life
• Enhanced built-up edge resistant
LT 1110S
• First choice, dedicated grade for turning high temperature alloys
• Combination of sub-micron substrate, nano-structured PVD coating
reduce plastic deformation as well as notch and crater wear
• Innovative chipbreakers and precisely positioned deflectors facilitate chip
flow and eliminate heat build up in the work zone
• Highly positive geometries provide better finish
11
TURNINGTURNING
10
INSERT DESIGNATION (BASED ON ISO 1832)
A
B
C
D
E
F
G
N
P
O
Letter Symbol
3°
5°
7°
15°
20°
25°
30°
0°
11°
Special
α
α°
A B C D
H K L
O P R
S T V W
G
M
85° 82° 80° 55°
55°
86°
35°
80°
3. Tolerance Class
D M S
A± 0.005 ± 0.025± 0.025
C± 0.025 ± 0.013 ± 0.025
E± 0.025 ± 0.025 ± 0.025
F± 0.013 ± 0.005 ± 0.025
G± 0.025 ± 0.025 ± 0.130
H± 0.013 ± 0.013 ± 0.025
± 0.025± 0.005± 0.05-0.15
J*
± 0.025± 0.013
± 0.05-0.15
K*
± 0.025± 0.025
± 0.05-0.15
L*
± 0.130± 0.05-0.15 ± 0.08-0.20M*
± 0.025
± 0.05-0.15 ± 0.08-0.20
N*
± 0.08-0.25 ± 0.130± 0.13-0.38U*
Symbol
Ød
m
m
Ød
s
d
m
s
(mm)
(mm)
(mm)
m
Ød
4. Fixing and Chipbreaker Types
Special Design
A N
P
R
T
W
X
B
F
G
H
M
70°- 90°
70°- 90°
40°- 60°
40°- 60°
Type Symbol SymbolType
* Depending on the insert size.
2. Clearance Angle1. Insert Shape
W
1
N
2
2
M
3
3
G
4
4
5
6
7
8
9
13
TURNINGTURNING
12
NS _CGT MP
S + N N (>8%SI) P
TURNING CHIPBREAKER RECOMMENDATIONS
N
(>8%SI)
P
MP MP MP MP
M
_NMP NN NX NX
K
NN NM
S
NS NX _NMG NN
_NMP NN NX _NMG NN
NS
H
NN NM
FINISHING
LIGHT CUT,
STABLE CONDITIONS
ROUGHING,
UNSTABLE CONDITIONS
N
(<8%SI)
NEGATIVE TURNING CHIPBREAKERS OVERVIEW
TURNING CHIPBREAKER FRAGMENTATION CHARTS
INSERT CORNER RADIUS = 0.8MM
DEPTH OF CUT
Roughing
Roughing
FEED RATE
_NMG NM
R 0.8mm
_NMG NN
R 0.8mm
_NMG NX
R 0.8mm
Finishing
Cutting edge: Sharp Cutting edge: Reinforced
_NMP NN
R 0.8mm
INSERT CORNER RADIUS = 0.4 AND 1.2
Roughing
Roughing
_NMG NN
R 1.2mm
_NMG NX
R 1.2mm
Finishing
Cutting edge: Sharp Cutting edge: Reinforced
_NMG NN
R 0.4mm
DEPTH OF CUT
FEED RATE
DEDICATED GEOMETRIES
MULTI-MATTM CHIPBREAKERS
NS CHIPBREAKER MP CHIPBREAKER
Roughing
RoughingFinishing
Cutting edge: Sharp Cutting edge: Reinforced
DEPTH OF CUT
NS
Aluminium
NS
Titanium Alloys
Roughing
RoughingFinishing
Cutting edge: Sharp Cutting edge: Reinforced
DEPTH OF CUT
FEED RATEFEED RATE
MP
Steel
_NMP NN NX* _NMG NN NM
* First choice for most
turning applications
Light Cut,
Stable Conditions
Roughing,
Unstable Conditions
14 15
TURNINGTURNING
CHIPBREAKER TECHNICAL SECTION
p. 12 - 13 p. 352 - 359
ORDERING EXAMPLE
QUANTITY 10 PIECES
DESIGNATION + GRADE CCMT 060204 NN LT 1000
CATALOG NUMBER T0001888
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
STABLE CONDITIONS INTERRUPTED CUT VC
●RECOMMENDED ●RECOMMENDED
◐ACCEPTABLE ◐ACCEPTABLE
○NOT RECOMMENDED ○NOT RECOMMENDED
COOLANT
p. 357
CCGT
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
CCGT 060204 NS LT 1110S ●◐p. 244 T0004671
CCGT 09T304 NS LT 1110S ●◐p. 244 T0004672
CCMT
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
CCMT 060204 NN LT 1000 ●◐p. 223 T0001888
CCMT 09T304 NN LT 1000 ●◐p. 220 T0001889
CCMT 09T308 NN LT 1000 ●◐p. 221 T0001890
CCMT 120404 NN LT 1000 ●◐p. 220 T0001891
CCMT 120408 NN LT 1000 ●◐p. 238 T0001892
CCMT 120412 NN LT 1000 ●◐p. 222 T0001893
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
CCMT 060204 NN LT 10 ●◐p. 223 T0000055
CCMT 09T304 NN LT 10 ●◐p. 220 T0000056
CCMT 09T308 NN LT 10 ●◐p. 221 T0000117
CCMT 120404 NN LT 10 ●◐p. 220 T0001456
CCMT 120408 NN LT 10 ●◐p. 238 T0001457
CCMT 120412 NN LT 10 ●◐p. 222 T0001776
CNGG
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
CNGG 09T304 NS LT 1110S ●◐p. 244 T0004581
CNGG 120404 NS LT 1110S ●◐p. 244 T0004579
CNGG 120408 NS LT 1110S ●◐p. 244 T0004580
CNMG
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
CNMG 120404 MP LT 1125P ●◐p. 249 T0004963
CNMG 120408 MP LT 1125P ● ● p. 249 T0004964
CNMG 120412 MP LT 1125P ● ● p. 250 T0004965
CNMG 160616 MP LT 1125P ● ● p. 250 T0005030
CNMG 120408 NX LT 1120M ● ● p. 247 T0004711
CNMG 120412 NX LT 1120M ● ● p. 247 T0004855
CNMG 120404 NN LT 1110S ●◐p. 248 T0004714
CNMG 120408 NX LT 1110S ●◐p. 247 T0004694
CNMG 120412 NX LT 1110S ●◐p. 247 T0004858
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
CNMG 120404 NN LT 1000 ●◐p. 220 T0001895
CNMG 120408 NX LT 1000 ●◐p. 224 T0002741
CNMG 120408 NN LT 1000 ●◐p. 225 T0001896
CNMG 120408 NM LT 1000 ●◐p. 228 T0001968
CNMG 120412 NN LT 1000 ●◐p. 226 T0001897
CNMG 120412 NX LT 1000 ●◐p. 227 T0004859
NS Shown
NN Shown
NS Shown
MP Shown
16 17
TURNINGTURNING
CHIPBREAKER TECHNICAL SECTION
p. 12 - 13 p. 352 - 359
ORDERING EXAMPLE
QUANTITY 10 PIECES
DESIGNATION + GRADE CCMT 060204 NN LT 1000
CATALOG NUMBER T0001888
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
STABLE CONDITIONS INTERRUPTED CUT VC
●RECOMMENDED ●RECOMMENDED
◐ACCEPTABLE ◐ACCEPTABLE
○NOT RECOMMENDED ○NOT RECOMMENDED
COOLANT
p. 357
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
CNMG 120404 NN LT 10 ●◐p. 220 T0000491
CNMG 120408 NN LT 10 ●◐p. 225 T0000059
CNMG 120408 NM LT 10 ●◐p. 228 T0001966
CNMG 120412 NN LT 10 ●◐p. 226 T0000061
CNMM
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
CNMM 120412 NR LT 1000 ●◐p. 237 T0001899
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
CNMM 120408 NR LT 10 ●◐p. 236 T0000669
CNMM 120412 NR LT 10 ●◐p. 237 T0000671
CNMP
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
CNMP 120408 NN LT 1120M ●◐p. 248 T0004732
CNMP 120412 NN LT 1120M ●◐p. 248 T0004734
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
CNMP 120408 NN LT 1000 ● ○ p. 238 T0001900
CNMP 120412 NN LT 1000 ● ○ p. 222 T0001901
CPMT
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
CPMT 060204 NN LT 1000 ●◐p. 223 T0003088
CPMT 060208 NN LT 1000 ●◐p. 243 T0003144
CPMT 09T304 NN LT 1000 ●◐p. 220 T0003145
CPMT 09T308 NN LT 1000 ●◐p. 221 T0003146
CNMG
NR Shown
NM Shown NN Shown
NN Shown
18 19
TURNINGTURNING
CHIPBREAKER TECHNICAL SECTION
p. 12 - 13 p. 352 - 359
ORDERING EXAMPLE
QUANTITY 10 PIECES
DESIGNATION + GRADE CCMT 060204 NN LT 1000
CATALOG NUMBER T0001888
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
STABLE CONDITIONS INTERRUPTED CUT VC
●RECOMMENDED ●RECOMMENDED
◐ACCEPTABLE ◐ACCEPTABLE
○NOT RECOMMENDED ○NOT RECOMMENDED
COOLANT
p. 357
DCGT
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
DCGT 11T304 NS LT 1110S ●◐p. 244 T0004674
DCMT
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
DCMT 070204 NN LT 1000 ●◐p. 223 T0001902
DCMT 11T304 NN LT 1000 ●◐p. 220 T0001903
DCMT 11T308 NN LT 1000 ●◐p. 221 T0001904
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
DCMT 070204 NN LT 10 ●◐p. 223 T0000064
DCMT 11T304 NN LT 10 ●◐p. 220 T0000065
DCMT 11T308 NN LT 10 ●◐p. 221 T0000721
DNGG
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
DNGG 110404 NS LT 1110S ●◐p. 244 T0004593
DNGG 110408 NS LT 1110S ●◐p. 244 T0004606
DNGG 150604 NS LT 1110S ●◐p. 244 T0004561
DNGG 150608 NS LT 1110S ●◐p. 244 T0004562
DNMG
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
DNMG 110404 MP LT 1125P ●◐p. 249 T0004966
DNMG 110408 MP LT 1125P ● ● p. 249 T0004967
DNMG 150404 MP LT 1125P ●◐p. 249 T0004968
DNMG 150408 MP LT 1125P ● ● p. 249 T0004969
DNMG 150412 MP LT 1125P ● ● p. 250 T0004970
DNMG 150604 MP LT 1125P ●◐p. 249 T0004971
DNMG 150608 MP LT 1125P ● ● p. 249 T0004972
DNMG 150612 MP LT 1125P ● ● p. 250 T0004973
DNMG 110408 NN LT 1120M ● ● p. 248 T0004735
DNMG 150408 NX LT 1120M ● ● p. 247 T0004736
DNMG 150412 NN LT 1120M ● ● p. 248 T0004738
DNMG 150608 NX LT 1120M ● ● p. 247 T0004739
DNMG 150612 NN LT 1120M ● ● p. 248 T0004741
DNMG 150404 NN LT 1110S ●◐p. 246 T0004725
DNMG 150408 NX LT 1110S ●◐p. 245 T0004707
DNMG 150604 NN LT 1110S ●◐p. 246 T0004728
DNMG 150608 NX LT 1110S ●◐p. 245 T0004709
NS Shown
NN Shown
NX Shown
NS Shown
20 21
TURNINGTURNING
CHIPBREAKER TECHNICAL SECTION
p. 12 - 13 p. 352 - 359
ORDERING EXAMPLE
QUANTITY 10 PIECES
DESIGNATION + GRADE CCMT 060204 NN LT 1000
CATALOG NUMBER T0001888
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
STABLE CONDITIONS INTERRUPTED CUT VC
●RECOMMENDED ●RECOMMENDED
◐ACCEPTABLE ◐ACCEPTABLE
○NOT RECOMMENDED ○NOT RECOMMENDED
COOLANT
p. 357
DNMG
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
DNMG 110404 NN LT 1000 ●◐p. 220 T0001905
DNMG 110408 NN LT 1000 ●◐p. 225 T0001906
DNMG 150404 NN LT 1000 ●◐p. 220 T0001907
DNMG 150408 NX LT 1000 ●◐p. 224 T0003097
DNMG 150408 NN LT 1000 ●◐p. 225 T0001908
DNMG 150412 NN LT 1000 ●◐p. 226 T0001909
DNMG 150604 NN LT 1000 ●◐p. 220 T0001910
DNMG 150608 NX LT 1000 ●◐p. 224 T0003220
DNMG 150608 NN LT 1000 ●◐p. 225 T0001911
DNMG 150612 NN LT 1000 ●◐p. 226 T0001912
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
DNMG 110404 NN LT 10 ●◐p. 220 T0000066
DNMG 110408 NN LT 10 ●◐p. 225 T0000675
DNMG 150404 NN LT 10 ●◐p. 220 T0000476
DNMG 150408 NN LT 10 ●◐p. 225 T0000475
DNMG 150412 NN LT 10 ●◐p. 226 T0001021
DNMG 150604 NN LT 10 ●◐p. 220 T0000583
DNMG 150608 NN LT 10 ●◐p. 225 T0000067
DNMG 150612 NN LT 10 ●◐p. 226 T0000672
DNUX
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
DNUX 150608 R11 LT 1000 ●◐p. 224 T0002793
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
DNUX 150608 R11 LT 10 ●◐p. 224 T0002157
NX Shown R Shown
22 23
TURNINGTURNING
CHIPBREAKER TECHNICAL SECTION
p. 12 - 13 p. 352 - 359
ORDERING EXAMPLE
QUANTITY 10 PIECES
DESIGNATION + GRADE CCMT 060204 NN LT 1000
CATALOG NUMBER T0001888
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
STABLE CONDITIONS INTERRUPTED CUT VC
●RECOMMENDED ●RECOMMENDED
◐ACCEPTABLE ◐ACCEPTABLE
○NOT RECOMMENDED ○NOT RECOMMENDED
COOLANT
p. 357
KNUX
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
KNUX 160405 L LT 10 ●◐p. 224 T0003884
KNUX 160405 R LT 10 ●◐p. 224 T0000951
R Shown
24 25
TURNINGTURNING
CHIPBREAKER TECHNICAL SECTION
p. 12 - 13 p. 352 - 359
ORDERING EXAMPLE
QUANTITY 10 PIECES
DESIGNATION + GRADE CCMT 060204 NN LT 1000
CATALOG NUMBER T0001888
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
STABLE CONDITIONS INTERRUPTED CUT VC
●RECOMMENDED ●RECOMMENDED
◐ACCEPTABLE ◐ACCEPTABLE
○NOT RECOMMENDED ○NOT RECOMMENDED
COOLANT
p. 357
RCMT
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
RCMT 0602 M0 LT 1000 ●◐p. 239 T0001914
RCMT 0803 M0 LT 1000 ●◐p. 240 T0001915
RCMT 10T3 M0 LT 1000 ●◐p. 241 T0001916
RCMT 1204 M0 LT 1000 ●◐p. 242 T0001917
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
RCMT 0602 M0 LT 10 ●◐p. 239 T0000090
RCMT 0803 M0 LT 10 ●◐p. 240 T0000091
RCMT 10T3 M0 LT 10 ●◐p. 241 T0000092
RCMT 1204 M0 LT 10 ●◐p. 242 T0000093
M0 Shown
26 27
TURNINGTURNING
CHIPBREAKER TECHNICAL SECTION
p. 12 - 13 p. 352 - 359
ORDERING EXAMPLE
QUANTITY 10 PIECES
DESIGNATION + GRADE CCMT 060204 NN LT 1000
CATALOG NUMBER T0001888
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
STABLE CONDITIONS INTERRUPTED CUT VC
●RECOMMENDED ●RECOMMENDED
◐ACCEPTABLE ◐ACCEPTABLE
○NOT RECOMMENDED ○NOT RECOMMENDED
COOLANT
p. 357
SNMG
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
SNMG 120408 MP LT 1125P ● ● p. 249 T0004974
SNMG 120412 MP LT 1125P ● ● p. 250 T0004975
SNMG 120408 NX LT 1120M ● ● p. 247 T0004742
SNMG 120408 NX LT 1110S ●◐p. 245 T0004698
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
SNMG 120408 NX LT 1000 ●◐p. 229 T0003011
SNMG 120408 NN LT 1000 ●◐p. 230 T0001921
SNMG 120412 NN LT 1000 ●◐p. 231 T0001922
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
SNMG 120408 NN LT 10 ●◐p. 230 T0000322
SNMG 120412 NN LT 10 ●◐p. 231 T0000323
SCMT
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
SCMT 09T304 NN LT 1000 ●◐p. 220 T0001918
SCMT 09T308 NN LT 1000 ●◐p. 221 T0001919
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
SCMT 09T304 NN LT 10 ●◐p. 220 T0001459
SCMT 09T308 NN LT 10 ●◐p. 221 T0001458
NN Shown NX Shown
29
TURNING
28
TURNING
CHIPBREAKER TECHNICAL SECTION
p. 12 - 13 p. 352 - 359
ORDERING EXAMPLE
QUANTITY 10 PIECES
DESIGNATION + GRADE CCMT 060204 NN LT 1000
CATALOG NUMBER T0001888
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
STABLE CONDITIONS INTERRUPTED CUT VC
●RECOMMENDED ●RECOMMENDED
◐ACCEPTABLE ◐ACCEPTABLE
○NOT RECOMMENDED ○NOT RECOMMENDED
COOLANT
p. 357
TNMG
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
TNMG 160404 MP LT 1125P ●◐p. 249 T0004976
TNMG 160408 MP LT 1125P ● ● p. 249 T0004977
TNMG 160412 MP LT 1125P ● ● p. 250 T0004978
TNMG 220408 MP LT 1125P ● ● p. 249 T0004979
TNMG 220412 MP LT 1125P ● ● p. 250 T0004980
TNMG 160408 NX LT 1120M ● ● p. 247 T0004746
TNMG 220408 NX LT 1120M ● ● p. 247 T0004748
TNMG 160404 NN LT 1110S ●◐p. 246 T0004719
TNMG 160408 NX LT 1110S ●◐p. 247 T0004700
TNMG 220404 NN LT 1110S ●◐p. 246 T0004724
TNMG 220408 NX LT 1110S ●◐p. 247 T0004703
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
TNMG 160404 NN LT 1000 ●◐p. 220 T0001931
TNMG 160408 NX LT 1000 ●◐p. 224 T0003012
TNMG 160408 NN LT 1000 ●◐p. 225 T0001932
TNMG 160412 NN LT 1000 ●◐p. 226 T0001933
TNMG 220404 NN LT 1000 ●◐p. 220 T0001934
TNMG 220408 NX LT 1000 ●◐p. 224 T0003013
TNMG 220408 NN LT 1000 ●◐p. 225 T0001935
TNMG 220412 NN LT 1000 ●◐p. 226 T0001936
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
TNMG 160404 NN LT 10 ●◐p. 220 T0000457
TNMG 160408 NN LT 10 ●◐p. 225 T0000069
TNMG 160412 NN LT 10 ●◐p. 226 T0001734
TNMG 220404 NN LT 10 ●◐p. 220 T0001873
TNMG 220408 NN LT 10 ●◐p. 225 T0000113
TNMG 220412 NN LT 10 ●◐p. 226 T0001735
TCMT
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
TCMT 110204 NN LT 1000 ●◐p. 223 T0001924
TCMT 110208 NN LT 1000 ●◐p. 243 T0001925
TCMT 16T304 NN LT 1000 ●◐p. 220 T0001927
TCMT 16T308 NN LT 1000 ●◐p. 238 T0001928
TCMT 16T312 NN LT 1000 ●◐p. 222 T0001929
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
TCMT 110204 NN LT 10 ●◐p. 223 T0000477
TCMT 110208 NN LT 10 ●◐p. 243 T0000478
TCMT 16T304 NN LT 10 ●◐p. 220 T0000479
TCMT 16T308 NN LT 10 ●◐p. 238 T0000068
TCMT 16T312 NN LT 10 ●◐p. 222 T0001774
TNGG
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
TNGG 160404 NS LT 1110S ●◐p. 244 T0004608
TNGG 160408 NS LT 1110S ●◐p. 244 T0004609
NX Shown
NN Shown
NS Shown
30 31
TURNINGTURNING
CHIPBREAKER TECHNICAL SECTION
p. 12 - 13 p. 352 - 359
ORDERING EXAMPLE
QUANTITY 10 PIECES
DESIGNATION + GRADE CCMT 060204 NN LT 1000
CATALOG NUMBER T0001888
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
STABLE CONDITIONS INTERRUPTED CUT VC
●RECOMMENDED ●RECOMMENDED
◐ACCEPTABLE ◐ACCEPTABLE
○NOT RECOMMENDED ○NOT RECOMMENDED
COOLANT
p. 357
TNUX
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
TNUX 160404 L LT 1000 ● ○ p. 220 T0002794
TNUX 160404 R LT 1000 ● ○ p. 220 T0001938
TNUX 160408 L LT 1000 ●◐p. 224 T0002795
TNUX 160408 R LT 1000 ●◐p. 224 T0001939
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
TNUX 160404 L LT 10 ● ○ p. 220 T0001877
TNUX 160404 R LT 10 ● ○ p. 220 T0001125
TNUX 160408 L LT 10 ●◐p. 224 T0003385
TNUX 160408 R LT 10 ●◐p. 224 T0001137
TPMR
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
TPMR 160304 NN LT 10 ●◐p. 220 T0001638
TPMR 160308 NN LT 10 ●◐p. 238 T0001535
TNMP
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
TNMP 160408 NN LT 1120M ●◐p. 248 T0004754
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
TNMP 160408 NN LT 1000 ● ○ p. 238 T0001937
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
TNMP 160408 NN LT 10 ● ○ p. 238 T0000492
NN Shown R Shown
NN Shown
32 33
TURNINGTURNING
CHIPBREAKER TECHNICAL SECTION
p. 12 - 13 p. 352 - 359
ORDERING EXAMPLE
QUANTITY 10 PIECES
DESIGNATION + GRADE CCMT 060204 NN LT 1000
CATALOG NUMBER T0001888
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
STABLE CONDITIONS INTERRUPTED CUT VC
●RECOMMENDED ●RECOMMENDED
◐ACCEPTABLE ◐ACCEPTABLE
○NOT RECOMMENDED ○NOT RECOMMENDED
COOLANT
p. 357
VCMT
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
VCMT 160404 NN LT 1000 ●◐220 T0001945
VCMT 160408 NN LT 1000 ●◐221 T0001946
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
VCMT 160404 NN LT 10 ●◐p. 220 T0001102
VCMT 160408 NN LT 10 ●◐p. 221 T0001103
VNGG
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
VNGG 160404 NS LT 1110S ●◐p. 244 T0004571
VNGG 160408 NS LT 1110S ●◐p. 244 T0004575
VBMT
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
VBMT 110304 NN LT 1000 ●◐p. 223 T0001942
VBMT 160404 NN LT 1000 ●◐p. 220 T0001943
VBMT 160408 NN LT 1000 ●◐p. 221 T0001944
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
VBMT 110304 NN LT 10 ●◐p. 223 T0001460
VBMT 160404 NN LT 10 ●◐p. 220 T0000070
VBMT 160408 NN LT 10 ●◐p. 221 T0000071
VCGT
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
VCGT 160404 NS LT 1110S ●◐p. 244 T0004563
VCGT 160408 NS LT 1110S ●◐p. 244 T0004565
NN Shown
NS Shown
NN Shown
NS Shown
34 35
TURNINGTURNING
CHIPBREAKER TECHNICAL SECTION
p. 12 - 13 p. 352 - 359
ORDERING EXAMPLE
QUANTITY 10 PIECES
DESIGNATION + GRADE CCMT 060204 NN LT 1000
CATALOG NUMBER T0001888
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
STABLE CONDITIONS INTERRUPTED CUT VC
●RECOMMENDED ●RECOMMENDED
◐ACCEPTABLE ◐ACCEPTABLE
○NOT RECOMMENDED ○NOT RECOMMENDED
COOLANT
p. 357
VNMG
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
VNMG 160408 NN LT 1120M ● ● p. 248 T0004756
VNMG 160404 MP LT 1125P ●◐p. 249 T0004981
VNMG 160408 MP LT 1125P ●◐p. 249 T0004982
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
VNMG 160404 NN LT 1000 ●◐p. 220 T0001947
VNMG 160408 NN LT 1000 ●◐p. 221 T0001948
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
VNMG 160404 NN LT 10 ●◐p. 220 T0000072
VNMG 160408 NN LT 10 ●◐p. 221 T0000073
WNGG
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
WNGG 060404 NS LT 1110S ●◐p. 244 T0004610
WNGG 060408 NS LT 1110S ●◐p. 244 T0004611
WNGG 080404 NS LT 1110S ●◐p. 244 T0004612
WNGG 080408 NS LT 1110S ●◐p. 244 T0004613
NN Shown NS Shown
36 37
TURNINGTURNING
CHIPBREAKER TECHNICAL SECTION
p. 12 - 13 p. 352 - 359
ORDERING EXAMPLE
QUANTITY 10 PIECES
DESIGNATION + GRADE CCMT 060204 NN LT 1000
CATALOG NUMBER T0001888
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
STABLE CONDITIONS INTERRUPTED CUT VC
●RECOMMENDED ●RECOMMENDED
◐ACCEPTABLE ◐ACCEPTABLE
○NOT RECOMMENDED ○NOT RECOMMENDED
COOLANT
p. 357
WNMG
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
WNMG 060408 MP LT 1125P ● ● p. 250 T0004983
WNMG 080404 MP LT 1125P ●◐p. 249 T0004984
WNMG 080408 MP LT 1125P ● ● p. 250 T0004990
WNMG 080412 MP LT 1125P ● ● p. 250 T0004989
WNMG 060408 NX LT 1120M ● ● p. 247 T0004758
WNMG 080408 NX LT 1120M ● ● p. 247 T0004759
WNMG 060404 NN LT 1110S ●◐p. 246 T0004716
WNMG 060408 NX LT 1110S ●◐p. 245 T0004695
WNMG 080404 NN LT 1110S ●◐p. 246 T0004717
WNMG 080408 NX LT 1110S ●◐p. 245 T0004696
WNMG 080412 NN LT1110S ●◐p. 246 T0004718
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
WNMG 060404 NN LT 1000 ●◐p. 220 T0001949
WNMG 060408 NX LT 1000 ●◐p. 232 T0003014
WNMG 060408 NN LT 1000 ●◐p. 233 T0001950
WNMG 080404 NN LT 1000 ●◐p. 220 T0001951
WNMG 080408 NX LT 1000 ●◐p. 232 T0002742
WNMG 080408 NN LT 1000 ●◐p. 233 T0001952
WNMG 080408 NM LT 1000 ●◐p. 235 T0001969
WNMG 080412 NN LT 1000 ●◐p. 234 T0001953
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
WNMG 060404 NN LT 10 ●◐p. 220 T0000133
WNMG 060408 NN LT 10 ●◐p. 233 T0000137
WNMG 080404 NN LT 10 ●◐p. 220 T0000584
WNMG 080408 NN LT 10 ●◐p. 233 T0000075
WNMG 080408 NM LT 10 ●◐p. 235 T0001967
WNMG 080412 NN LT 10 ●◐p. 234 T0000077
WNMP
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
WNMP 080408 NN LT 1120M ●◐p. 248 T0004762
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
WNMP 060404 NN LT 1000 ● ○ p. 220 T0001954
WNMP 060408 NN LT 1000 ● ○ p. 233 T0001955
WNMP 080408 NN LT 1000 ● ○ p. 233 T0001956
DESIGNATION GRADE VCCUTTING
DATA
MATERIAL
RECOMMENDATION CATALOG #
WNMP 060404 NN LT 10 ● ○ p. 220 T0000306
WNMP 060408 NN LT 10 ● ○ p. 233 T0000307
WNMP 080408 NN LT 10 ● ○ p. 233 T0000308
NN Shown NN Shown
38
ALU
TURNING
ALU
TURNING
MADE IN SWITZERLAND
ALU TURNING
41
STANDARD SINGLE POSITIVE INSERTS
_ CGT
LAMINA DOUBLE SIDED ALTERNATIVE
_NGG
IMPROVED TURNING INSERTS FOR ALUMINIUM AND OTHER NON
FERROUS MATERIALS
LT 05
Our long lasting aluminium line has been improved by combining our
unique PVD coating and sub-micron substrate with the newly designed NS
chipbreaker for flawless aluminium turning.
The new NS chipbreaker has a larger supporting area in the pocket seat
which provides greater stability and thus a better surface finish.
Lamina aluminium _CGT turning geometries are single sided positive inserts
while our economic _NGG geometries are doubled sided and fit all standard
ISO tool holders.
• Specially designed deflectors facilitate chip breaking and enhancing
chip evacuation
• Larger supporting area in the pocket seat for greater stability and
better surface finish
• Our unique PVD coating has low affinity for aluminium, eliminates
built-up edge
• Sharp edges slide through aluminium without sticking
ALU TURNINGALU TURNING
42 43
CUTTING DATA TECHNICAL SECTION
p. 251 - 252 p. 352 - 359
CUTTING DATA TECHNICAL SECTION
p. 251 - 252 p. 352 - 359
DNGG
DESIGNATION GRADE MATERIAL
RECOMMENDATION CATALOG #
DNGG 110404 NS LT 05 T0004589
DNGG 110408 NS LT 05 T0004601
DNGG 150604 NS LT 05 T0004403
DNGG 150608 NS LT 05 T0004404
VCGT
DESIGNATION GRADE MATERIAL
RECOMMENDATION CATALOG #
VCGT 160404 NS LT 05 T0004564
VCGT 160408 NS LT 05 T0004566
VNGG
DESIGNATION GRADE MATERIAL
RECOMMENDATION CATALOG #
VNGG 160404 NS LT 05 T0002830
VNGG 160408 NS LT 05 T0002831
CCGT
DESIGNATION GRADE MATERIAL
RECOMMENDATION CATALOG #
CCGT 060204 NS LT 05 T0004773
CCGT 09T304 NS LT 05 T0004774
CNGG
DESIGNATION GRADE MATERIAL
RECOMMENDATION CATALOG #
CNGG 09T304 NS LT 05 T0004578
CNGG 120404 NS LT 05 T0004576
CNGG 120408 NS LT 05 T0004577
DCGT
DESIGNATION GRADE MATERIAL
RECOMMENDATION CATALOG #
DCGT 11T304 NS LT 05 T0004775
ALU TURNING
44
CUTTING DATA TECHNICAL SECTION
p. 251 - 252 p. 352 - 359
TURNING
TOOL
HOLDERS
TURNING
TOOL HOLDERS
TNGG
DESIGNATION GRADE MATERIAL
RECOMMENDATION CATALOG #
TNGG 160404 NS LT 05 T0004602
TNGG 160408 NS LT 05 T0004603
WNGG
DESIGNATION GRADE MATERIAL
RECOMMENDATION CATALOG #
WNGG 060404 NS LT 05 T0004605
WNGG 060408 NS LT 05 T0004551
WNGG 080404 NS LT 05 T0004598
WNGG 080408 NS LT 05 T0004552
47
EXTERNAL TURNING TOOL HOLDERS
High quality tool holders for Turning operaons.
• Available for all Lamina inserts geometries
• Internal and external operations
• Options with internal coolant
48 49
EXTERNAL TURNING TOOL HOLDERSEXTERNAL TURNING TOOL HOLDERS
D
80°
V
35°
C
80°
D
55°
T
60°
S R K
55°
3. Tool Lenght
A = 32
B = 40
C = 50
D = 60
E = 70
F = 80
G = 90
H = 100
J = 110
K = 125
L = 140
M = 150
N = 160
P = 170
Q = 180
R = 200
S = 250
T = 300
U = 350
V = 400
W = 450
Y = 500
X = Special
Steel Shank
2. Bar Diameter1. Boring Bar
4. Clamping System
Rigit clamp Top clamp Lever clamp Screw clamp
5. Insert shape
S
P
4
C
5
L
6
N
7
L
8
25
9
25
10
M
3
12
11
P
4
C
5
L
6
N
7
L
8
A
1
25
2
S
3
12
11
Coolant through
Steel Shank
A
Solid Carbide
Shank
C
Coolant through
Carbide Shank
E
dl 1
D M P S
Cutting edge lenght
6. Approach Angle
7. Insert Clearance Angle
8. Hand of tool
11. Insert Size
9. Shank Height 9. Shank Width
R N L
h h
b
l
Tl
CD
EV l
R
l
WlS
75°
90° 91° 93°
90°
D
75°
B
45°
D
80°
E
F G J K
95°
95°
L
62.5°
N
107.5°
Q
75°
R
93°
45°
S U
Special
72.5°
V X
N
B
A
C
P
F
E
G
3°
5°
11°
20°
30°
25°
D
15°
7°
50 51
EXTERNAL TURNING TOOL HOLDERSEXTERNAL TURNING TOOL HOLDERS
h
b
L1
L
95°
f
DESIGNATION L H B F INSERT CATALOG #
DCLNR 2020 K12 125 20 20 25
CN.. 1204
T2005072
DCLNL 2020 K12 125 20 20 25 T2005073
DCLNR 2525 M12 150 25 25 32 T2005299
DCLNL 2525 M12 150 25 25 32 T2005313
DCLNR 3232 P12 170 32 32 40 T2005314
DCLNL 3232 P12 170 32 32 40 T2005315
ACCESSORIES PAGE 74 - 79
* Tool holders and accessories on request
h
b
L
L1
f
95°
DESIGNATION L H B F INSERT CATALOG #
SCLCR 1010 J06 110 10 10 12
CC.. 0602
T2002910
SCLCL 1010 J06 110 10 10 12 T2005138
ACCESSORIES PAGE 74 - 79
* Tool holders and accessories on request
DESIGNATION L H B F INSERT CATALOG #
SCLCR 1212 J09 110 12 12 16
CC.. 09T3
T2005139
SCLCL 1212 J09 110 12 12 16 T2005140
SCLCR 1616 H09 100 16 16 20 T2005141
SCLCL 1616 H09 100 16 16 20 T2005142
SCLCR 2020 K09 125 20 20 25 T2005120
SCLCL 2020 K09 125 20 20 25 T2005098
SCLCR 2020 K12 125 20 20 25
CC.. 1204
T2005069
SCLCL 2020 K12 125 20 20 25 T2005070
SCLCR 2525 M12 150 25 25 32 T2002920
SCLCL 2525 M12 150 25 25 32 T2005298
ACCESSORIES PAGE 74 - 79
* Tool holders and accessories on request
52 53
EXTERNAL TURNING TOOL HOLDERSEXTERNAL TURNING TOOL HOLDERS
h
b
L
L1
93°
f
DESIGNATION L H B F INSERT CATALOG #
SDJCR 1010 J07 110 10 10 10
DC.. 0702
T2005067
SDJCL 1010 J07 110 10 10 10 T2005068
SDJCR 1212 J07 110 12 12 12 T2005076
SDJCL 1212 J07 110 12 12 12 T2005084
SDJCR 1616 H07 100 16 16 16 T2005085
SDJCL 1616 H07 100 16 16 16 T2005086
ACCESSORIES PAGE 74 - 79
* Tool holders and accessories on request
DESIGNATION L H B F INSERT CATALOG #
SDJCR 1616 H11 110 16 16 20
DC.. 11T3
T2005087
SDJCL 1616 H11 110 16 16 20 T2005088
SDJCR 2020 K11 125 20 20 25 T2005089
SDJCL 2020 K11 125 20 20 25 T2005090
SDJCR 2525 M11 150 25 25 32 T2005308
SDJCL 2525 M11 150 25 25 32 T2005309
ACCESSORIES PAGE 74 - 79
* Tool holders and accessories on request
h
b
L
L1
95°
DESIGNATION L H B F INSERT CATALOG #
PCLNR 1616 H12 100 16 16 20
CN.. 1204
T2005063
PCLNL 1616 H12 100 16 16 20 T2005064
PCLNR 2020 K12 125 20 20 25 T2005065
PCLNL 2020 K12 125 20 20 25 T2005066
PCLNR 2525 M12 150 25 25 32 T2005306
PCLNL 2525 M12 150 25 25 32 T2005307
ACCESSORIES PAGE 74 - 79
* Tool holders and accessories on request
54 55
EXTERNAL TURNING TOOL HOLDERSEXTERNAL TURNING TOOL HOLDERS
93°
L1
L
fb
h
DESIGNATION L H B F INSERT CATALOG #
CKJNR 2020 K16 125 20 20 26.5
KNUX 1604
T2005042
CKJNL 2020 K16 125 20 20 26.5 T2005043
CKJNR 2525 M16 150 25 25 30 T2005251
CKJNL 2525 M16 150 25 25 30 T2005276
ACCESSORIES PAGE 74 - 79
* Tool holders and accessories on request
h
b
L
L1
f
DESIGNATION L H B F INSERT CATALOG #
SRDCN 2020 K06 125 20 20 10
RC.. 0602
T2005032
SRDCN 2525 M06 150 25 25 12.5 T2005275
ACCESSORIES PAGE 74 - 79
* Tool holders and accessories on request
h
b
f
L
L1
93°
DESIGNATION L H B F INSERT CATALOG #
DDJNR 2020 K11 125 20 20 25
DN.. 1104
T2005077
DDJNL 2020 K11 125 20 20 25 T2005078
DDJNR 2525 M11 150 25 25 32 T2005310
DDJNL 2525 M11 150 25 25 32 T2005321
ACCESSORIES PAGE 74 - 79
* Tool holders and accessories on request
DESIGNATION L H B F INSERT CATALOG #
DDJNR 2020 K15 125 20 20 25
DN.. 1506
T2005061
DDJNL 2020 K15 125 20 20 25 T2005039
DDJNR 2525 M15 150 25 25 32 T2005255
DDJNL 2525 M15 150 25 25 32 T2005254
DDJNR 2020 K1504 125 20 20 25
DN.. 1504
T2005080
DDJNL 2020 K1504 125 20 20 25 T2005081
DDJNR 2525 M1504 150 25 25 32 T2005322
DDJNL 2525 M1504 150 25 25 32 T2005284
ACCESSORIES PAGE 74 - 79
* Tool holders and accessories on request
56 57
EXTERNAL TURNING TOOL HOLDERSEXTERNAL TURNING TOOL HOLDERS
h
b
L
L1
f
DESIGNATION L H B F INSERT CATALOG #
SRDCN 2020 K08 125 20 20 10
RC.. 0803
T2005034
SRDCN 2525 M08 150 25 25 12.5 T2005273
ACCESSORIES PAGE 74 - 79
* Tool holders and accessories on request
DESIGNATION L H B F INSERT CATALOG #
SRDCN 2020 K10 125 20 20 10
RC.. 10T3
T2005036
SRDCN 2525 M10 150 25 25 12.5 T2005279
ACCESSORIES PAGE 74 - 79
* Tool holders and accessories on request
DESIGNATION L H B F INSERT CATALOG #
SRDCN 2020 K12 125 20 20 10
RC.. 1204
T2005038
SRDCN 2525 M12 150 25 25 12.5 T2005264
ACCESSORIES PAGE 74 - 79
* Tool holders and accessories on request
h
h
45°
L
b
f
DESIGNATION L H B F INSERT CATALOG #
SSDCN 1616 H09 100 16 16 6
SC.. 09T3
T2005054
SSDCN 2020 K09 125 20 20 10 T2005055
ACCESSORIES PAGE 74 - 79
* Tool holders and accessories on request
h
b
f
45°
L1
L
DESIGNATION L H B F INSERT CATALOG #
DSSNR 2020 K12 100 20 20 25
SN.. 1204
T2005056
DSSNR 2525 M12 125 25 25 32 T2005271
ACCESSORIES PAGE 74 - 79
* Tool holders and accessories on request
58 59
EXTERNAL TURNING TOOL HOLDERSEXTERNAL TURNING TOOL HOLDERS
b
f
L
93°
hh
DESIGNATION L H B F INSERT CATALOG #
STJCR 1212 F11 80 12 12 16
TC.. 1102
T2005058
STJCL 1212 F11 80 12 12 16 T2005059
STJCR 1616 H11 100 16 16 20 T2005057
STJCL 1616 H11 100 16 16 20 T2005046
ACCESSORIES PAGE 74 - 79
* Tool holders and accessories on request
DESIGNATION L H B F INSERT CATALOG #
STJCR 1616 H16 100 16 16 20
TC.. 16T3
T2005037
STJCL 1616 H16 100 16 16 20 T2005035
STJCR 2020 K16 125 20 20 25 T2005033
STJCL 2020 K16 125 20 20 25 T2005045
STJCR 2525 M16 150 25 25 32 T2005041
STJCL 2525 M16 150 25 25 32 T2005044
ACCESSORIES PAGE 74 - 79
* Tool holders and accessories on request
L
b
h
L1
f
93°
DESIGNATION L H B F INSERT CATALOG #
MTJNR 2020 K16 125 20 20 25
TN.. 1604
T2005040
MTJNL 2020 K16 125 20 20 25 T2005083
MTJNR 2525 M16 150 25 25 32 T2005082
MTJNL 2525 M16 150 25 25 32 T2005079
MTJNR 3232 P16 170 32 32 40 T2005280
MTJNL 3232 P16 170 32 32 40 T2005282
ACCESSORIES PAGE 74 - 79
* Tool holders and accessories on request
DESIGNATION L H B F INSERT CATALOG #
MTJNR 2525 M22 150 25 25 32
TN.. 2204
T2005283
MTJNL 2525 M22 150 25 25 32 T2005252
MTJNR 3232 P22 170 32 32 40 T2005253
MTJNL 3232 P22 170 32 32 40 T2005256
ACCESSORIES PAGE 74 - 79
* Tool holders and accessories on request
60 61
EXTERNAL TURNING TOOL HOLDERSEXTERNAL TURNING TOOL HOLDERS
L
L1
93°
b
h
f
DESIGNATION L H B F INSERT CATALOG #
SVJBR 1212 J11 110 12 12 12
VB.. 1103
T2005062
SVJBL 1212 J11 110 12 12 12 T2005075
SVJBR 1616 H11 100 16 16 16 T2005074
SVJBL 1616 H11 100 16 16 16 T2005071
SVJBR 2020 K11 125 20 20 25 T2005127
SVJBL 2020 K11 125 20 20 25 T2005135
ACCESSORIES PAGE 74 - 79
* Tool holders and accessories on request
L
L1
93°
b
h
f
DESIGNATION L H B F INSERT CATALOG #
SVJBR 1616 H16 100 16 16 20
VB.. 1604
T2005143
SVJBL 1616 H16 100 16 16 20 T2005144
SVJBR 2020 K16 125 20 20 25 T2005145
SVJBL 2020 K16 125 20 20 25 T2005146
SVJBR 2525 M16 150 25 25 32 T2005274
SVJBL 2525 M16 150 25 25 32 T2005278
ACCESSORIES PAGE 74- 79
* Tool holders and accessories on request
62 63
EXTERNAL TURNING TOOL HOLDERSEXTERNAL TURNING TOOL HOLDERS
L
L1
93°
b
h
f
DESIGNATION L H B F INSERT CATALOG #
SVJCR 2020 K16 125 20 20 25
VC.. 1604
T2005148
SVJCL 2020 K16 125 20 20 25 T2005149
SVJCR 2525 M16 150 25 25 32 T2005265
SVJCL 2525 M16 150 25 25 32 T2005270
ACCESSORIES PAGE 74 - 79
* Tool holders and accessories on request
f
93°
L1
L
b
h
DESIGNATION L H B F INSERT CATALOG #
DVJNR 2020 K16 125 20 20 25
VN.. 1604
T2005137
DVJNL 2020 K16 125 20 20 25 T2005157
DVJNR 2525 M16 150 25 25 32 T2005163
DVJNL 2525 M16 150 25 25 32 T2005267
ACCESSORIES PAGE 74 - 79
* Tool holders and accessories on request
64 65
EXTERNAL TURNING TOOL HOLDERSEXTERNAL TURNING TOOL HOLDERS
h
b
L
L1
95°
f
DESIGNATION L H B F INSERT CATALOG #
PWLNR 2020 K06 100 20 20 25
WN.. 0604
T2005160
PWLNL 2020 K06 100 20 20 25 T2005171
PWLNR 2525 M06 150 25 25 32 T2005268
PWLNL 2525 M06 150 25 25 32 T2005269
ACCESSORIES PAGE 74 - 79
* Tool holders and accessories on request
b
h
L
f
L1
95°
DESIGNATION L H B F INSERT CATALOG #
MWLNR 2020 K08 125 20 20 25
WN.. 0804
T2005172
MWLNL 2020 K08 125 20 20 25 T2005156
MWLNR 2525 M08 150 25 25 32 T2005260
MWLNL 2525 M08 150 25 25 32 T2005259
MWLNR 3232 P08 170 32 32 40 T2005258
MWLNL 3232 P08 170 32 32 40 T2005257
ACCESSORIES PAGE 74 - 79
* Tool holders and accessories on request
66 67
INTERNAL TURNING TOOL HOLDERSINTERNAL TURNING TOOL HOLDERS
Dmin
f95°
L1
L
d
h
DESIGNATION Dmin d
(mm)
L
(mm)
L1
(mm)
f
(mm)
h
(mm) INSERT CATALOG #
A08H SCLCR 06 11 8 100 17 5 7
CC.. 0602
T2005368
A08H SCLCL 06 11 8 100 17 5 7 T2005369
A10J SCLCR 06 14 10 110 20 6 7 T2005370
A10J SCLCL 06 14 10 110 20 6 7 T2005371
A12K SCLCR 06 17 12 125 22 9 11 T2005372
A12K SCLCL 06 17 12 125 22 9 11 T2005373
ACCESSORIES PAGE 74 - 79
* Tool holders and accessories on request
DESIGNATION Dmin d
(mm)
L
(mm)
L1
(mm)
f
(mm)
h
(mm) INSERT CATALOG #
A16Q SCLCR 09 20 16 180 30 11 15
CC.. 09T3
T2005374
A16Q SCLCL 09 20 16 180 30 11 15 T2005375
A20Q SCLCR 09 25 20 180 38 13 19 T2005376
A20Q SCLCL 09 25 20 180 38 13 19 T2005377
ACCESSORIES PAGE 74 - 79
* Tool holders and accessories on request
DESIGNATION Dmin d
(mm)
L
(mm)
L1
(mm)
f
(mm)
h
(mm) INSERT CATALOG #
A25R SCLCR 12 25 200
CC.. 1204
T2005378
A25R SCLCL 12 25 200 T2005379
ACCESSORIES PAGE 74 - 79
* Tool holders and accessories on request
Dmin
d
L
h
L1
f95°
DESIGNATION Dmin d
(mm)
L
(mm)
L1
(mm)
f
(mm)
h
(mm) INSERT CATALOG #
A25S PCLNR 12 32 25 250 50 17 23
CN.. 1204
T2005380
A25S PCLNL 12 32 25 250 50 17 23 T2005381
A32T PCLNR 12 40 32 300 50 22 30 T2005382
A32T PCLNL 12 40 32 300 50 22 30 T2005383
ACCESSORIES PAGE 74 - 79
* Tool holders and accessories on request
Dmin
93°
f
L1
L
h
d
DESIGNATION Dmin d
(mm)
L
(mm)
L1
(mm)
f
(mm)
h
(mm) INSERT CATALOG #
A10J SDUCR 07 14 10 110 20 7 9
DC.. 0702
T2005384
A10J SDUCL 07 14 10 110 20 7 9 T2005385
A12K SDUCR 07 17 12 125 24 9 11 T2005386
A12K SDUCL 07 17 12 125 24 9 11 T2005387
ACCESSORIES PAGE 74 - 79
* Tool holders and accessories on request
68 69
INTERNAL TURNING TOOL HOLDERSINTERNAL TURNING TOOL HOLDERS
Dmin
93°
f
L1
L
h
d
DESIGNATION Dmin d
(mm)
L
(mm)
L1
(mm)
f
(mm)
h
(mm) INSERT CATALOG #
A16Q SDUCR 11 21 16 180 30 11 15
DC.. 11T3
T2005388
A16Q SDUCL 11 21 16 180 30 11 15 T2005389
A20Q SDUCR 11 25 20 180 32 13 18 T2005390
A20Q SDUCL 11 25 20 180 32 13 18 T2005391
A25R SDUCR 11 32 25 200 40 17 23 T2005392
A25R SDUCL 11 32 25 200 40 17 23 T2005393
ACCESSORIES PAGE 74 - 79
* Tool holders and accessories on request
L
hL1
f
Dmin
d
93°
DESIGNATION Dmin d
(mm)
L
(mm)
L1
(mm)
f
(mm)
h
(mm) INSERT CATALOG #
A25S PDUNR 15 32 25 250 50 17 23
DN.. 1506
T2005394
A25S PDUNL 15 32 25 250 50 17 23 T2005395
A32T PDUNR 15 40 32 300 55 22 30 T2005396
A32T PDUNL 15 40 32 300 55 22 30 T2005397
ACCESSORIES PAGE 74 - 79
* Tool holders and accessories on request
Dmin
L
d
h
L1
f93°
DESIGNATION Dmin d
(mm)
L
(mm)
L1
(mm)
f
(mm)
h
(mm) INSERT CATALOG #
S25S CKUNR 16 32 25 300 52 20 23
KNUX 1604
T2005398
S32U CKUNR 16 32 25 300 52 20 23 T2005399
ACCESSORIES PAGE 74 - 79
* Tool holders and accessories on request
DESIGNATION Dmin d
(mm)
L
(mm)
L1
(mm)
f
(mm)
h
(mm) INSERT CATALOG #
S25S PSKNR 12 25 250
SN.. 1204
T2005400
S25S PSKNL 12 25 250 T2005401
S32T PSKNR 12 32 300 T2005402
S32T PSKNL 12 32 300 T2005403
ACCESSORIES PAGE 74 - 79
* Tool holders and accessories on request
70 71
INTERNAL TURNING TOOL HOLDERSINTERNAL TURNING TOOL HOLDERS
L
L1 h
d
f
90°
Dmin
DESIGNATION Dmin d
(mm)
L
(mm)
L1
(mm)
f
(mm)
h
(mm) INSERT CATALOG #
S12K STFCR 11 17 12 125 24 9 11
TC.. 1102
T2005404
S12Q STFCL 11 17 12 125 24 9 11 T2005405
S16Q STFCR 11 21 16 180 30 11 15 T2005406
S16Q STFCL 11 21 16 180 30 11 15 T2005407
ACCESSORIES PAGE 74 - 79
* Tool holders and accessories on request
DESIGNATION Dmin d
(mm)
L
(mm)
L1
(mm)
f
(mm)
h
(mm) INSERT CATALOG #
S16Q STFCR 16 21 16 180 30 11 15
TC.. 16T3
T2005408
S16Q STFCL 16 21 16 180 30 11 15 T2005409
S20Q STFCR 16 25 20 180 30 13 18 T2005410
S20Q STFCL 16 25 20 180 30 13 18 T2005411
S25R STFCR 16 32 25 200 37 16 23 T2005412
S25R STFCL 16 32 25 200 37 16 23 T2005413
ACCESSORIES PAGE 74 - 79
L
h
L1
f
93°
d
Dmin
DESIGNATION Dmin d
(mm)
L
(mm)
L1
(mm)
f
(mm)
h
(mm) INSERT CATALOG #
S20R MTUNR 16 26 20 200 30 13 18
TN.. 1604
T2005414
S20R MTUNL 16 26 20 200 30 13 18 T2005415
S25S MTUNR 16 32 25 250 50 17 23 T2005416
S25S MTUNL 16 32 25 250 50 17 23 T2005417
S32T MTUNR 16 40 32 300 60 22 30 T2005418
S32T MTUNL 16 40 32 300 60 22 30 T2005419
ACCESSORIES PAGE 74 - 79
DESIGNATION Dmin d
(mm)
L
(mm)
L1
(mm)
f
(mm)
h
(mm) INSERT CATALOG #
S32T MTUNR 22 40 32 300 60 22 30
TN.. 2204
T2005420
S32T MTUNL 22 40 32 300 60 22 30 T2005421
S40T MTUNR 22 50 40 300 60 27 38 T2005422
S40T MTUNL 22 50 40 300 60 27 38 T2005423
ACCESSORIES PAGE 74 - 79
72 73
INTERNAL TURNING TOOL HOLDERSINTERNAL TURNING TOOL HOLDERS
107,5°
L1
L
h
d
Dmin
f
DESIGNATION Dmin d
(mm)
L
(mm)
L1
(mm)
f
(mm)
h
(mm) INSERT CATALOG #
A16Q SVQBR 11 21 16 180 30 11 15
VB.. 1103
T2005424
A16Q SVQBL 11 21 16 180 30 11 15 T2005425
A20Q SVQBR 11 25 20 180 30 13 18 T2005426
A20Q SVQBL 11 25 20 180 30 13 18 T2005427
ACCESSORIES PAGE 74 - 79
DESIGNATION Dmin d
(mm)
L
(mm)
L1
(mm)
f
(mm)
h
(mm) INSERT CATALOG #
A25R SVQBR 16 25 200
VB.. 1604
T2005428
A25R SVQBL 16 25 200 T2005429
ACCESSORIES PAGE 74 - 79
DESIGNATION Dmin d
(mm)
L
(mm)
L1
(mm)
f
(mm)
h
(mm) INSERT CATALOG #
A25R SVQCR 16 25 200
VC.. 1604
T2005430
A25R SVQCL 16 25 200 T2005431
ACCESSORIES PAGE 74 - 79
* Tool holders and accessories on request
95°
f
L1
L
h
d
Dmin
DESIGNATION Dmin d
(mm)
L
(mm)
L1
(mm)
f
(mm)
h
(mm) INSERT CATALOG #
A20R PWLNR 06 25 20 180 40 13 18
WN.. 0604
T2005432
A20R PWLNL 06 25 20 180 40 13 18 T2005433
A25R PWLNR 06 25 200 T2005434
A25R PWLNL 06 25 200 T2005435
ACCESSORIES PAGE 74 - 79
* Tool holders and accessories on request
DESIGNATION Dmin d
(mm)
L
(mm)
L1
(mm)
f
(mm)
h
(mm) INSERT CATALOG #
A25S PWLNR 08 32 25 250 50 17 23
WN.. 0804
T2005436
A25S PWLNL 08 32 25 250 50 17 23 T2005437
A32T PWLNR 08 40 32 300 60 22 30 T2005438
A32T PWLNL 08 40 32 300 60 22 30 T2005439
ACCESSORIES PAGE 74 - 79
* Tool holders and accessories on request
74 75
ACCESSORIES - EXTERNAL TURNING TOOL HOLDERSACCESSORIES - EXTERNAL TURNING TOOL HOLDERS
* Tool holders and accessories on request * Tool holders and accessories on request
DESIGNATION ACCESSORIES
SHIM
CLAMP
SCREW
LEVER
PLATE LEVER
SHIM
SCREW CLAMP PIN
LOCKING
SCREW
ALLEN
KEY
TORKX
KEY
LOCKING
SCREW SPRING WASHER
SCLCR 1010 J06 T2005533 M2002915
SCLCL 1010 J06 T2005533 M2002915
SCLCR 1212 J09 T2005440 T2005535 M2000602
SCLCL 1212 J09 T2005440 T2005535 M2000602
SCLCR 1616 H09 T2005440 T2005535 M2000602 T2005493
SCLCL 1616 H09 T2005440 T2005535 M2000602 T2005493
SCLCR 2020 K09 T2005440 T2005535 M2000602 T2005493
SCLCL 2020 K09 T2005440 T2005535 M2000602 T2005493
SCLCR 2020 K12 T2005494 M2000602 T2005523
SCLCL 2020 K12 T2005494 M2000602 T2005523
SCLCR 2525 M12 T2005494 M2000602 T2005523
SCLCL 2525 M12 T2005494 M2000602 T2005523
DCLNR 2020 K12 T2005476 T2005536 T2005515 T2005495 M2000609 T2005483 T2005496
DCLNL 2020 K12 T2005476 T2005536 T2005515 T2005495 M2000609 T2005483 T2005496
DCLNR 2525 M12 T2005476 T2005536 T2005515 T2005495 M2000609 T2005483 T2005496
DCLNL 2525 M12 T2005476 T2005536 T2005515 T2005495 M2000609 T2005483 T2005496
DCLNR 3232 P12 T2005476 T2005536 T2005515 T2005495 M2000609 T2005483 T2005496
DCLNL 3232 P12 T2005476 T2005536 T2005515 T2005495 M2000609 T2005483 T2005496
PCLNR 1616 H12 T2005484 T2005527 T2005529 T2005511 M2002913
PCLNL 1616 H12 T2005484 T2005527 T2005529 T2005511 M2002913
PCLNR 2020 K12 T2005484 T2005528 T2005529 T2005511 M2002913
PCLNL 2020 K12 T2005484 T2005528 T2005529 T2005511 M2002913
PCLNR 2525 M12 T2005484 T2005528 T2005529 T2005511 M2002913
PCLNL 2525 M12 T2005484 T2005528 T2005529 T2005511 M2002913
SDJCR 1010 J07 T2005533 M2002915
SDJCL 1010 J07 T2005533 M2002915
SDJCR 1212 J07 T2005533 M2002915
SDJCL 1212 J07 T2005533 M2002915
SDJCR 1616 H07 T2005533 M2002915
SDJCR 1616 H07 T2005533 M2002915
SDJCR 1616 H11 T2005485 T2005535 M2000602 T2005493
SDJCL 1616 H11 T2005485 T2005535 M2000602 T2005493
SDJCR 2020 K11 T2005485 T2005535 M2000602 T2005493
SDJCL 2020 K11 T2005485 T2005535 M2000602 T2005493
SDJCR 2525 M11 T2005485 T2005535 M2000602 T2005493
SDJCL 2525 M11 T2005485 T2005535 M2000602 T2005493
DESIGNATION ACCESSORIES
SHIM
CLAMP
SCREW
LEVER
PLATE LEVER
SHIM
SCREW CLAMP PIN
LOCKING
SCREW
ALLEN
KEY
TORKX
KEY
LOCKING
SCREW SPRING WASHER
DDJNR 2020 K11 T2005485 T2005504 T2005514 T2005492 M2002913 T2005481 T2005497
DDJNL 2020 K11 T2005485 T2005504 T2005514 T2005492 M2002913 T2005481 T2005497
DDJNR 2525 M11 T2005485 T2005504 T2005514 T2005492 M2002913 T2005481 T2005497
DDJNL 2525 M11 T2005485 T2005504 T2005514 T2005492 M2002913 T2005481 T2005497
DDJNR 2020
K1504 T2005486 T2005536 T2005515 T2005495 M2000609 T2005483 T2005496
DDJNL 2020
K1504 T2005486 T2005536 T2005515 T2005495 M2000609 T2005483 T2005496
DDJNR 2525
M1504 T2005486 T2005536 T2005515 T2005495 M2000609 T2005483 T2005496
DDJNL 2525
M1504 T2005486 T2005536 T2005515 T2005495 M2000609 T2005483 T2005496
DDJNR 2020 K15 T2005486 T2005536 T2005515 T2005495 M2000609 T2005483 T2005496
DDJNL 2020 K15 T2005486 T2005536 T2005515 T2005495 M2000609 T2005483 T2005496
DDJNR 2525 M15 T2005486 T2005536 T2005515 T2005495 M2000609 T2005483 T2005496
DDJNL 2525 M15 T2005486 T2005536 T2005515 T2005495 M2000609 T2005483 T2005496
CKJNR 2020 K16 T2005488 T2005516 T2005501 M2000609 T2005491 T2005496
CKJNL 2020 K16 T2005487 T2005516 T2005501 M2000609 T2005491 T2005496
CKJNR 2525 M16 T2005488 T2005516 T2005501 M2000609 T2005491 T2005496
CKJNL 2525 M16 T2005487 T2005516 T2005501 M2000609 T2005491 T2005496
SRDCN 2020 K06 T2005500 M2002915
SRDCN 2525
M06
T2005500 M2002915
SRDCN 2020 K08 T2005500 M2002915
SRDCN 2525
M08 T2005500 M2002915
SRDCN 2020 K10 T2005503 M2000602
SRDCN 2525
M10 T2005503 M2000602
SRDCN 2020 K12 T2005503 M2000602
SRDCN 2525
M12 T2005503 M2000602
SSDCN 1616 H09 T2005533 M2002915
SSDCN 2020 K09 T2005533 M2002915
DSSNR 2020 K12 T2005495 T2005515 M2000609 T2005483 T2005496
DSSNR 2525 M12 T2005495 T2005515 M2000609 T2005483 T2005496
STJCR 1212 F11 T2005533 M2002915
STJCL 1212 F11 T2005533 M2002915
STJCR 1616 H11 T2005533 M2002915
STJCL 1616 H11 T2005533 M2002915
76 77
ACCESSORIES - EXTERNAL TURNING TOOL HOLDERSACCESSORIES - EXTERNAL TURNING TOOL HOLDERS
* Tool holders and accessories on request * Tool holders and accessories on request
DESIGNATION ACCESSORIES
SHIM
CLAMP
SCREW
LEVER
PLATE LEVER
SHIM
SCREW CLAMP PIN
LOCKING
SCREW
ALLEN
KEY
TORKX
KEY
LOCKING
SCREW SPRING WASHER
STJCR 1616 H16 T2005533 M2002915
STJCL 1616 H16 T2005533 M2002915
STJCR 2020 K16 T2005533 M2002915
STJCL 2020 K16 T2005533 M2002915
STJCR 2525 M16 T2005533 M2002915
STJCR 2525 M16 T2005533 M2002915
MTJNR 2020 K16 T2005517 T2005530 T2005492 M2002913 T2005482 T2005497
MTJNL 2020 K16 T2005517 T2005530 T2005492 M2002913 T2005482 T2005497
MTJNR 2525 M16 T2005517 T2005530 T2005492 M2002913 T2005482 T2005497
MTJNL 2525 M16 T2005517 T2005530 T2005492 M2002913 T2005482 T2005497
MTJNR 3232 P16 T2005517 T2005530 T2005492 M2002913 T2005482 T2005497
MTJNL 3232 P16 T2005517 T2005530 T2005492 M2002913 T2005482 T2005497
MTJNR 2525 M22 T2005518 T2005531 T2005495 M2000609 T2005483 T2005496
MTJNL 2525 M22 T2005518 T2005531 T2005495 M2000609 T2005483 T2005496
MTJNR 3232 P22 T2005518 T2005531 T2005495 M2000609 T2005483 T2005496
MTJNL 3232 P22 T2005518 T2005531 T2005495 M2000609 T2005483 T2005496
SVJBR 1212 J11 T2005499 M2002915
SVJBL 1212 J11 T2005499 M2002915
SVJBR 1616 H11 T2005499 M2002915
SVJBL 1616 H11 T2005499 M2002915
SVJBR 2020 K11 T2005499 M2002915
SVJBL 2020 K11 T2005499 M2002915
SVJBR 1616 H16 T2005502 T2005505 M2000602
SVJBL 1616 H16 T2005502 T2005505 M2000602
SVJBR 2020 K16 T2005502 T2005505 M2000602
SVJBL 2020 K16 T2005502 T2005505 M2000602
SVJBR 2525 M16 T2005502 T2005505 M2000602
SVJBL 2525 M16 T2005502 T2005505 M2000602
SVJCR 2020 K16 T2005502 T2005505 M2000602
SVJCL 2020 K16 T2005502 T2005505 M2000602
SVJCR 2525 M16 T2005502 T2005505 M2000602
SVJCL 2525 M16 T2005502 T2005505 M2000602
DVJNR 2020 K16 T2005504 T2005519 T2005492 M2002913 T2005482 T2005498
DVJNL 2020 K16 T2005504 T2005519 T2005492 M2002913 T2005482 T2005498
DVJNR 2525 M16 T2005504 T2005519 T2005492 M2002913 T2005482 T2005498
DVJNL 2525 M16 T2005504 T2005519 T2005492 M2002913 T2005482 T2005498
DESIGNATION ACCESSORIES
SHIM
CLAMP
SCREW
LEVER
PLATE LEVER
SHIM
SCREW CLAMP PIN
LOCKING
SCREW
ALLEN
KEY
TORKX
KEY
LOCKING
SCREW SPRING WASHER
PWLNR 2020 K06 T2005526 T2005521 T2005510 M2002914
PWLNL 2020 K06 T2005526 T2005521 T2005510 M2002914
PWLNR 2525
M06 T2005526 T2005521 T2005510 M2002914
PWLNL 2525 M06 T2005526 T2005521 T2005510 M2002914
MWLNR 2020
K08 T2005520 T2005531 T2005495 M2000609
MWLNL 2020 K08 T2005520 T2005531 T2005495 M2000609
MWLNR 2525
M08 T2005520 T2005531 T2005495 M2000609
MWLNL 2525
M08 T2005520 T2005531 T2005495 M2000609
MWLNR 3232
P08 T2005520 T2005531 T2005495 M2000609
MWLNL 3232 P08 T2005520 T2005531 T2005495 M2000609
78 79
ACCESSORIES - INTERNAL TURNING TOOL HOLDERSACCESSORIES - INTERNAL TURNING TOOL HOLDERS
* Tool holders and accessories on request * Tool holders and accessories on request
DESIGNATION ACCESSORIES
TORKX
SCREW SHIM
CLAMP
SCREW LEVER PIN PLATE
SHIM
SCREW KEY CLAMP SPRING WASHER
A08H SCLCR 06 T2005533 M2002915
A08H SCLCL 06 T2005533 M2002915
A10J SCLCR 06 T2005533 M2002915
A10J SCLCL 06 T2005533 M2002915
A12K SCLCR 06 T2005533 M2002915
A12K SCLCL 06 T2005533 M2002915
A16Q SCLCR 09 T2005534 M2000602
A16Q SCLCL 09 T2005534 M2000602
A20Q SCLCR 09 T2005534 M2000602
A20Q SCLCL 09 T2005534 M2000602
A25R SCLCR 12 T2005534 M2000602
A25R SCLCL 12 T2005534 M2000602
A25S PCLNR 12 T2005525 T2005512 M2002914
A25S PCLNL 12 T2005525 T2005512 M2002914
A32T PCLNR 12 T2005484 T2005525 T2005512 T2005529 M2002913
A32T PCLNL 12 T2005484 T2005525 T2005512 T2005529 M2002913
A10J SDUCR 07 T2005533 M2002915
A10J SDUCL 07 T2005533 M2002915
A12K SDUCR 07 T2005533 M2002915
A12K SDUCL 07 T2005533 M2002915
A16Q SDUCR 11 T2005534 M2000602
A16Q SDUCL 11 T2005534 M2000602
A20Q SDUCR 11 T2005534 M2000602
A20Q SDUCL 11 T2005534 M2000602
A25R SDUCR 11 T2005534 M2000602
A25R SDUCL 11 T2005534 M2000602
A25S PDUNR 15 T2005525 T2005512 M2002914
A25S PDUNL 15 T2005525 T2005512 M2002914
A32T PDUNR 15 T2005484 T2005506 T2005513 T2005529 M2002913
A32T PDUNL 15 T2005484 T2005506 T2005513 T2005529 M2002913
S25S CKUNR 16 T2005487 T2005516
S32U CKUNR 16 T2005487 T2005516
S25S PSKNR 12 T2005525 T2005512 M2002914
S25S PSKNL 12 T2005525 T2005512 M2002914
S32T PSKNR 12 T2005528 T2005511 T2005529 M2002913
S32T PSKNL 12 T2005528 T2005511 T2005529 M2002913
DESIGNATION ACCESSORIES
TORKX
SCREW SHIM
CLAMP
SCREW LEVER PIN PLATE
SHIM
SCREW KEY CLAMP SPRING WASHER
S12K STFCR 11 T2005533 M2002915
S12Q STFCL 11 T2005533 M2002915
S16Q STFCR 11 T2005533 M2002915
S16Q STFCL 11 T2005533 M2002915
S16Q STFCR 16 T2005533 M2000602
S16Q STFCL 16 T2005533 M2000602
S20Q STFCR 16 T2005533 M2000602
S20Q STFCL 16 T2005533 M2000602
S25R STFCR 16 T2005533 M2000602
S25R STFCL 16 T2005533 M2000602
S20R MTUNR 16 T2005492 T2005489 T2005530 M2002913 T2005517 T2005482 T2005497
S20R MTUNL 16 T2005492 T2005489 T2005530 M2002913 T2005517 T2005482 T2005497
S25S MTUNR 16 T2005492 T2005489 T2005530 M2002913 T2005517 T2005482 T2005497
S25S MTUNL 16 T2005492 T2005489 T2005530 M2002913 T2005517 T2005482 T2005497
S32T MTUNR 16 T2005492 T2005489 T2005530 M2002913 T2005517 T2005482 T2005497
S32T MTUNL 16 T2005492 T2005489 T2005530 M2002913 T2005517 T2005482 T2005497
S32T MTUNR 22 T2005495 T2005490 T2005531 M2000609 T2005518 T2005483 T2005497
S32T MTUNL 22 T2005495 T2005490 T2005531 M2000609 T2005518 T2005483 T2005497
S40T MTUNR 22 T2005495 T2005490 T2005531 M2000609 T2005518 T2005483 T2005497
S40T MTUNL 22 T2005495 T2005490 T2005531 M2000609 T2005518 T2005483 T2005497
A16Q SVQBR 11 T2005532 M2002915
A16Q SVQBL 11 T2005532 M2002915
A20Q SVQBR 11 T2005532 M2002915
A20Q SVQBL 11 T2005532 M2002915
A25R SVQBR 16 T2005522 M2000602
A25R SVQBL 16 T2005522 M2000602
A25R SVQCR 16 T2005522 M2000602
A25R SVQCL 16 T2005522 M2000602
A20R PWLNR 06 T2005524 T2005509 M2002916
A20R PWLNL 06 T2005524 T2005509 M2002916
A25R PWLNR 06 T2005524 T2005509 M2002916
A25R PWLNL 06 T2005524 T2005509 M2002916
A25S PWLNR 08 T2005525 T2005512 M2002914
A25S PWLNL 08 T2005525 T2005512 M2002914
A32T PWLNR 08 T2005480 T2005528 T2005511 T2005529 M2002913
A32T PWLNL 08 T2005480 T2005528 T2005511 T2005529 M2002913
80
PARTING
& GROOVING
PARTING &
GROOVING
With Lamina you
have the right tool,
at the right time, all
the time
83
PARTING & GROOVING
83
• Universal grade for long tool life in numerous workpiece materials
• ISO standard blocks and blades
MULTI-MATTM PARTING INSERTS AND TOOLS
FOR MULTIPLE APPLICATIONS
Our Swiss quality, precision made parting and grooving inserts
are designed for efficient and trouble free application in a wide
variety of materials.
PARTING AND GROOVING
84 85
PARTING & GROOVINGPARTING & GROOVING
85
CUTTING DATA
p. 253 - 256
CUTTING DATA
p. 253 - 256
GCTX
DESIGNATION GRADE W R MATERIAL
RECOMMENDATION CATALOG #
GCTX 2002 NN LT 1000 2.00 0.18 T0002825
GCTX 3003 NN LT 1000 3.00 0.25 T0002826
GCTX 3003 PP LT 1000 3.00 0.25 T0002828
MGMN
DESIGNATION GRADE W R MATERIAL
RECOMMENDATION CATALOG #
MGMN 200 G LT 10 2.00 0.2 T0003909
MGMN 300 M LT 10 3.00 0.4 T0003910
MGMN 400 M LT 10 4.00 0.4 T0003911
MGMN 500 M LT 10 5.00 0.8 T0003921
WGE
DESIGNATION GRADE W R MATERIAL
RECOMMENDATION CATALOG #
WGE 2000 LT 10 2.00 0.2 T0003932
WGE 3000 LT 10 3.00 0.2 T0003933
WGE 4000 LT 10 4.00 0.2 T0003934
WGE 5000 LT 10 5.00 0.2 T0003935
GCTX 2002
DESIGNATION D D2 L W Pmax HAND CATALOG #
LT PNG-L 12-2.0 12 12 120 1.6 15 LEFT T2001164
LT PNG-R 12-2.0 12 12 120 1.6 15 RIGHT T2001165
LT PNG-L 16-2.0 16 16 120 1.6 15 LEFT T2001166
LT PNG-R 16-2.0 16 16 120 1.6 15 RIGHT T2001167
LT PNG-L 20-2.0 20 20 120 1.6 15 LEFT T2001484
LT PNG-R 20-2.0 20 20 120 1.6 15 RIGHT T2001485
LT PNG-L 25-2.0 25 25 120 1.6 15 LEFT T2001482
LT PNG-R 25-2.0 25 25 120 1.6 15 RIGHT T2001483
SCREW
KEY
M2001797
M2000609
GCTX 3003
DESIGNATION D Dmin L W Pmax HAND CATALOG #
LT PNG-L 16-3.0 16 16 120 2.4 15 LEFT T2001168
LT PNG-R 16-3.0 16 16 120 2.4 15 RIGHT T2001169
LT PNG-L 20-3.0 20 20 125 2.4 15 LEFT T2001170
LT PNG-R 20-3.0 20 20 125 2.4 15 RIGHT T2001171
LT PNG-L 25-3.0 25 25 125 2.4 15 LEFT T2001197
LT PNG-R 25-3.0 25 25 125 2.4 15 RIGHT T2001198
SCREW
KEY
M2001797
M2000609
PARTING AND GROOVING TOOL HOLDERS
86
PARTING & GROOVING
CUTTING DATA
p. 253 - 256
BLADES AND BLOCKS THREAD
TURNING
THREAD
TURNING
L
H
GCTX 3003
DESIGNATION L H - - - - CATALOG #
LT BNG-32-3 32 32 - - - - T2002751
KEY T2002761
L
B
C
A
TH
BLOCKS
DESIGNATION H A B C L T CATALOG #
LT PNB-N 2020-32 32 20 19 38 120 48 T2002762
LT PNB-N 2525-32 32 25 23 42 120 48 T2002763
SCREW
KEY
T2002785
T2002786
89
THREAD TURNING
CUTTING DATA TECHNICAL SECTION
p. 339 - 342 p. 360 - 365
MULTI-MATTM INTERNAL AND EXTERNAL THREADING
INSERTS
Our threading inserts offer superior tool life and versatility in a
range of materials.
We offer a broad selection of triangular thread turning inserts
and tool-holders for external and internal threads and a variety of
thread standards.
THREAD TURNING
90 91
THREAD TURNINGTHREAD TURNING
CUTTING DATA TECHNICAL SECTION
p. 339 - 342 p. 360 - 365
CUTTING DATA TECHNICAL SECTION
p. 339 - 342 p. 360 - 365
INSERT ORDERING CODE
ISO 0.5 ER 16
PROFILE PITCH TYPE OF INSERT INSERT SIZE
PARTIAL PROFILE SHAPE mm TPI ER
External right handed
L I.C.
60°, 55° A 0.5 - 1.5 48 - 16 06 4.0
G1.75 - 3.0 14 - 8 EL
External left handed
08 5.0
FULL PROFILE AG 0.5 - 3.0 48 - 8 11 6.3
ISO METRIC, BSPT, N 3.5 - 5.0 7 - 5 IR
Internal right handed
16 9.5
NPT, UN, TRAPEZ, Q5.5 - 6.0 4.5 - 4 22 12.7
WITHWORTH IL
Internal left handed
27 15.8
Full Profile
-3.5 - 6.0 72 - 4
PARTIAL
(A,G,AG,N,Q) FULL
INSERT
THREAD
THREAD
INSERT
• Most economical solution
• Used for wide range of pitches
• It is partial because the exterior major
or internal minor diameter is not machined
• Cuts all thread shapes according
to the requirements
• Wide range of inserts needed in
order to fit each standard and range of pitches
TOOL HOLDER ORDERING CODE
HER 2525 M 16
HOLDER TYPE SHANK TOOL LENGTH INSERT SIZE
HER
External right handed
External Tool holders
Square Shank:
H 100 L I.C.
K 125 06 4.0
HEL
External left handed
8, 10, 12, 16, L 140 08 5.0
20, 25, 32 M 150 11 6.3
HIR
Internal right handed
Internal Tool holders
Round Shank:
P 170 16 9.5
R 200 22 12.7
HIL
Internal left handed
10, 12, 16, 20, S 250 27 15.8
25, 32, 40 T 300
PARTIAL
PROFILE 60°
B
A
I.C.
L
EXTERNAL RIGHT
B
A
I.C.
L
INTERNAL RIGHT
60
SCREW
60 NUT
60°
DESIGNATION GRADE PITCH RANGE DIMENSIONS CATALOG #
mm TPI L mm I.C. A B
EXTERNAL
A60 ER16 LT 10 0.5 - 1.5 48 - 16 16 9.5 0.8 0.9 TH000004
G60 ER16 LT 10 1.75 - 3.0 14 - 8 16 9.5 1.2 1.7 TH000010
AG60 ER16 LT 10 0.5 - 3.0 48 - 8 16 9.5 1.2 1.7 TH000016
N60 ER 22 LT 10 3.5 - 5.0 7 - 5 22 12.7 1.7 2.5 TH000116
INTERNAL
A60 IR11 LT 10 0.5 - 1.5 48 - 16 11 6.3 0.8 0.9 TH000001
A60 IR16 LT 10 0.5 - 1.5 48 - 16 16 9.5 0.8 0.9 TH000007
G60 IR16 LT 10 1.75 - 3.0 14 - 8 16 9.5 1.2 1.7 TH000013
AG60 IR16 LT 10 0.5 - 3.0 48 - 8 16 9.5 1.2 1.7 TH000019
N60 IR 22 LT 10 3.5 - 5.0 7 - 5 22 12.7 1.7 2.5 TH000119
PARTIAL
PROFILE 55°
B
A
I.C.
L
EXTERNAL RIGHT
B
A
I.C.
L
INTERNAL RIGHT
55
55°
NUT
55
SCREW
DESIGNATION GRADE PITCH RANGE DIMENSIONS CATALOG #
mm TPI L mm I.C. A B
EXTERNAL
A55 ER16 LT 10 0.5 - 1.5 48 - 8 16 9.5 0.8 0.9 TH000167
AG55 ER16 LT 10 0.5 - 3.0 48 - 8 16 9.5 1.2 1.7 TH000022
G55 ER16 LT 10 1.75 - 3.0 7 - 5 16 9.5 1.2 1.7 TH000168
N55 ER22 LT 10 3.5 - 5.0 7 - 5 22 12.7 1.7 2.5 TH000120
INTERNAL
A55 IR16 LT 10 0.5 - 1.5 48 - 8 16 9.5 0.8 0.9 TH000183
AG55 IR16 LT 10 0.5 - 3.0 48 - 8 16 9.5 1.2 1.7 TH000025
G55 IR16 LT 10 1.75 - 3.0 7 - 5 16 9.5 1.2 1.7 TH000184
N55 IR22 LT 10 3.5 - 5.0 7 - 5 22 12.7 1.7 2.5 TH000121
92 93
THREAD TURNINGTHREAD TURNING
CUTTING DATA TECHNICAL SECTION
p. 339 - 342 p. 360 - 365
CUTTING DATA TECHNICAL SECTION
p. 339 - 342 p. 360 - 365
BSPT B
A
I.C.
L
EXTERNAL RIGHT
B
A
I.C.
L
INTERNAL RIGHT
BSPT
BSPT
SCREW
27.5°
90°
1°47'
27.5°
R 0.137P
R 0.137P
B.S. 21: 1985
DESIGNATION GRADE TPI DIMENSIONS CATALOG #
L mm I.C. A B
EXTERNAL
BSPT11 ER16 LT 10 11 16 9.525 1.1 1.5 TH000138
BSPT14 ER16 LT 10 14 16 9.525 1.0 1.2 TH000137
BSPT19 ER16 LT 10 19 16 9.525 0.8 0.9 TH000136
INTERNAL
BSPT11 IR16 LT 10 11 16 9.525 1.1 1.5 TH000141
BSPT14 IR16 LT 10 14 16 9.525 1.0 1.2 TH000140
BSPT19 IR16 LT 10 19 16 9.525 0.8 0.9 TH000139
NPT B
A
I.C.
L
EXTERNAL RIGHT
B
A
I.C.
L
INTERNAL RIGHT
NPT
NUT
NPT
SCREW
30°
90° 1°47'
30°
ANSI/ASME B
1.20.1-1983
DESIGNATION GRADE TPI DIMENSIONS CATALOG #
L mm I.C. A B
EXTERNAL
NPT 8 ER16 LT 10 8 16 9.525 1.3 1.8 TH000145
NPT 11.5 ER16 LT 10 11.5 16 9.525 1.1 1.5 TH000144
NPT 14 ER16 LT 10 14 16 9.525 0.9 1.2 TH000143
NPT 18 ER16 LT 10 18 16 9.525 0.8 1.0 TH000142
INTERNAL
NPT 8 IR16 LT 10 8 16 9.525 1.3 1.8 TH000148
NPT 11.5 IR16 LT 10 11.5 16 9.525 1.1 1.5 TH000147
NPT 14 IR16 LT 10 14 16 9.525 0.9 1.2 TH000146
NPT 27 IR16 LT 10 27 16 9.525 0.7 0.8 TH000181
UN B
A
I.C.
L
EXTERNAL RIGHT
B
A
I.C.
L
INTERNAL RIGHT
NUT
UN
SCREW
60°
1/4P
1/8P
UN
ANSI B1.1-1982
DESIGNATION GRADE TPI DIMENSIONS CATALOG #
L mm I.C. A B
EXTERNAL
UN 10 ER16 LT 10 10 16 9.525 1.1 1.5 TH000161
UN 12 ER16 LT 10 12 16 9.525 1.1 1.4 TH000088
UN 13 ER16 LT 10 13 16 9.525 1.0 1.3 TH000163
UN 16 ER16 LT 10 16 16 9.525 0.9 1.1 TH000082
UN 20 ER16 LT 10 20 16 9.525 0.8 0.9 TH000076
UN 24 ER16 LT 10 24 16 9.525 0.7 0.8 TH000165
UN 32 ER16 LT 10 32 16 9.525 0.6 0.6 TH000166
UN 5 ER22 LT 10 5 22 12.70 1.7 2.4 TH000186
UN 6 ER22 LT 10 6 22 12.70 1.6 2.3 TH000189
UN 7 ER22 LT 10 7 22 12.70 1.6 2.3 TH000190
INTERNAL
UN 8 IR16 LT 10 8 16 9.525 1.2 1.6 TH000170
UN 9 IR16 LT 10 9 16 9.525 1.2 1.7 TH000171
UN 10 IR16 LT 10 10 16 9.525 1.1 1.5 TH000172
UN 11 IR16 LT 10 11 16 9.525 1.1 1.5 TH000173
UN 11.5 IR16 LT 10 11.5 16 9.525 1.1 1.5 TH000174
UN 12 IR16 LT 10 12 16 9.525 0.8 0.9 TH000091
UN 13 IR16 LT 10 13 16 9.525 1.0 1.3 TH000175
UN 16 IR16 LT 10 16 16 9.525 0.9 1.1 TH000085
UN 20 IR16 LT 10 20 16 9.525 1.1 1.4 TH000079
UN 32 IR16 LT 10 32 16 9.525 0.6 0.6 TH000182
UN 6 IR22 LT 10 6 22 12.70 1.6 2.3 TH000196
UN 7 IR22 LT 10 7 22 12.70 1.6 2.3 TH000198
94 95
THREAD TURNINGTHREAD TURNING
CUTTING DATA TECHNICAL SECTION
p. 339 - 342 p. 360 - 365
CUTTING DATA TECHNICAL SECTION
p. 339 - 342 p. 360 - 365
TRAPEZ B
A
I.C.
L
EXTERNAL RIGHT
B
A
I.C.
L
INTERNAL RIGHT
ISO 2901:1993
TR NUT
30°
TR
SCREW
DIN 103:1977
ISO 2901:1993
DESIGNATION GRADE PITCH
mm
DIMENSIONS CATALOG #
L mm I.C. A B
EXTERNAL
TR 2.0 ER16 LT 10 2.00 16 9.525 1.0 1.3 TH000160
TR 3.0 ER16 LT 10 3.00 16 9.525 1.3 1.5 TH000149
TR 5.0 ER22 LT 10 5.00 22 12.70 2.0 2.4 TH000185
TR 6.0 ER22 LT 10 6.00 22 12.70 2.0 2.4 TH000188
TR 4.0 ER22 LT 10 4.00 22 12.70 1.7 1.9 TH000150
INTERNAL
TR 2.0 IR16 LT 10 2.00 16 9.525 1.0 1.3 TH000169
TR 3.0 IR16 LT 10 3.00 16 9.525 1.3 1.5 TH000151
TR 4.0 IR22 LT 10 4.00 22 12.70 1.7 1.9 TH000152
TR 5.0 IR22 LT 10 5.00 22 12.70 2.0 2.4 TH000194
TR 6.0 IR22 LT 10 6.00 22 12.70 2.0 2.4 TH000195
WHITWORTH B
A
I.C.
L
EXTERNAL RIGHT
B
A
I.C.
L
INTERNAL RIGHT
W NUT
W
SCREW
55°
R 0.137P
R 0.137P
B.S.84: 1956
ISO228-1: 1994
DESIGNATION GRADE TPI DIMENSIONS CATALOG #
L mm I.C. A B
EXTERNAL
W 10 ER16 LT 10 10 16 9.525 1.1 1.5 TH000162
W 11 ER16 LT 10 11 16 9.525 1.1 1.5 TH000100
W 14 ER16 LT 10 14 16 9.525 1.0 1.2 TH000094
W 16 ER16 LT 10 16 16 9.525 0.9 1.1 TH000164
W 19 ER16 LT 10 19 16 9.525 0.8 1.0 TH000134
W 5 ER22 LT 10 5 22 12.70 1.7 2.4 TH000187
W 7 ER22 LT 10 7 22 12.70 1.6 2.3 TH000191
INTERNAL
W 11 IR16 LT 10 11 16 9.525 1.1 1.5 TH000103
W 14 IR16 LT 10 14 16 9.525 1.0 1.2 TH000097
W 16 IR16 LT 10 16 16 9.525 0.9 1.1 TH000176
W 18 IR16 LT 10 18 16 9.525 0.8 1.0 TH000177
W 19 IR16 LT 10 19 16 9.525 0.8 1.0 TH000135
W 20 IR16 LT 10 20 16 9.525 0.8 0.9 TH000178
W 24 IR16 LT 10 24 16 9.525 0.7 0.8 TH000179
W 26 IR16 LT 10 26 16 9.525 0.7 0.7 TH000180
W 6 IR22 LT 10 6 22 12.70 1.6 2.3 TH000197
W 7 IR22 LT 10 7 22 12.70 1.6 2.3 TH000199
96 97
THREAD TURNINGTHREAD TURNING
CUTTING DATA TECHNICAL SECTION
p. 339 - 342 p. 360 - 365
CUTTING DATA TECHNICAL SECTION
p. 339 - 342 p. 360 - 365
ISO B
A
I.C.
L
INTERNAL RIGHT
ISO NUT
60°
1/4P
1/8P ISO
SCREW
ISO 965-1: 1999-11
DIN13: 2005-08
DESIGNATION GRADE PITCH
mm
DIMENSIONS CATALOG #
L mm I.C. A B
INTERNAL
ISO 1.0 IR11 LT 10 1.0 11 6.35 0.6 0.7 TH000028
ISO 1.5 IR11 LT 10 1.5 11 6.35 0.8 1.0 TH000031
ISO 2.0 IR11 LT 10 2.0 11 6.35 0.8 0.9 TH000034
ISO 0.5 IR16 LT 10 0.5 16 9.525 0.6 0.4 TH000128
ISO 0.6 IR16 LT 10 0.6 16 9.525 0.6 0.6 TH000129
ISO 0.7 IR16 LT 10 0.7 16 9.525 0.6 0.6 TH000130
ISO 0.75 IR16 LT 10 0.75 16 9.525 0.6 0.6 TH000131
ISO 0.8 IR16 LT 10 0.8 16 9.525 0.6 0.6 TH000132
ISO 1.0 IR16 LT 10 1.0 16 9.525 0.7 0.7 TH000040
ISO 1.25 IR16 LT 10 1.25 16 9.525 0.8 0.9 TH000046
ISO 1.5 IR16 LT 10 1.5 16 9.525 0.8 1.8 TH000052
ISO 1.75 IR16 LT 10 1.75 16 9.525 0.9 1.2 TH000056
ISO 2.0 IR16 LT 10 2.0 16 9.525 1.0 1.3 TH000061
ISO 2.5 IR16 LT 10 2.5 16 9.525 1.1 1.5 TH000067
ISO 3.0 IR16 LT 10 3.0 16 9.525 1.1 1.5 TH000073
ISO 3.5 IR22 LT 10 3.5 16 9.525 1.6 2.3 TH000200
ISO 4.0 IR22 LT 10 4.0 22 12.70 1.6 2.3 TH000133
ISO 4.5 IR22 LT 10 4.5 22 12.70 1.6 2.4 TH000201
ISO 5.0 IR22 LT 10 5.0 22 12.70 1.6 2.3 TH000202
ISO 5.5 IR22 LT 10 5.5 22 12.70 1.6 2.3 TH000203
ISO 6.0 IR22 LT 10 6.0 22 12.70 1.6 2.4 TH000204
ISO B
A
I.C.
L
EXTERNAL RIGHT
ISO NUT
60°
1/4P
1/8P ISO
SCREW
ISO 965-1: 1999-11
DIN13: 2005-08
DESIGNATION GRADE PITCH
mm
DIMENSIONS CATALOG #
L mm I.C. A B
EXTERNAL
ISO 0.5 ER16 LT 10 0.5 16 9.525 0.6 0.6 TH000122
ISO 0.6 ER16 LT 10 0.6 16 9.525 0.6 0.6 TH000123
ISO 0.7 ER16 LT 10 0.7 16 9.525 0.6 0.6 TH000124
ISO 0.75 ER16 LT 10 0.75 16 9.525 0.6 0.6 TH000125
ISO 0.8 ER16 LT 10 0.8 16 9.525 0.6 0.6 TH000036
ISO 1.0 ER16 LT 10 1.0 16 9.525 0.6 0.7 TH000037
ISO 1.25 ER16 LT 10 1.25 16 9.525 0.8 0.9 TH000043
ISO 1.5 ER16 LT 10 1.5 16 9.525 0.8 1.0 TH000049
ISO 1.75 ER16 LT 10 1.75 16 9.525 0.9 1.2 TH000055
ISO 2.0 ER16 LT 10 2.0 16 9.525 1.0 1.3 TH000058
ISO 2.5 ER16 LT 10 2.5 16 9.525 1.1 1.5 TH000064
ISO 3.0 ER16 LT 10 3.0 16 9.525 1.1 1.5 TH000070
ISO 3.5 ER22 LT 10 3.5 22 12.70 1.6 2.3 TH000126
ISO 4.0 ER22 LT 10 4.0 22 12.70 1.6 1.5 TH000127
ISO 5.0 ER22 LT 10 5.0 22 12.70 1.6 1.3 TH000192
ISO 6.0 ER22 LT 10 6.0 22 12.70 1.6 2.4 TH000193
ISO B
A
I.C.
L
EXTERNAL LEFT
ISO
NUT
60°
1/4P
1/8P ISO
SCREW
ISO 965-1: 1999-11
DIN13: 2005-08
DESIGNATION GRADE PITCH
mm
DIMENSIONS CATALOG #
L mm I.C. A B
EXTERNAL
ISO 1.0 EL16 LT 10 1.0 16 9.525 0.7 0.7 TH000210
ISO 1.25 EL16 LT 10 1.25 16 9.525 0.8 0.9 TH000212
ISO 1.5 EL16 LT 10 1.5 16 9.525 0.8 1.0 TH000158
ISO 2.0 EL16 LT 10 2.0 16 9.525 1.0 1.3 TH000206
ISO 2.5 EL16 LT 10 2.5 16 9.525 1.1 1.5 TH000208
98 99
THREAD TURNINGTHREAD TURNING
CUTTING DATA TECHNICAL SECTION
p. 339 - 342 p. 360 - 365
CUTTING DATA TECHNICAL SECTION
p. 339 - 342 p. 360 - 365
THREADING TOOL HOLDERS
EXTERNAL RIGHT HANDED TOOL HOLDERS
h
bf
L
DESIGNATION TYPE H B F L CATALOG #
HEL2020K16 EL16 20 20 20 125 TH200005
HEL2525M16 EL16 25 25 25 150 TH200008
HER1616H16 ER16 16 16 16 100 TH200001
HER2020K16 ER16 20 20 20 125 TH200004
HER2525M16 ER16 25 25 25 150 TH200007
* Accessories on request INSERT SCREW TH290008
SHIM SCREW TH290021
KEY M2002911
DESIGNATION TYPE H B F L CATALOG #
HEL2525M22 EL22 25 25 25 150 TH200018
HEL3232M22 EL22 32 32 32 170 TH200021
HER2525M22 ER22 25 25 25 150 TH200017
HER3232M22 ER22 32 32 32 170 TH200020
* Accessories on request INSERT SCREW TH290022
SHIM SCREW TH290023
KEY M2000603
ISO B
A
I.C.
L
INTERNAL LEFT
ISO NUT
60°
1/4P
1/8P ISO
SCREW
ISO 965-1: 1999-11
DIN13: 2005-08
DESIGNATION GRADE PITCH
mm
DIMENSIONS CATALOG #
L mm I.C. A B
INTERNAL
ISO 1.0 IL11 LT 10 1.0 11 6.35 0.6 0.7 TH000211
ISO 1.25 IL11 LT 10 1.5 11 6.35 0.8 0.8 TH000213
ISO 1.5 IL16 LT 10 1.5 16 9.525 0.8 1.0 TH000159
ISO 1.75 IL16 LT 10 1.75 16 9.525 0.9 1.2 TH000205
ISO 2.0 IL16 LT 10 2.0 16 9.525 1.0 1.3 TH000207
ISO 2.5 IL16 LT 10 2.5 16 9.525 1.1 1.5 TH000209
100
THREAD TURNING
CUTTING DATA TECHNICAL SECTION
p. 339 - 342 p. 360 - 365
MILLING
MILLING
FACE MILLING 109
SHOULDER MILLING 127
HIGH FEED MILLING 145
COPY MILLING 155
SLOT MILLING 167
INTERNAL RIGHT HANDED TOOL HOLDERS
L
D1
L1
F
D
Dmin
DESIGNATION TYPE D D1 D min L L1 F CATALOG #
HIR0010H11 IR11 10 10 12.5 100 - 7.3 TH200010
HIR0010K11 IR11 16 10 12.5 125 25 7.3 TH200013
* Accessories on request INSERT SCREW M2001549
KEY M2000601
DESIGNATION TYPE D D1 D min L L1 F CATALOG #
HIR0013M16 IR16 16 13 16.5 150 32 10.4 TH200016
HIR0016P16 IR16 20 16 19.5 170 40 11.6 TH200019
HIR0020P16 IR16 20 20 23.5 170 - 13.6 TH200022
HIR0025R16 IR16 25 25 28.5 200 - 16.3 TH200025
* Accessories on request INSERT SCREW TH290008
SHIM SCREW TH290021
KEY M2002911
103
MILLING
103
MILLING GRADES - LT 30, LT 3000, LT 3130
CHOOSE THE RIGHT PREMIUM MILLING GRADE
High performance grades for top level machining
MAGIA MILLING GRADES
LT 3000 - RECOMMENDED FOR GENERAL USE
• Progressive and predictable wear. The silver top layer of our MULTI-MATTM LT
3000 shows higher contrast on worn edges making it easy to identify which
edges have been used and the level of wear development.
• More flexibility and extended application range. With a more tolerant coating,
LT 3000 permits added flexibility and a wider application range as it can be
applied at higher and lower cutting speeds than LT 30.
LT 3130 - RECOMMENDED FOR STEELS & STAINLESS STEELS
• MAGIA PRO LT 3130 has been specifically designed for remarkable
performance in steels and stainless steels
• Low friction coefficient reduces heat generation and provides excellent thermal
stability for milling at high speeds
• Higher hardness delivers substantial improvement in tool life and exceptional
wear resistance leading to fewer production stops
104 105
MILLINGMILLING
INSERT DESIGNATION (BASED ON ISO NORMS)
A
B
C
D
E
F
G
N
P
O
Letter Symbol
3°
5°
7°
15°
20°
25°
30°
0°
11°
Special
α
α°
A B C D
H K L
O P R
S T V W
G
M
85° 82° 80° 55°
55°
86°
35°
80°
3. Tolerance Class
D M S
A± 0.005 ± 0.025± 0.025
C± 0.025 ± 0.013 ± 0.025
E± 0.025 ± 0.025 ± 0.025
F± 0.013 ± 0.005 ± 0.025
G± 0.025 ± 0.025 ± 0.130
H± 0.013 ± 0.013 ± 0.025
± 0.025± 0.005± 0.05-0.15J*
± 0.025± 0.013
± 0.05-0.15
K*
± 0.025± 0.025
± 0.05-0.15
L*
± 0.130± 0.05-0.15 ± 0.08-0.20M*
± 0.025
± 0.05-0.15 ± 0.08-0.20
N*
± 0.08-0.25 ± 0.130± 0.13-0.38U*
Symbol
Ød
m
m
Ød
s
d
m
s
(mm)
(mm)
(mm)
m
Ød
4. Fixing and Chipbreaker Types
Special Design
A N
P
R
T
W
X
B
F
G
H
M
70°- 90°
70°- 90°
40°- 60°
40°- 60°
Type Symbol SymbolType
* Depending on the insert size.
2. Clearance Angle1. Insert Shape
A
1
P
2
2
K
3
3
T
4
4
R
L
N
Optional information
Milling
9. Cutting Direction 10. Internal Designation
Optional information
1. Standard 2. Lamina Cutter
Family Number
3. Coupling
4. Internal Coolant
F
E
T
S
8. Edge Preparation
Disregarding any decimals e.g. 12,7 = 12
L
L
L
L
L
L
L L
A, B, K C, D, E, M, V H, O, P
L R S
T W
5. Cutting Edge Length
R
01
02
04
08
12
16
etc
00
M0
= Sharp corner
or round insert
(inch version)
= Round insert
(metric version)
= 0.1 mm
= 0.2 mm
= 0.4 mm
= 0.8 mm
= 1.2 mm
= 1.6 mm
7. Insert Corner Radius
1st letter (Milling)
2nd letter (Milling)
A
D
E
F
P
Z
A
B
C
D
E
F
G
N
P
Z
= 45°
= 60°
= 75°
= 85°
= 90°
= other
= 3°
= 5°
= 7°
= 15°
= 20°
= 25°
= 30°
= 0°
= 11°
= other
6. Insert Thickness
S
S
S
01 = 1.59
T1 = 1.98
02 = 2.38
03 = 3.18
T3 = 3.97
04 = 4.76
05 = 5.56
06 = 6.35
07 = 7.94
09 = 9.52
S
Symbol mm
16
5
5
04
6
6
PD
7
7
8
8
9
9 10
T R
e.g. Application (Milling)
- 45
- 90
- HF
45° Approach Angle
90° Approach Angle
High Feed
=
=
=
Optional information
LT
1
741
2
C
3
-
56
4
W 2D016
-/
D - No Internal
Coolant
W - Internal Coolant
5. Diameter
D016 = 16 mm
D1000 = 1”
6. # of Teeth
2 = 2 teeth
C
CL
W
WL
M
S
FW
LT
RILT
Cylindrical
Cylindrical Long
Weldon
Weldon Long
Shell Mill
Screw Coupling
Long Edge
-
-
-
-
-
-
-
-
-
Metric
Imperial
106 107
MILLINGMILLING
R
L
N
Optional information
Milling
9. Cutting Direction 10. Internal Designation
Optional information
1. Standard 2. Lamina Cutter
Family Number
3. Coupling
4. Internal Coolant
F
E
T
S
8. Edge Preparation
Disregarding any decimals e.g. 12,7 = 12
L
L
L
L
L
L
L L
A, B, K C, D, E, M, V H, O, P
L R S
T W
5. Cutting Edge Length
R
01
02
04
08
12
16
etc
00
M0
= Sharp corner
or round insert
(inch version)
= Round insert
(metric version)
= 0.1 mm
= 0.2 mm
= 0.4 mm
= 0.8 mm
= 1.2 mm
= 1.6 mm
7. Insert Corner Radius
1st letter (Milling)
2nd letter (Milling)
A
D
E
F
P
Z
A
B
C
D
E
F
G
N
P
Z
= 45°
= 60°
= 75°
= 85°
= 90°
= other
= 3°
= 5°
= 7°
= 15°
= 20°
= 25°
= 30°
= 0°
= 11°
= other
6. Insert Thickness
S
S
S
01 = 1.59
T1 = 1.98
02 = 2.38
03 = 3.18
T3 = 3.97
04 = 4.76
05 = 5.56
06 = 6.35
07 = 7.94
09 = 9.52
S
Symbol mm
16
5
5
04
6
6
PD
7
7
8
8
9
9 10
T R
e.g. Application (Milling)
- 45
- 90
- HF
45° Approach Angle
90° Approach Angle
High Feed
=
=
=
Optional information
LT
1
741
2
C
3
-
56
4
W 2D016
-/
D - No Internal
Coolant
W - Internal Coolant
5. Diameter
D016 = 16 mm
D1000 = 1”
6. # of Teeth
2 = 2 teeth
C
CL
W
WL
M
S
FW
LT
RILT
Cylindrical
Cylindrical Long
Weldon
Weldon Long
Shell Mill
Screw Coupling
Long Edge
-
-
-
-
-
-
-
-
-
Metric
Imperial
LAMINA TECHNOLOGIES CUTTER DESIGNATION
LAMINA MILLING CUTTER LINES RECOMMENDED SCREW COUPLING TIGHTENING TORQUES
D19
6
(19)
7
L150
8
10
9
(30) ST
-
Neck Length ST
CC
Steel
Cemented Carbide
-
-
Neck Diameter
Shank Diameter
Total Length
LT
1
EXT
2
C
3
-
5
4
W M10
-
D - No Internal
Coolant
W - Internal Coolant
Coupling Dimension
C
W
S
LT
RILT
Cylindric
Weldon
Screw Coupling
-
-
-
-
-
Metric
Imperial
Screw-on Coupling
Extension
CUTTER LINE FITS INSERT
LT 060 RD.. 0602 M0
LT 070 RD.. 0702 M0
LT 080 RD.. 0803 M0
LT 100 RD.. 10T3 M0
LT 101 RX.. 10T3 M0
LT 120 RD.. 1204 M0
LT 121 RX.. 1204 M0
LT 160 RD.. 1604 M0
LT 400
SPMT 060304 TN
SPMT 09T308 FN/TN
SPMT 120408 TN
LT 600 SEKT 1204 AFTN
LT 610 SEKT 12T3 AGSN
LT 645 HNKX 0604-45
LT 731 APKT 160408 PDTR
CUTTER LINE FITS INSERT
LT 737 APKT 1705 PETR
LT 741 APKT 100308 PDTR
LT 745 APKT 100332/40 PDTR
LT 752 APKT 060204 PDTR
LT 770 LDMT 1504 PDSR
LT 790 ADKT 1505 PDTR
LT 800 OFMT 05T305 TN
LT 902 SDKX 0904-HF
LT 903 SDKX 1205-HF
LT 910 XPKT 0602-HF
XPKW 0602-HF
LT 946 SNKX 1205-45
LT 947 SNKX 1607-45
LT 987 ONKX 0806-45
CONNECTING THREAD SIZE TIGHTENING TORQUE MOUNTING KEY SIZE (MM)
M6 10 NM 9
M8 25 NM 11
M10 40 NM 15
M12 60 NM 19
M16 80 NM 26
108
MILLING
FACE
MILLING
L
L1
Ø D1
M
Ø D
L
Ø D1
M
Ø D
TYPE " A "
TYPE " B "
FACE
MILLING
EXTENSIONS FOR SCREW COUPLING
CATALOG LAMINA DESIGNATION D D1 L L1 M TYPE MATERIAL
M2004932 LT EXT C-W-M08-D15(14) L150(30)-ST 15 14 150 30 M08 A STEEL
M2004933 LT EXT C-W-M08-D16(14) L100(30)-ST* 16 14 100 30 M08 A STEEL
M2004934 LT EXT C-W-M08-D16(14) L150(30)-ST 16 14 150 30 M08 A STEEL
M2004935 LT EXT C-W-M10-D19(19) L150(30)-ST 19 18.7 150 30 M10 A STEEL
M2004936 LT EXT C-W-M10-D20(19) L100(30)-ST* 20 18.7 100 30 M10 A STEEL
M2004937 LT EXT C-W-M10-D20(19) L150(40)-ST 20 18.7 150 40 M10 A STEEL
M2004938 LT EXT C-W-M12-D24(22) L150(40)-ST 24 22 150 40 M12 A STEEL
M2004939 LT EXT C-W-M12-D25(22) L150(40)-ST* 25 22 150 40 M12 A STEEL
M2004940 LT EXT C-W-M12-D25(22) L200(40)-ST 25 22 200 40 M12 A STEEL
M2004941 LT EXT C-W-M12-D25(22) L250(40)-ST 25 22 250 40 M12 A STEEL
M2004942 LT EXT C-W-M16-D32(30) L170(40)-ST 32 30 170 40 M16 A STEEL
M2004943 LT EXT C-W-M16-D32(30) L220(40)-ST 32 30 220 40 M16 A STEEL
M2004944 LT EXT C-W-M16-D32(30) L300(40)-ST 32 30 300 40 M16 A STEEL
M2004949 LT EXT C-W-M06-D12(12) L100(24)-CC* 12 11.8 100 24 M06 A CARBIDE**
M2004957 LT EXT C-W-M06-D12(12) L200(00)-CC* 12 12 200 00 M06 B CARBIDE**
M2004968 LT EXT C-W-M06-D16(12) L150(70)-CC* 16 11.8 150 70 M06 A CARBIDE**
M2004951 LT EXT C-W-M08-D16(15) L150(30)-CC* 16 15 150 30 M08 A CARBIDE**
M2004952 LT EXT C-W-M08-D16(15) L200(40)-CC* 16 15 200 40 M08 A CARBIDE**
M2004958 LT EXT C-W-M08-D16(16) L250(00)-CC* 16 16 250 00 M08 B CARBIDE**
M2004945 LT EXT C-W-M08-D20(16) L200(90)-CC* 20 16 200 90 M08 A CARBIDE**
M2004950 LT EXT C-W-M10-D20(19) L150(40)-CC* 20 19 150 40 M10 A CARBIDE**
M2004953 LT EXT C-W-M10-D20(19) L150(40)-CC* 20 19 150 40 M10 A CARBIDE**
M2004954 LT EXT C-W-M10-D20(19) L200(40)-CC* 20 19 200 40 M10 A CARBIDE**
M2004959 LT EXT C-W-M10-D20(20) L250(00)-CC* 20 20 250 00 M10 B CARBIDE**
M2004960 LT EXT C-W-M10-D20(20) L300(00)-CC* 20 20 300 00 M10 B CARBIDE**
M2004946 LT EXT C-W-M10-D25(20) L200(90)-CC* 25 20 200 90 M10 A CARBIDE**
M2004955 LT EXT C-W-M12-D25(24) L150(48)-CC* 25 24 150 48 M12 A CARBIDE**
M2004956 LT EXT C-W-M12-D25(24) L200(48)-CC* 25 24 200 48 M12 A CARBIDE**
M2004947 LT EXT C-W-M12-D32(25) L200(90)-CC* 32 25 200 90 M12 A CARBIDE**
**CC = Cemented Carbide shanks decrease vibration risks
* On request.
111
MILLING
SNKX
• Square positive insert with 8 cutting edges
• Full MULTI-MAT™ flexibility in a thick and strong insert
• Positive edges provide soft and stable cut
ONKX
• Double-sided octagonal milling insert for face milling
• Economical solution with 16 cutting edges!
• Roughing and Semi-Finishing
• Mostly recommended for use on steel and cast Iron - up to 4.5mm d.o.c.
HNKX
• Double-sided hexagonal insert with 12 cutting edges
• MAGIA LT 3000 and MAGIA PRO LT 3130 for steels and stainless steels
• Positive edges provide soft and stable cut
FEATURED GEOMETRIES
FACE MILLING
113
MILLING
112
MILLING
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
COOLANT
p. 357
ORDERING EXAMPLE TECHNICAL SECTION
QUANTITY 10 PIECES
DESIGNATION + GRADE APKT 060204 PDTR LT 3000
CATALOG NUMBER M0004026 p. 366 - 376
CUTTERS SEKT
SEKT
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
SEKT 1204 AFTN LT 3130 - 4 LT 600 p. 322 M0004486
SEKT 12T3 AGSN LT 3130 - 4 LT 610 p. 322 M0004487
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
SEKT 1204 AFTN LT 3000 - 4 LT 600 p. 296 M0002230
SEKT 12T3 AGSN LT 3000 - 4 LT 610 p. 296 M0002231
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
SEKT 1204 AFTN LT 30 - 4 LT 600 p. 296 M0000045
SEKT 12T3 AGSN LT 30 - 4 LT 610 p. 296 M0000455
Ap
45°
D
D1
d
L
SHELL MILL - SEKT 1204
DESIGNATION D D1 d L Ap ZαCATALOG #
LT 600 M-W-D040/3 53 40 16 40 6 3 10 M2000546
LT 600 M-W-D050/4 63 50 22 48 6 4 8 M2000547
LT 600 M-W-D063/5 76 63 22 48 6 5 6 M2000548
LT 600 M-W-D080/6 93 80 27 50 6 6 4.5 M2000549
LT 600 M-W-D100/6 113 100 32 50 6 6 3.5 M2000550
SCREW
KEY
M2000599
M2000603
SHELL MILL - SEKT 12T3
DESIGNATION D D1 d L Ap ZαCATALOG #
LT 610 M-W-D040/3 53 40 16 40 6 3 10 M2001431
LT 610 M-W-D050/4 63 50 22 48 6 4 8 M2001382
LT 610 M-W-D063/5 76 63 22 48 6 5 6 M2001383
LT 610 M-W-D080/6 93 80 27 50 6 6 4.5 M2001384
LT 610 M-W-D100/6 113 100 32 50 6 6 3.5 M2001432
SCREW
KEY
M2001418
M2000602
115
MILLING
114
MILLING
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
COOLANT
p. 357
ORDERING EXAMPLE TECHNICAL SECTION
QUANTITY 10 PIECES
DESIGNATION + GRADE APKT 060204 PDTR LT 3000
CATALOG NUMBER M0004026 p. 366 - 376
SNKX
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
SNKX 1205-45 LT 3130 - 8 LT 946 p. 323 M0004490
SNKX 1607-45 LT 3130 - 8 LT 947 p. 323 M0004491
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
SNKX 1205-45 LT 3000 - 8 LT 946 p. 297 M0003415
SNKX 1607-45 LT 3000 - 8 LT 947 p. 298 M0002237
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
SNKX 1205-45 LT 30 -8 LT 946 p. 297 M0003221
SNKX 1607-45 LT 30 -8 LT 947 p. 298 M0002205
Ap
45°
L
D
D1
d
SHELL MILL - SNKX 1205-45
DESIGNATION D D1 d L Ap Z CATALOG #
LT 946 M-W-D050/4 64 50 22 48 6 4 M2003223
LT 946 M-W-D063/6 77 63 22 48 6 6 M2003224
LT 946 M-W-D080/7 94 80 27 50 6 7 M2003225
LT 946 M-W-D100/8 114 100 32 50 6 8 M2003226
LT 946 M-W-D125/10 139 125 40 63 6 10 M2003227
LT 946 M-D-D160/12* 174 160 40 63 6 12 M2003228
*On Request SCREW
KEY
M2003295
M2003296
SHELL MILL - SNKX 1607-45
DESIGNATION D D1 d L Ap Z CATALOG #
LT 947 M-W-D050/4 69 50 22 50 7 4 M2002200
LT 947 M-W-D063/5 82 63 22 50 7 5 M2002201
LT 947 M-W-D080/6 99 80 27 50 7 6 M2002202
LT 947 M-W-D100/7 119 100 32 63 7 7 M2002203
LT 947 M-W-D125/8 144 125 40 63 7 8 M2002204
LT 947 M-D-D160/10 179 160 40 63 7 10 M2003670
LT 947 M-D-D200/12* 219 200 60 63 7 12 M2003671
LT 947 M-D-D250/14* 269 250 60 63 7 14 M2003672
*On Request SCREW
KEY
M2002733
M2000603
CUTTERS SNKX - 45
117
MILLING
116
MILLING
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
COOLANT
p. 357
ORDERING EXAMPLE TECHNICAL SECTION
QUANTITY 10 PIECES
DESIGNATION + GRADE APKT 060204 PDTR LT 3000
CATALOG NUMBER M0004026 p. 366 - 376
HNKX
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
HNKX 0604-45 LT 3130 - 12 LT 645 p. 314 M0004473
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
HNKX 0604-45 LT 3000 - 12 LT 645 p. 276 M0004364
Ap
45°
L
DD1
d
L1
END MILL - HNKX 0604-45
DESIGNATION D D1 d L L1 Ap Z CATALOG #
LT 645 W-W-D025/3 34 25 20 32 82 3.2 3 M2001440
LT 645 W-W-D032/4 41 32 25 40 97 3.2 4 M2001441
LT 645 W-W-D040/5 49 40 32 40 115 3.2 5 M2001442
SCREW
KEY
M2000597
M2000602
CUTTERS HNKX
Ap
45°
D
D1
L
d
SHELL MILL - HNKX 0604-45
DESIGNATION D D1 d L1 Ap Z CATALOG #
LT 645 M-W-D050/5 59 50 22 40 3.2 5 M2001435
LT 645 M-W-D063/6 72 63 22 40 3.2 6 M2001436
LT 645 M-W-D080/8 89 80 27 50 3.2 8 M2001437
LT 645 M-W-D100/9 109 100 32 50 3.2 9 M2001438
LT 645 M-W-D125/12 134 125 40 63 3.2 12 M2001439
SCREW
KEY
M2000597
M2000602
45°
Ap
d DD1
L1
L
SCREW COUPLING - HNKX 0604-45
DESIGNATION D D1 d L Ap Z CATALOG #
LT 645 S-W-D025/3 34 25 M16 32 3.2 3 M2001443
LT 645 S-W-D032/4 41 32 M16 40 3.2 4 M2001444
LT 645 S-W-D040/5 49 40 M16 40 3.2 5 M2001445
SCREW
KEY
M2000597
M2000602
CUTTERS HNKX - 45
119
MILLING
118
MILLING
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
COOLANT
p. 357
ORDERING EXAMPLE TECHNICAL SECTION
QUANTITY 10 PIECES
DESIGNATION + GRADE APKT 060204 PDTR LT 3000
CATALOG NUMBER M0004026 p. 366 - 376
ONKX
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
ONKX 0806-45 LT 3130 0.8 16 LT 987 p. 315 M0004475
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
ONKX 0806-45 LT 3000 0.8 16 LT 987 p. 282 M0002211
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
ONKX 0806-45 LT 30 0.8 16 LT 987 p. 282 M0003673
Ap
43°
L
D
D1
d
SHELL MILL - ONKX 0806
DESIGNATION D D1 d L Ap Z CATALOG #
LT 987 M-W-D063/5 75.7 63 22 50 5 5 M2003631
LT 987 M-W-D080/6 92.7 80 27 50 5 6 M2003632
LT 987 M-W-D100/7 112.7 100 32 50 5 7 M2003633
LT 987 M-W-D125/8 137.7 125 40 63 5 8 M2003634
LT 987 M-D-D160/10 1172.7 160 40 63 5 10 M2003635
LT 987 M-D-D200/12* 1212.7 200 60 63 5 12 M2003636
LT 987 M-D-D250/14* 1262.7 250 60 63 5 14 M2003637
*On Request SCREW
KEY
M2000599
M2000603
1 Accessories for coolant available
CUTTER ACCESSORY
M2003635 M2004024
M2003636 M2001847
M2003637 M2001847
CUTTERS ONKX
120 121
MILLINGMILLING
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
COOLANT
p. 357
ORDERING EXAMPLE TECHNICAL SECTION
QUANTITY 10 PIECES
DESIGNATION + GRADE APKT 060204 PDTR LT 3000
CATALOG NUMBER M0004026 p. 366 - 376
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
COOLANT
p. 357
ORDERING EXAMPLE TECHNICAL SECTION
QUANTITY 10 PIECES
DESIGNATION + GRADE APKT 060204 PDTR LT 3000
CATALOG NUMBER M0004026 p. 366 - 376
OFMT
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
OFMT 050405 TR LT 3000 0.8 8 - p. 278 M0002220
OFMT 05T305 TN LT 3000 0.8 8 LT 800 p. 278 M0002221
OFMT 070405 TN LT 3000 0.5 8 - p. 281 M0002222
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
OFMT 050405 TR LT 30 0.8 8 - p. 278 M0000034
OFMT 05T305 TN LT 30 0.8 8 LT 800 p. 278 M0000591
OFMT 070405 TN LT 30 0.5 8 - p. 281 M0000592
Ap
43°
L
D
D1
d
SHELL MILL - OFMT 05T305 TN
DESIGNATION D D1 d L Ap Z CATALOG #
LT 800 M-W-D040/3 47 40 16 40 3 3 M2000502
LT 800 M-W-D050/4 57 50 22 40 3 4 M2000503
LT 800 M-W-D063/5 70 63 22 40 3 5 M2000504
LT 800 M-W-D080/6 87 80 27 50 3 6 M2000505
LT 800 M-W-D100/7 107 100 32 50 3 7 M2000506
LT 800 M-W-D125/8 132 125 40 63 3 8 M2000507
SCREW
KEY
M2000597
M2000602
ODMT
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
ODMT 0504 ZZTR LT 3000 0.80 8 - p. 278 M0003399
ODMT 060508 TN LT 3000 0.80 8 - p. 279 M0002219
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
ODMT 0504 ZZTR LT 30 0.80 8 - p. 278 M0000664
ODMT 060508 TN LT 30 0.80 8 - p. 279 M0001104
ODMW
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
ODMW 060508 TN LT 3000 0.80 8 - p. 280 M0003400
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
ODMW 060508 TN LT 30 0.80 8 - p. 280 M0000451
122 123
MILLINGMILLING
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
COOLANT
p. 357
ORDERING EXAMPLE TECHNICAL SECTION
QUANTITY 10 PIECES
DESIGNATION + GRADE APKT 060204 PDTR LT 3000
CATALOG NUMBER M0004026 p. 366 - 376
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
COOLANT
p. 357
ORDERING EXAMPLE TECHNICAL SECTION
QUANTITY 10 PIECES
DESIGNATION + GRADE APKT 060204 PDTR LT 3000
CATALOG NUMBER M0004026 p. 366 - 376
OFER
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
OFER 070405 TN LT 3000 0.80 8 - p. 281 M0003401
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
OFER 070405 TN LT 30 0.80 8 - p. 281 M0000033
SEKN
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
SEKN 1203 AFTN LT 3000 - 4 - p. 294 M0004031
SEKN 1204 AFTN LT 3000 - 4 - p. 294 M0004032
SEKN 1504 AFTN LT 3000 - 4 - p. 295 M0004033
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
SEKN 1203 AFTN LT 30 - 4 - p. 294 M0000041
SEKN 1204 AFTN LT 30 - 4 - p. 294 M0000042
SEKN 1504 AFTN LT 30 - 4 - p. 295 M0000450
SEKR
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
SEKR 1203 AFTN LT 3000 - 4 - p. 294 M0004034
SEKR 1204 AFTN LT 3000 - 4 - p. 294 M0004035
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
SEKR 1203 AFTN LT 30 - 4 - p. 294 M0000043
SEKR 1204 AFTN LT 30 - 4 - p. 294 M0000044
SDKT
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
SDKT 1204 AETN LT 3000 - 4 - p. 290 M0003411
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
SDKT 1204 AETN LT 30 - 4 - p. 290 M0000171
124 125
MILLINGMILLING
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
COOLANT
p. 357
ORDERING EXAMPLE TECHNICAL SECTION
QUANTITY 10 PIECES
DESIGNATION + GRADE APKT 060204 PDTR LT 3000
CATALOG NUMBER M0004026 p. 366 - 376
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
COOLANT
p. 357
ORDERING EXAMPLE TECHNICAL SECTION
QUANTITY 10 PIECES
DESIGNATION + GRADE APKT 060204 PDTR LT 3000
CATALOG NUMBER M0004026 p. 366 - 376
SPUN
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
SPUN 120308 LT 3000 0.80 4 - p. 306 M0004039
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
SPUN 120308 LT 30 0.80 4 - p. 306 M0000050
SPKN
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
SPKN 1203 EDTR LT 3000 - 4 - p. 299 M0004036
SPKN 1204 EDTR LT 3000 - 4 - p. 299 M0004181
SPKN 1504 EDTR LT 3000 - 4 - p. 299 M0004037
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
SPKN 1203 EDTR LT 30 - 4 - p. 299 M0000046
SPKN 1204 EDTR LT 30 - 4 - p. 299 M0000047
SPKN 1504 EDTR LT 30 - 4 - p. 299 M0001673
SPKR
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
SPKR 1203 EDTR LT 3000 - 4 - p. 300 M0004038
SPKR 1204 EDTR LT 3000 - 4 - p. 300 M0004182
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
SPKR 1203 EDTR LT 30 - 4 - p. 300 M0000048
SPKR 1204 EDTR LT 30 - 4 - p. 300 M0000049
126
SHOULDER
MILLING
SHOULDER
MILLING
Decrease your
tooling costs
129
MILLING
APKT
• MULTI-MATTM geometry for maximum versatility
• Accurate 90° wall finishing
• Excellent ramping down ability
FEATURED GEOMETRY
• Shoulder milling
• Plunging
• Pocket milling
• Surfacing
• Ramping down
• Helical interpolation
• Slotting milling
MAXIMUM VERSATILITY
90o inserts can be used in a wide ranges of
applications including
90O SHOULDER MILLING
131
MILLING
130
MILLING
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
COOLANT
p. 357
ORDERING EXAMPLE TECHNICAL SECTION
QUANTITY 10 PIECES
DESIGNATION + GRADE APKT 060204 PDTR LT 3000
CATALOG NUMBER M0004026 p. 366 - 376
Ap
90°
L
D
L1
d
END MILL - ANKX 170608 PNTR
DESIGNATION D d L L1 Ap Z CATALOG #
LT 787 W-D-D025/2 25 25 44 100 12 2 M2001787
LT 787 W-W-D032/3 32 32 50 110 12 3 M2001789
LT 787 W-W-D040/4 40 32 50 115 12 4 M2001792
SCREW
KEY
M2000597
M2000602
ANKX
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
ANKX 170608 PNTR LT 3130 0.8 4 LT 787 P. 312 M0004025
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
ANKX 170608 PNTR LT 3000 0.8 4 LT 787 p. 268 M0004467
CUTTERS ANKX
Ap
90°
D
L
d
SHELL MILL - ANKX 170608 PNTR
DESIGNATION D d L Ap Z CATALOG #
LT 787 M-W-D040/4 40 16 40 12 4 M2001790
LT 787 M-W-D050/5 50 22 40 12 5 M2001793
LT 787 M-W-D063/6 63 22 40 12 6 M2001794
LT 787 M-W-D080/7 80 27 50 12 7 M2001795
LT 787 M-W-D100/8 100 32 50 12 8 M2003825
LT 787 M-W-D125/9 125 40 63 12 9 M2003826
LT 787 M-D-D160/10* 160 40 63 12 10 M2003827
SCREW
KEY
M2000597
M2000602
ANKX and cutter family LT 787 Available Q4 2019 ANKX and cutter family LT 787 Available Q4 2019
* On Request.
132 133
MILLINGMILLING
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
COOLANT
p. 357
ORDERING EXAMPLE TECHNICAL SECTION
QUANTITY 10 PIECES
DESIGNATION + GRADE APKT 060204 PDTR LT 3000
CATALOG NUMBER M0004026 p. 366 - 376
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
COOLANT
p. 357
ORDERING EXAMPLE TECHNICAL SECTION
QUANTITY 10 PIECES
DESIGNATION + GRADE APKT 060204 PDTR LT 3000
CATALOG NUMBER M0004026 p. 366 - 376
APKT
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
APKT 060204 PDTR LT 3130 0.40 2 LT 752 p. 310 M0004468
APKT 100308 PDTR†LT 3130 0.80 2 LT 741 p. 312 M0004470
APKT 160408 PDTR†LT 3130 0.80 2 LT 731 p. 312 M0004471
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
APKT 060204 PDTR LT 3000 0.40 2 LT 752 p. 260 M0004026
APKT 100304 PDTR LT 3000 0.40 2 LT 741 p. 262 M0003389
APKT 100308 PDTR†LT 3000 0.80 2 LT 741 p. 263 M0003388
APKT 100312 PDTR LT 3000 1.20 2 LT 741 p. 264 M0003391
APKT 100316 PDTR LT 3000 1.60 2 LT 741 p. 265 M0003392
APKT 100332 PDTR LT 3000 3.20 2 LT 745 p. 266 M0003394
APKT 100340 PDTR LT 3000 4.00 2 LT 745 p. 267 M0003395
APKT 160408 PDTR†LT 3000 0.80 2 LT 731 p. 268 M0002182
APKT 160416 PDTR LT 3000 1.60 2 LT 731 p. 269 M0004027
APKT 160424 PDTR†LT 3000 2.40 2 LT 731 p. 270 M0004029
APKT 160432 PDTR LT 3000 3.20 2 LT 731 p. 271 M0004030
APKT 1705 PETR LT 3000 0.80 2 LT 737 p. 272 M0002212
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
APKT 100304 PDTR LT 30 0.40 2 LT 741 p. 262 M0002920
APKT 100308 PDTR†LT 30 0.80 2 LT 741 p. 263 M0002918
APKT 100312 PDTR LT 30 1.20 2 LT 741 p. 264 M0002921
APKT 100316 PDTR LT 30 1.60 2 LT 741 p. 265 M0003094
APKT 100332 PDTR LT 30 3.20 2 LT 745 p. 266 M0002922
APKT 100340 PDTR LT 30 4.00 2 LT 745 p. 267 M0002923
APKT 1604 PDTR LT 30 0.95 2 - p. 268 M0000021
APKT 160408 PDTR†LT 30 0.80 2 LT 731 p. 268 M0000022
APKT 160416 PDTR LT 30 1.60 2 LT 731 p. 269 M0000172
APKT 160424 PDTR†LT 30 2.40 2 LT 731 p. 270 M0003833
APKT 160432 PDTR LT 30 3.20 2 LT 731 p. 271 M0001569
APKT 1705 PETR LT 30 0.80 2 LT 737 p. 272 M0001810
134 135
MILLINGMILLING
CUTTERS APKT
END MILL - APKT 100308 PDTR / APKT 100304 PDTR / APKT 100312 PDTR / APKT 100316 PDTR
DESIGNATION D d L L1 Ap Z αCATALOG #
LT 741 C-W-D016/2 16 16 100 25 9 2 7.50 M2002806
LT 741 CL-W-D016/2 16 16 150 35 9 2 7.50 M2002817
LT 741 C-W-D018/2 18 20 100 30 9 2 6.00 M2002807
LT 741 C-W-D020/3 20 20 100 30 9 3 5.00 M2002808
LT 741 CL-W-D020/3 20 20 150 35 9 3 5.00 M2002818
LT 741 C-W-D022/3 22 20 100 30 9 3 4.00 M2002809
LT 741 C-W-D025/3 25 25 120 30 9 3 3.30 M2002810
LT 741 C-W-D025/4 25 25 120 30 9 4 3.30 M2002811
LT 741 CL-W-D025/4 25 25 200 40 9 4 3.30 M2002819
LT 741 C-W-D028/4 28 25 120 30 9 4 2.70 M2002812
LT 741 C-W-D030/4 30 25 120 30 9 4 2.30 M2002813
LT 741 W-W-D032/5 32 32 120 30 9 5 2.00 M2002814
LT 741 WL-W-D032/4 32 32 200 40 9 4 2.00 M2002820
SCREW
KEY
M2002181
M2000601
Ap
D
L1
L
d
END MILL - APKT 060204 PDTR**
DESIGNATION D d L L1 Ap Z αoCATALOG #
LT 752 C-W-D010/2 10 10 72 16 5.2 2 3.00 M2003098
LT 752 C-W-D012/3 12 12 80 26 5.2 3 2.20 M2003099
LT 752 CL-W-D012/3* 12 10 120 13.5 5.2 3 2.20 M2003078
LT 752 C-W-D016/4 16 16 90 32 5.2 4 1.50 M2003100
LT 752 CL-W-D016/3* 16 14 160 13.5 5.2 3 1.50 M2003105
LT 752 C-W-D020/5 20 20 100 40 5.2 5 1.15 M2003101
LT 752 CL-W-D020/4* 20 18 200 13.5 5.2 4 1.15 M2003080
LT 752 C-W-D025/7 25 20 120 40 5.2 4 0.90 M2003102
LT 752 CL-W-D025/6* 25 20 220 15 5.2 4 0.90 M2003081
*Available Q3 2017 SCREW M2001640
SCREW DRIVER HANDLE M2002922
PRESET ADAPTER 0.4NM M2002923
TORX PLUS BIT M2003064
** Due to the small size of these inserts, using a pre-set torque screw driver (0.4Nm) at all times is recommended. It is also
recommended that during mounting, the insert should be held in place with a finger.
END MILL - APKT 100332/40
DESIGNATION D d L L1 Ap Z αCATALOG #
LT 745 W-W-D016/2* 16 16 100 25 9 2 10 M2001587
LT 745 WL-W-D016/2* 16 16 150 35 9 2 10 M2001849
LT 745 W-W-D020/3* 20 20 100 30 9 3 7 M2001589
LT 745 WL-W-D020/3* 20 20 150 35 9 3 7 M2001850
LT 745 W-W-D025/3* 25 25 120 30 9 3 5 M2001591
LT 745 WL-W-D025/4* 25 25 200 40 9 4 5 M2001851
LT 745 WL-W-D032/4* 32 32 200 40 9 4 3 M2001852
LT 745 W-W-D032/5* 32 32 120 30 9 5 3 M2001848
*On Request SCREW
KEY
M2002181
M2000601
END MILL - APKT 160408 PDTR
DESIGNATION D d L L1 Ap Z αCATALOG #
LT 731 W-W-D025/2 25 25 100 44 15 2 5 M2002966
LT 731 WL-W-D025/2 25 25 220 90 15 2 5 M2002965
LT 731 W-W-D032/3 32 32 110 50 15 3 3 M2002968
LT 731 WL-W-D032/3 32 32 220 90 15 3 3 M2002967
LT 731 W-W-D040/4 40 32 115 50 15 4 2.5 M2002970
LT 731 WL-W-D040/4 40 32 220 90 15 4 2.5 M2002969
SCREW
KEY
M2000597
M2000602
END MILL - APKT 1705
DESIGNATION D d L L1 Ap Z αCATALOG #
LT 737 W-W-D025/2 25 20 100 32 16 2 5 M2001833
LT 737 WL-W-D025/2 25 25 210 40 16 2 5 M2001836
LT 737 W-W-D032/3 32 32 110 40 16 3 3 M2001834
LT 737 WL-W-D032/3 32 32 200 65 16 3 3 M2001837
LT 737 W-W-D040/4 40 32 115 45 16 4 2.5 M2001835
LT 737 WL-W-D040/4 40 32 200 45 16 4 2.5 M2001982
SCREW
KEY
M2000597
M2000602
CUTTERS APKT
136 137
MILLINGMILLING
d
Ap
D
L1
SCREW COUPLING - APKT 060204 PDTR**
DESIGNATION D d L1 Ap ZαoCATALOG #
LT 752 S-W-D010/2* 10 M6 19 0.5 2 3.00 M2003087
LT 752 S-W-D012/3* 12 M6 19 0.5 3 2.20 M2003088
LT 752 S-W-D016/4* 16 M8 22 0.5 4 1.50 M2003089
LT 752 S-W-D020/5* 20 M10 25 0.5 5 1.15 M2003090
LT 752 S-W-D025/7* 25 M12 25 0.5 7 0.90 M2003091
LT 752 S-W-D032/8* 32 M16 30 0.5 8 0.70 M2003094
*Available Q3 2017 SCREW M2001640
SCREW DRIVER HANDLE M2002922
PRESET ADAPTER 0.4NM M2002923
TORX PLUS BIT M2003064
SCREW COUPLING - APKT 100308 PDTR / 100304 PDTR / 100312 PDTR / 100316 PDTR
DESIGNATION D d L1 Ap Z αCATALOG #
LT 741 S-W-D016/2 16 M8 25 9 2 7.50 M2002962
LT 741 S-W-D020/3 20 M10 30 9 3 5.00 M2002963
LT 741 S-W-D025/4 25 M12 35 9 4 3.30 M2002964
SCREW
KEY
M2002181
M2000601
** Due to the small size of these inserts, using a pre-set torque screw driver (0.4Nm) at all times is recommended. It is also
recommended that during mounting, the insert should be held in place with a finger.
CUTTERS APKT
d
L
D
Ap
90°
SHELL MILL - APKT 100308 PDTR / 100304 PDTR / 100312 PDTR / 100316 PDTR
DESIGNATION D d L Ap ZαCATALOG #
LT 741 M-W-D040/6 40 16 40 9 6 1.5 M2002798
LT 741 M-W-D050/7 50 22 40 9 7 1.1 M2002799
LT 741 M-W-D063/8 63 22 40 9 8 0.9 M2002800
LT 741 M-W-D080/11* 80 27 50 9 11 0.7 M2002801
*On Request SCREW
KEY
M2002181
M2000601
SHELL MILL - APKT 100332/40
DESIGNATION D d L Ap ZαCATALOG #
LT 745 M-W-D040/6* 40 16 40 9 6 2.0 M2001580
LT 745 M-W-D050/7* 50 22 40 9 7 1.8 M2001581
*On Request SCREW
KEY
M2002181
M2000601
SHELL MILL - APKT 1705
DESIGNATION D d L Ap ZαCATALOG #
LT 737 M-W-D040/4 40 16 40 16 4 2.5 M2001838
LT 737 M-W-D050/5 50 22 40 16 5 2.2 M2001839
LT 737 M-W-D063/6 63 22 40 16 6 1.8 M2001841
LT 737 M-W-D080/7 80 27 50 16 7 1.4 M2001842
LT 737 M-W-D100/7 100 32 50 16 7 1.1 M2001843
LT 737 M-W-D125/9 125 40 63 16 9 0.8 M2001844
SCREW
KEY
M2000597
M2000602
SHELL MILL - APKT 160408 PDTR
DESIGNATION D d L Ap ZαCATALOG #
LT 731 M-W-D040/4 40 16 40 15 4 2.5 M2002971
LT 731 M-W-D050/5 50 22 40 15 5 2.2 M2002972
LT 731 M-W-D063/6 63 22 40 15 6 1.8 M2002973
LT 731 M-W-D080/7 80 27 50 15 7 1.4 M2002974
LT 731 M-W-D100/8 100 32 50 15 8 1.1 M2002975
LT 731 M-W-D125/9 125 40 63 15 9 0.8 M2002976
LT 731 M-D-D160/10* 160 40 63 15 10 N/A M2002977
*On Request SCREW
KEY
M2000597
M2000602
CUTTERS APKT
139
MILLING
138
MILLING
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
COOLANT
p. 357
ORDERING EXAMPLE TECHNICAL SECTION
QUANTITY 10 PIECES
DESIGNATION + GRADE APKT 060204 PDTR LT 3000
CATALOG NUMBER M0004026 p. 366 - 376
ADKT
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
ADKT 1505 PDTR LT 3000 0.96 2 LT 790 p. 258 M0002209
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
ADKT 1505 PDTR LT 30 0.96 2 LT 790 p. 258 M0001573
Ap
90°
L
D
L1
d
END MILL - ADKT 1505
DESIGNATION D d L L1 Ap ZαCATALOG #
LT 790 W-W-D025/2* 25 25 100 44 15 2 5.0 M2001613
LT 790 W-W-D032/3* 32 32 110 50 15 3 3.0 M2001503
*On Request SCREW
KEY
M2000597
M2000602
CUTTERS ADKT
D
L
Ap
d
SHELL MILL - ADKT 1505
DESIGNATION D d L Ap ZαCATALOG #
LT 790 M-W-D040/4* 40 16 40 15 4 2.5 M2001615
LT 790 M-W-D050/5* 50 22 40 15 5 2.2 M2001504
LT 790 M-W-D063/6* 63 22 40 15 6 1.8 M2001616
LT 790 M-W-D080/7* 80 27 50 15 7 1.4 M2001617
*On Request SCREW
KEY
M2000597
M2000602
140 141
MILLINGMILLING
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
COOLANT
p. 357
ORDERING EXAMPLE TECHNICAL SECTION
QUANTITY 10 PIECES
DESIGNATION + GRADE APKT 060204 PDTR LT 3000
CATALOG NUMBER M0004026 p. 366 - 376
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
COOLANT
p. 357
ORDERING EXAMPLE TECHNICAL SECTION
QUANTITY 10 PIECES
DESIGNATION + GRADE APKT 060204 PDTR LT 3000
CATALOG NUMBER M0004026 p. 366 - 376
LDMT
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
LDMT 1504 PDSR LT 30 0.74 2 LT 770 p. 277 M0001772
Ap
L
D
L1
d
END MILL - LDMT 1504
DESIGNATION D d L L1 Ap Z αCATALOG #
LT 770 W-W-D025/2* 25 25 100 44 15 2 5 M2001822
LT 770 W-W-D032/3* 32 35 110 50 15 3 3 M2001823
LT 770 W-W-D040/4* 40 32 115 45 15 4 2.5 M2001824
*On Request SCREW
KEY
M2001418
M2000602
CUTTERS LDMT
SPMT
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
SPMT 12T308 LT 3000 0.80 4 LT 710 p. 304 M0003420
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
SPMT 12T308 LT 30 0.80 4 LT 710 p. 304 M0001226
Ap
90°
D
L
d
SHELL MILL - SPMT 12T308
DESIGNATION D d L Ap Z CATALOG #
LT 710 M-W-D050/4 50 22 40 10.7 4 M2004927
LT 710 M-W-D063/5 63 22 40 10.7 5 M2004928
LT 710 M-W-D080/7 80 27 50 10.7 7 M2004929
LT 710 M-W-D100/9 100 32 50 10.7 9 M2004930
LT 710 M-W-D125/11 125 40 63 10.7 11 M2004931
SCREW
KEY
M2001418
M2000602
142 143
MILLINGMILLING
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
COOLANT
p. 357
ORDERING EXAMPLE TECHNICAL SECTION
QUANTITY 10 PIECES
DESIGNATION + GRADE APKT 060204 PDTR LT 3000
CATALOG NUMBER M0004026 p. 366 - 376
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
COOLANT
p. 357
ORDERING EXAMPLE TECHNICAL SECTION
QUANTITY 10 PIECES
DESIGNATION + GRADE APKT 060204 PDTR LT 3000
CATALOG NUMBER M0004026 p. 366 - 376
TPKN
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
TPKN 1603 PDTR LT 3000 1.2 3 - p. 306 M0004040
TPKN 2204 PDTR LT 3000 1.2 3 - p. 306 M0004041
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
TPKN 1603 PDTR LT 30 1.2 3 - p. 306 M0000051
TPKN 2204 PDTR LT 30 1.2 3 - p. 306 M0000052
TPKR
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
TPKR 1603 PDTR LT 3000 1.20 3 - p. 307 M0004042
TPKR 2204 PDTR LT 3000 1.20 3 - p. 308 M0004043
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
TPKR 1603 PDTR LT 30 1.20 3 - p. 307 M0000053
TPKR 2204 PDTR LT 30 1.20 3 - p. 308 M0000983
TPUN
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
TPUN 160308 LT 3000 0.80 3 - p. 309 M0004044
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
TPUN 160308 LT 30 0.80 3 - p. 309 M0000054
144
MILLING
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
COOLANT
p. 357
ORDERING EXAMPLE TECHNICAL SECTION
QUANTITY 10 PIECES
DESIGNATION + GRADE APKT 060204 PDTR LT 3000
CATALOG NUMBER M0004026 p. 366 - 376
HIGH FEED
MILLING
HIGH FEED
MILLING
AOMT
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
AOMT 123608 PETR LT 3000 0.70 2 - p. 259 M0002210
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
AOMT 123608 PETR LT 30 0.70 2 - p. 259 M0001640
APMT
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
APMT 0903 PDTR LT 3000 0.40 2 - p. 263 M0004161
APMT 1135 PDTR LT 3000 0.70 2 - p. 274 M0002216
APMT 1604 PDTR LT 3000 0.66 2 - p. 275 M0002183
APMT 160408 PDTR LT 3000 0.70 2 - p. 275 M0002218
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
APMT 0903 PDTR LT 30 0.40 2 - p. 263 M0000663
APMT 1135 PDTR LT 30 0.70 2 - p. 274 M0001133
APMT 1604 PDTR LT 30 0.66 2 - p. 275 M0001134
APMT 160408 PDTR LT 30 0.70 2 - p. 275 M0001733
147
MILLING
Using a shallow depth of cut with a small approach angle ensures the
cutting forces are directed towards the machine spindle in the axial
direction, which results in greater tool stability.
• More stable cut (less vibrations)
• Excellent metal removal rate
• Potential increase in feed rates up to 10 times the normal rates
As a leading company in milling operations, Lamina is continually
expanding its High Feed line. From diameter 3mm to 80mm, we
offer the solution to increase productivity in a wide variety of milling
applications and workpiece materials.
BOOST PRODUCTIVITY, CUT COSTS
SOLUTIONS FOR RAPID MATERIAL REMOVAL
HIGH FEED SOLID CARBIDE END MILLS AVAILABLE. SEE PAGE 197
149
MILLING
148
MILLING
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
COOLANT
p. 357
ORDERING EXAMPLE TECHNICAL SECTION
QUANTITY 10 PIECES
DESIGNATION + GRADE APKT 060204 PDTR LT 3000
CATALOG NUMBER M0004026 p. 366 - 376
SDKX
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
SDKX 0904-HF LT 3130 2.0 4 LT 902 p. 320 M0004484
SDKX 1205-HF LT 3130 2.5 4 LT 903 p. 320 M0004485
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
SDKX 0904-HF LT 3000 2.0 4 LT 902 p. 292 M0003412
SDKX 1205-HF LT 3000 2.5 4 LT 903 p. 293 M0003413
SDKW
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
SDKW 0904-HF LT 3130 2.0 4 LT 902 p. 321 M0004482
SDKW 1205-HF LT 3130 2.5 4 LT 903 p. 321 M0004483
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
SDKW 0904-HF LT 3000 2.0 4 LT 902 p. 291 M0004263
SDKW 1205-HF LT 3000 2.5 4 LT 903 p. 291 M0004224
Ap
L1
L
DD1
d
END MILL - SDKW 0904-HF / SDKX 0904-HF
DESIGNATION D D1 d L L1 Ap Z αCATALOG #
LT 902 W-W-D025/2 25 9.6 25 120 60 1.5 2 2 M2003351
LT 902 WL-W-D025/2 25 9.6 25 200 60 1.5 2 2 M2003350
LT 902 W-W-D032/3 32 16.6 32 120 60 1.5 3 2 M2003353
LT 902 WL-W-D032/3 32 16.6 32 200 60 1.5 3 2 M2003352
SCREW
KEY
M2001420
M2000602
END MILL - SDKW 1205-HF / SDKX 1205 HF
DESIGNATION D D1 d L L1 Ap Z αCATALOG #
LT 903 W-W-D032/2 32 11.0 32 120 60 2 2 2 M2003366
LT 903 WL-W-D032/2 32 11.0 32 200 60 2 2 2 M2003365
SCREW
KEY
M2000597
M2000602
CUTTERS SDKX / SDKW
151
MILLING
150
MILLING
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
COOLANT
p. 357
ORDERING EXAMPLE TECHNICAL SECTION
QUANTITY 10 PIECES
DESIGNATION + GRADE APKT 060204 PDTR LT 3000
CATALOG NUMBER M0004026 p. 366 - 376
XPKW
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
XPKW 0602-HF LT 3130 1.20* 2 LT 910 p. 311 M0005544
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
XPKW 0602-HF LT 3000 1.20 2 LT 910 p. 273 M0005545
XPKT
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
XPKT 0602-HF LT 3130 1.20 2 LT 910 p. 310 M0005548
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
XPKT 0602-HF LT 3000 1.20 2 LT 910 p. 261 M0005549
Ap
D
L1
L
dD1
END MILL - XPKT 0602-HF** / XPKW 0602-HF**
DESIGNATION D D1 d L L1 Ap Z α° CATALOG #
LT 910 C-W-D010/2 10 4.7 10 72 16 0.5 2 3.25 M2005574
LT 910 C-W-D012/3 12 6.7 12 80 26 0.5 3 2.50 M2005573
LT 910 CL-W-D012/3 12 6.7 10 120 13.5 0.5 3 2.50 M2005568
LT 910 C-W-D016/4 16 10.7 16 90 32 0.5 4 2.00 M2005572
LT 910 CL-W-D016/3 16 10.7 14 160 13.5 0.5 3 2.00 M2005583
LT 910 C-W-D020/5 20 14.7 20 100 40 0.5 5 1.25 M2005571
LT 910 CL-W-D020/4 20 14.7 18 200 13.5 0.5 4 1.25 M2005581
LT 910 C-W-D025/7 25 19.7 20 120 40 0.5 4 0.90 M2005570
LT 910 CL-W-D025/6 25 19.7 20 220 15 0.5 4 0.90 M2005580
SCREW M2001640
SCREW DRIVER HANDLE M2002922
PRESET ADAPTER 0.4NM M2002923
TORX PLUS BIT M2003064
D1
Ap
L
D
d
SCREW COUPLING - XPKT 0602-HF** / XPKW 0602-HF**
DESIGNATION D D1 d L1 Ap Zα HF CATALOG #
LT 910 S-W-D010/2 10 4.7 M6 19 0.5 2 3.250 M2005578
LT 910 S-W-D012/3 12 6.7 M6 19 0.5 3 2.50 M2003088
LT 910 S-W-D016/4 16 10.7 M8 22 0.5 4 2.00 M2005577
LT 910 S-W-D020/5 20 14.7 M10 25 0.5 5 1.25 M2005576
LT 910 S-W-D025/7 25 19.7 M12 25 0.5 7 0.90 M2005559
LT 910 S-W-D032/8 32 26.7 M16 30 0.5 8 0.70 M2005558
SCREW M2001640
SCREW DRIVER HANDLE M2002922
PRESET ADAPTER 0.4NM M2002923
TORX PLUS BIT M2003064
CUTTERS XPKT / XPKW
** Due to the small size of these inserts, using a pre-set torque screw driver (0.4Nm) at all times is recommended. It is also
recommended that during mounting, the insert should be held in place with a finger.
* XPKT, XPKW and cutter family LT 910 Available Q4 2019
* XPKT, XPKW and cutter family LT 910 Available Q4 2019
152 153
MILLINGMILLING
152
Ap
L
D
D1
d
SHELL MILL - SDKX 0904-HF / SDKW 0904-HF
DESIGNATION D D1 d L Ap Z αCATALOG #
LT 902 M-W-D040/5 40 24.6 16 40 1.5 5 0.8 M2003341
LT 902 M-W-D042/5 42 26.6 16 40 1.5 5 0.8 M2003342
LT 902 M-W-D050/6 50 34.6 22 40 1.5 6 0.7 M2003343
LT 902 M-W-D052/6 52 36.6 22 40 1.5 6 0.7 M2003344
LT 902 M-W-D063/6 63 47.6 22 40 1.5 6 0.6 M2003345
LT 902 M-W-D066/6 66 50.6 22 40 1.5 6 0.6 M2003346
SCREW
KEY
M2001420
M2000602
SHELL MILL - SDKX 1205-HF / SDKW 1205-HF
DESIGNATION D D1 d L Ap Z αCATALOG #
LT 903 M-W-D050/4 50 29.0 22 40 2 4 0.8 M2003661
LT 903 M-W-D050/5 50 29.0 22 40 2 5 0.8 M2003357
LT 903 M-W-D052/5 52 31.0 22 40 2 5 0.8 M2003358
LT 903 M-W-D063/5 63 42.0 22 40 2 5 0.6 M2003662
LT 903 M-W-D063/6 63 42.0 22 40 2 6 0.6 M2003360
LT 903 M-W-D066/6 66 45.0 22 40 2 6 0.6 M2003361
LT 903 M-W-D066/6-D27 66 45.0 27 40 2 6 0.6 M2004168
LT 903 M-W-D080/6 80 59.0 27 50 2 6 0.4 M2003663
LT 903 M-W-D080/8 80 59.0 27 50 2 8 0.4 M2003452
SCREW
KEY
M2000597
M2000602
CUTTERS SDKX / SDKW
Ap
D
L
D1
d
SCREW COUPLING - SDKX 0904-HF / SDKW 0904-HF
DESIGNATION D D1 d L1 Ap Z αCATALOG #
LT 902 S-W-D025/2 25 9.6 M12 35 1.5 2 2.0 M2003347
LT 902 S-W-D032/3 32 16.6 M16 35 1.5 3 1.5 M2003348
LT 902 S-W-D035/4 35 19.6 M16 35 1.5 4 0.8 M2003349
SCREW
KEY
M2001420
M2000602
SCREW COUPLING - SDKX 1205-HF / SDKW 1205-HF
DESIGNATION D D1 d L1 Ap ZαCATALOG #
LT 903 S-W-D032/2 32 11.0 M16 35 2 2 2.0 M2003362
LT 903 S-W-D035/2 35 14.0 M16 35 2 2 1.5 M2003364
LT 903 S-W-D040/4 40 19 M16 40 2 4 0.8 M2003354
LT 903 S-W-D042/4* 42 21 M16 35 2 4 0.8 M2003356
*On Request SCREW
KEY
M2000597
M2000602
CUTTERS SDKX / SDKW
154
With Lamina you have
the right tool, at the right
time, all the time
COPY
MILLING
COPY
MILLING
157
MILLING
Versatile, used for copying, face milling, ramping, plunging, pocket milling and
helical interpolation
STRONGEST INSERT SHAPE
• Reliable even in difficult operations
• Strongest insert shape, no corners to break
ECONOMICAL SOLUTION
• Multiple edges per insert
• 4-8 effective indexes depending on depth of cut
SMOOTH AND STABLE CUT
• Even with long overhangs
• Good distribution of cutting forces
ADVANTAGES OF ROUND INSERTS
COPY MILLING SOLUTIONS
Lamina Technologies introduces three new round insert geometries with indexing flats:
RXMT, RXMW and RXMX
• Indexing flats provide for
• Stable insert mounting
• Reliable machining of difficult materials in challenging conditions
• Higher feeds and depths of cut
• Anti-rotation insert
NEW PRODUCTS - RX.. INSERTS WITH LOCATION FLATS
158 159
MILLINGMILLING
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
COOLANT
p. 357
ORDERING EXAMPLE TECHNICAL SECTION
QUANTITY 10 PIECES
DESIGNATION + GRADE APKT 060204 PDTR LT 3000
CATALOG NUMBER M0004026 p. 366 - 376
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
COOLANT
p. 357
ORDERING EXAMPLE TECHNICAL SECTION
QUANTITY 10 PIECES
DESIGNATION + GRADE APKT 060204 PDTR LT 3000
CATALOG NUMBER M0004026 p. 366 - 376
RDMT
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
RDMT 0602 M0 LT 3000 3 - LT 060 p. 283 M0003403
RDMT 0702 M0 LT 3000 3.5 - LT 070 p. 284 M0003404
RDMT 0803 M0 LT 3000 4 - LT 080 p. 285 M0003405
RDMT 1003 M0 LT 3000 5 - - p. 286 M0002224
RDMT 10T3 M0 LT 3000 5 - LT 100 p. 286 M0002225
RDMT 1204 M0 LT 3000 6 - LT 120 p. 287 M0002226
RDMT 12T3 M0 LT 3000 6 - - p. 287 M0002227
RDMT 1604 M0 LT 3000 8 - LT 160 p. 288 M0003407
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
RDMT 0602 M0 LT 30 3 - LT 060 p. 283 M0000035
RDMT 0702 M0 LT 30 3.5 - LT 070 p. 284 M0001882
RDMT 0803 M0 LT 30 4 - LT 080 p. 285 M0000037
RDMT 1003 M0 LT 30 5 - - p. 286 M0001875
RDMT 10T3 M0 LT 30 5 - LT 100 p. 286 M0000038
RDMT 1204 M0 LT 30 6 - LT 120 p. 287 M0000039
RDMT 12T3 M0 LT 30 6 - - p. 287 M0001876
RDMT 1604 M0 LT 30 8 - LT 160 p. 288 M0001881
RDMX
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
RDMX 1003 M0 LT 3000 5 - - p. 286 M0004426
RDMX 10T3 M0 LT 3000 5 - LT 100 p. 286 M0003409
RDMX 1204 M0 LT 3000 6 - LT 120 p. 287 M0003410
RDMX 12T3 M0 LT 3000 6 - - p. 287 M0004427
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
RDMX 1003 M0 LT 30 5 - - p. 286 M0004454
RDMX 10T3 M0 LT 30 5 - LT 100 p. 286 M0001552
RDMX 1204 M0 LT 30 6 - LT 120 p. 287 M0001553
RDMX 12T3 M0 LT 30 6 - - p. 287 M0004455
RDMW
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
RDMW 1003 M0 LT 3000 5 - - p. 289 M0004424
RDMW 10T3 M0 LT 3000 5 - LT 100 p. 289 M0002228
RDMW 1204 M0 LT 3000 6 - LT 120 p. 289 M0003408
RDMW 12T3 M0 LT 3000 6 - - p. 289 M0004425
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
RDMW 1003 M0 LT 30 5 - - p. 289 M0004452
RDMW 10T3 M0 LT 30 5 - LT 100 p. 289 M0001550
RDMW 1204 M0 LT 30 6 - LT 120 p. 289 M0001551
RDMW 12T3 M0 LT 30 6 - - p. 289 M0004453
160 161
MILLINGMILLING
L1
D1d
Ap
L
D
END MILL - RD.. 0602 M0
DESIGNATION D D1 d L L1 Ap ZαCATALOG #
LT 060 WL-W D012/2 12 6 16 150 25 3 2 7 M2003321
LT 060 WL-W-D016/2 16 10 16 150 25 3 2 6 M2000676
LT 060 WL-W-D020/3 20 14 20 180 60 3 3 4.5 M2000677
LT 060 WL-W-D025/3 25 19 25 180 80 3 3 4 M2000678
SCREW
KEY
M2001416
M2002912
END MILL - RD.. 0702 M0
DESIGNATION D D1 d L L1 Ap ZαCATALOG #
LT 070 WL-W-D016/2 16 9 16 150 25 3.5 2 6 M2003336
LT 070 WL-W-D020/3 20 13 20 180 60 3.5 3 4.5 M2003337
LT 070 WL-W-D025/4 25 18 25 180 60 3.5 4 4 M2003339
SCREW
KEY
M2001416
M2002912
END MILL - RD.. 0803 M0
DESIGNATION D D1 d L L1 Ap ZαCATALOG #
LT 080 WL-W D016/2 16 8 16 150 25 4 2 12 M2003322
LT 080 WL-W-D020/2 20 12 20 180 42 5 2 12 M2000679
LT 080 WL-W-D025/3 25 17 25 180 60 5 3 8 M2000680
LT 080 WL-W-D032/3 32 24 32 180 80 5 3 5 M2000681
SCREW
KEY
M2004402
M2000601
END MILL - RD.. 10T3 M0
DESIGNATION D D1 d L L1 Ap ZαCATALOG #
LT 100 WL-W-D020/2 20 10 20 180 25 5 2 12 M2000683
LT 100 WL-W-D025/3 25 15 25 180 60 5 3 8 M2000684
LT 100 WL-W-D032/3 32 22 32 180 80 5 3 5 M2000685
SCREW
KEY
M2000597
M2000602
END MILL - RD.. 1204 M0
DESIGNATION D D1 d L L1 Ap ZαCATALOG #
LT 120 WL-W-D032/3 32 20 32 170 60 6 3 5 M2003323
LT 120 WL-W-D040/4 40 28 32 170 110 6 4 7 M2000687
SCREW
KEY
M2000597
M2000602
CUTTERS RD..
D
L
D1
Ap
d
SHELL MILL - RD.. 1204 M0
DESIGNATION D D1 d L Ap ZαCATALOG #
LT 120 M-W-D040/4 40 28 16 40 6 4 7 M2000691
LT 120 M-W-D050/4 50 38 22 50 6 4 5 M2001780
LT 120 M-W-D063/5 63 51 22 50 6 5 3.5 M2000689
LT 120 M-W-D080/6 80 68 27 50 6 6 2.5 M2000690
LT 120 M-W-D100/7 100 88 32 50 6 7 2 M2000688
SCREW
KEY
M2000597
M2000602
SHELL MILL - RD.. 1604 M0
DESIGNATION D D1 d L Ap ZαCATALOG #
LT 160 M-W-D050/4 50 34 22 50 8 4 5 M2003331
LT 160 M-W-D063/5 63 47 22 50 8 5 3.5 M2003332
LT 160 M-W-D080/6 80 64 27 50 8 6 2.5 M2003333
LT 160 M-W-D100/7 100 84 32 50 8 7 2 M2003334
LT 160 M-W-D125/8 125 109 40 63 8 8 1 M2003335
SCREW
KEY
M2000599
M2000603
CUTTERS RD..
162 163
MILLINGMILLING
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
COOLANT
p. 357
ORDERING EXAMPLE TECHNICAL SECTION
QUANTITY 10 PIECES
DESIGNATION + GRADE APKT 060204 PDTR LT 3000
CATALOG NUMBER M0004026 p. 366 - 376
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
COOLANT
p. 357
ORDERING EXAMPLE TECHNICAL SECTION
QUANTITY 10 PIECES
DESIGNATION + GRADE APKT 060204 PDTR LT 3000
CATALOG NUMBER M0004026 p. 366 - 376
RXMT
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
RXMT 10T3 M0 LT 3130 5 4 LT 101 p. 317 M0004476
RXMT 1204 M0 LT 3130 6 4 LT 121 p. 317 M0004477
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
RXMT 10T3 M0 LT 3000 5 4 LT 101 p. 286 M0004171
RXMT 1204 M0 LT 3000 6 4 LT 121 p. 287 M0004366
RXMW
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
RXMW 10T3 M0 LT 3130 5 4 LT 101 p. 318 M0004478
RXMW 1204 M0 LT 3130 6 4 LT 121 p. 318 M0004479
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
RXMW 10T3 M0 LT 3000 5 4 LT 101 p. 289 M0004371
RXMW 1204 M0 LT 3000 6 4 LT 121 p. 289 M0004375
RXMX
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
RXMX 10T3 M0 LT 3130 5 4 LT 101 p. 319 M0004480
RXMX1204 M0 LT 3130 6 4 LT 121 p. 319 M0004481
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
RXMX 10T3 M0 LT 3000 5 4 LT 101 p. 286 M0004373
RXMX1204 M0 LT 3000 6 4 LT 121 p. 287 M0004377
164 165
MILLINGMILLING
DD1
L1
Ap
d
L
END MILL RX.. - 10T3 M0
DESIGNATION D D1 d L L1 Ap Z αCATALOG #
LT 101 C-W-D025/3 25 15 25 117 60 5 3 10.0 M2001562
LT 101 C-W-D032/4 32 22 32 131 70 5 4 8.5 M2001563
LT 101 CL-W-D032/3 32 22 32 181 70 5 3 8.5 M2001564
LT 101 W-W-D025/3 25 15 25 92 35 5 3 10.0 M2001565
LT 101 W-W-D032/4 32 22 32 101 40 5 4 8.5 M2001566
LT 101 WL-W-D032/3 32 22 32 181 120 5 3 8.5 M2001567
SCREW
KEY
M2003786
M2000602
END MILL RX.. - 1204 M0
DESIGNATION D D1 d L L1 Ap Z αCATALOG #
LT 121 C-W-D040/4 40 28.0 40 141 70 6 4 7.5 M2001853
LT 121 W-W-D040/4 40 28.0 40 111 40 6 4 7.5 M2001854
SCREW
KEY
M2000597
M2000602
CUTTERS RX..
Ap
D
D1
L
d
SHELL MILL - RX.. 10T3 M0
DESIGNATION D D1 d L Ap ZαCATALOG #
LT 101 M-W-D040/5 40 30 16 40 5 5 5.5 M2003442
LT 101 M-W-D050/6 50 40 22 40 5 6 4.0 M2001568
LT 101 M-W-D052/5 52 42 22 40 5 5 4.0 M2001569
LT 101 M-W-D052/6 52 42 22 40 5 6 4.0 M2001570
LT 101 M-W-D063/7 63 53 22 40 5 7 3.0 M2001571
LT 101 M-W-D066/6 66 56 22 40 5 6 2.6 M2001572
LT 101 M-W-D066/7 66 56 22 40 5 7 2.6 M2001573
SCREW
KEY
M2003786
M2000602
SHELL MILL - RX.. 1204 M0
DESIGNATION D D1 d L Ap ZαCATALOG #
LT 121 M-W-D040/4 40 28.0 16 40 6 4 7.5 M2001855
LT 121 M-W-D050/5 50 38.0 22 40 6 5 5.0 M2001856
LT 121 M-W-D052/5 52 40.0 22 40 6 5 5.0 M2001857
LT 121 M-W-D063/7 63 51.0 22 40 6 7 3.0 M2001858
LT 121 M-W-D066/6 66 54.0 22 40 6 6 3.0 M2001859
LT 121 M-W-D066/7 66 54.0 22 40 6 7 3.0 M2001860
LT 121 M-W-D080/7 80 68.0 27 50 6 7 2.5 M2001861
LT 121 M-W-D080/9 80 68.0 27 50 6 9 2.5 M2001862
SCREW
KEY
M2000597
M2000602
CUTTERS RX..
166
MILLING
SLOT
MILLING
SLOT
MILLING
Ap
dDD1
L
SCREW COUPLING - RX.. 10T3 M0
DESIGNATION D D1 d L1 Ap ZαCATALOG #
LT 101 S-W-D025/3 25 15 M12 35 5 3 10.0 M2001574
LT 101 S-W-D032/3 32 22 M16 35 5 3 8.5 M2001575
LT 101 S-W-D032/4 32 22 M16 35 5 4 8.5 M2001576
SCREW
KEY
M2003786
M2000602
SCREW COUPLING - RX.. 1204 M0
DESIGNATION D D1 d L1 Ap Z αCATALOG #
LT 121 S-W-D040/4 40 28.0 M16 40 6 4 7.5 M2001863
SCREW
KEY
M2000597
M2000602
CUTTERS RX..
169
MILLING
• Reduce costs of cutting tools with our SPMT MULTI-MATTM
inserts with four cutting edges per insert
• Approach angle k = 90o
• Soft cutting due to the positive geometry
• Internal coolant supply
• For slotting according to DIN 650 norms
High quality cutters for T-slot milling operations
combined with our winning MULTI-MATTM grade inserts.
T-SLOTTING WITH MULTI-MATTM
171
MILLING
170
MILLING
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
COOLANT
p. 357
ORDERING EXAMPLE TECHNICAL SECTION
QUANTITY 10 PIECES
DESIGNATION + GRADE APKT 060204 PDTR LT 3000
CATALOG NUMBER M0004026 p. 366 - 376
SPMT
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
SPMT 060304 TN LT 3000 0.40 4 LT 400 p. 301 M0003416
SPMT 09T308 TN LT 3000 0.80 4 LT 400 p. 302 M0003417
SPMT 120408 TN LT 3000 0.80 4 LT 400 p. 303 M0003419
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
SPMT 060304 TN LT 30 0.40 4 LT 400 p. 301 M0003100
SPMT 09T308 TN LT 30 0.80 4 LT 400 p. 302 M0003063
SPMT 120408 TN LT 30 0.80 4 LT 400 p. 303 M0003105
CUTTERS SPMT - SLOT MILLING
L
d
L1
Ap
d1
D
END MILL - SPMT 060304
DESIGNATION D d1 d L L1 Ap Z Z (EFF) CATALOG #
LT 400-06 W-W-D021/1 21 11 - 12 16 76 26 9 2 1 M2004218
LT 400-06 W-W-D025/2 25 12 - 13 16 82 31 11 4 2 M2004219
SCREW
KEY
M2002181
M2000601
END MILL - SPMT 09T308
DESIGNATION D d1 d L L1 Ap Z Z (EFF) CATALOG #
LT 400-09 W-W-D032/2 32 17 - 18 20 88 38 14 4 2 M2004220
LT 400-09 W-W-D040/2 40 21 - 22 25 108 50 17 4 2 M2004221
SCREW
KEY
M2001418
M2000602
END MILL - SPMT 120408
DESIGNATION D d1 d L L1 Ap Z Z (EFF) CATALOG #
LT 400-12 W-W-D050/2 50 27 - 28 32 120 56 22 4 2 M2004222
SCREW
KEY
M2000599
M2000603
172
EFFICIENCY
ALU
MILLING
ALU
MILLING
175
ALU MILLING
Highly positive inserts with a unique coating. Ideal for 90°
shoulder milling and 45° face milling of aluminium.
LT 05 ALUMINIUM GRADE
• Dedicated for aluminum and other non-ferrous materials
• Low friction
• High resistance to built up edge
• Extremely long tool life
177
ALU MILLING
176
ALU MILLING
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
COOLANT
p. 357
ORDERING EXAMPLE TECHNICAL SECTION
QUANTITY 10 PIECES
DESIGNATION + GRADE APKT 060204 PDTR LT 3000
CATALOG NUMBER M0004026 p. 366 - 376
APGT
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
APGT 100304 PDER - ALU LT 05 0.4 2 LT 741 p. 324 M0003089
APGT 160408 PDER - ALU LT 05 0.8 2 LT 731 P. 324 M0001010
Ap
D
L1
L
d
END MILL - APGT 100304 PDER
DESIGNATION D d L L1 Ap Z αCATALOG #
LT 741 C-W-D016/2 16 16 100 25 9 2 12 M2002806
LT 741 CL-W-D016/2 16 16 150 35 9 2 12 M2002817
LT 741 C-W-D018/2 18 20 100 30 9 2 12 M2002807
LT 741 C-W-D020/3 20 20 100 30 9 3 7 M2002808
LT 741 CL-W-D020/3 20 20 150 35 9 3 7 M2002818
LT 741 C-W-D022/3 22 20 100 30 9 3 7 M2002809
LT 741 C-W-D025/3 25 25 120 30 9 3 5 M2002810
LT 741 CL-W-D025/4 25 25 200 40 9 4 5 M2002819
LT 741 C-W-D025/4 25 25 120 30 9 4 5 M2002811
LT 741 C-W-D028/4 28 25 120 30 9 4 2 M2002812
LT 741 C-W-D030/4 30 25 120 30 9 4 2 M2002813
LT 741 W-W-D032/5 32 32 120 30 9 5 3 M2002814
LT 741 WL-W-D032/4 32 32 200 40 9 4 3 M2002820
SCREW
KEY
M2002181
M2000601
CUTTERS APGT
d
Ap
D
L1
SCREW COUPLING - APGT 100304 PDER
DESIGNATION D d L1 Ap Z αCATALOG #
LT 741 S-W-D016/2 16 M8 25 9 2 10 M2002962
LT 741 S-W-D020/3 20 M10 30 9 3 7 M2002963
LT 741 S-W-D025/4 25 M12 35 9 4 5 M2002964
SCREW
KEY
M2002181
M2000601
d
L
D
Ap
90°
SHELL MILL - APGT 100304 PDER
DESIGNATION D d L Ap ZαCATALOG #
LT 741 M-W-D040/6 40 16 40 9 6 2.5 M2002798
LT 741 M-W-D050/7 50 22 40 9 7 2.2 M2002799
LT 741 M-W-D063/8 63 22 40 9 8 1.8 M2002800
LT 741 M-W-D080/11* 80 27 50 9 11 1.4 M2002801
*On Request SCREW
KEY
M2002181
M2000601
CUTTERS APGT
179
ALU MILLING
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
COOLANT
p. 357
ORDERING EXAMPLE TECHNICAL SECTION
QUANTITY 10 PIECES
DESIGNATION + GRADE APKT 060204 PDTR LT 3000
CATALOG NUMBER M0004026 p. 366 - 376
178
ALU MILLING
Ap
D
L1
L
d
END MILL - APGT 1604
DESIGNATION D d L L1 Ap Z αCATALOG #
LT 731 W-W-D025/2 25 25 100 44 15 2 5 M2002966
LT 731 WL-W-D025/2 25 25 220 90 15 2 5 M2002965
LT 731 W-W-D032/3 32 32 110 50 15 3 3 M2002968
LT 731 WL-W-D032/3 32 32 220 90 15 3 3 M2002967
LT 731 W-W-D040/4 40 32 115 50 15 4 2.5 M2002970
LT 731 WL-W-D040/4 40 32 220 90 15 4 2.5 M2002969
SCREW
KEY
M2000597
M2000602
d
L
D
Ap
90°
SHELL MILL - APGT 160408 PDTR
DESIGNATION D d L Ap ZαCATALOG #
LT 731 M-W-D040/4 40 16 40 15 4 2.5 M2002971
LT 731 M-W-D050/5 50 22 40 15 5 2.2 M2002972
LT 731 M-W-D063/6 63 22 40 15 6 1.8 M2002973
LT 731 M-W-D080/7 80 27 50 15 7 1.4 M2002974
LT 731 M-W-D100/8 100 32 50 15 8 1.1 M2002975
LT 731 M-W-D125/9 125 40 63 15 9 0.8 M2002976
LT 731 M-D-D160/10* 160 40 63 15 10 N/A M2002977
CUTTERS APGT
SEGT
DESIGNATION GRADE RADIUS
(mm)
CUTTING
EDGES
CUTTER
LINE
MATERIAL
RECOMMENDATION
CUTTING
DATA CATALOG #
SEGT 1204 AFEN - ALU LT 05 0.84 4 LT 600 p. 324 M0001008
CUTTERS SEGT
Ap
45°
D
D1
d
L
SHELL MILL - SEGT 1204 AFEN-ALU
DESIGNATION D D1 d L Ap ZαCATALOG #
LT 600 M-W-D040/3 53 40 16 40 6 3 10 M2000546
LT 600 M-W-D050/4 63 50 22 48 6 4 8 M2000547
LT 600 M-W-D063/5 76 63 22 48 6 5 6 M2000548
LT 600 M-W-D080/6 93 80 27 50 6 6 4.5 M2000549
LT 600 M-W-D100/6 113 100 32 50 6 6 3.5 M2000550
LT 600 M-W-D125/7 138 125 40 63 6 7 3 M2000551
LT 600 M-D-D160/8 173 160 40 63 6 8 2.2 M2000552
SCREW
KEY
M2000599
M2000603
180
SOLID CARBIDE
END MILLS
SOLID
END MILLS
MULTI-MATTM
... and life becomes easy
183
SOLID END MILLS
LT 4000 PREMIUM MULTI-MAT™ GRADE FOR
SOLID CARBIDE END MILLS
• Next generation MULTI-MAT
TM Solid End Mills
• Increased toughness for extended application range
• Longer tool life through new and unique coating composition.
• New and exclusive ultra fine grained coating
• Exclusive edge preparation and pre-coating surface treatment
• Unique substrate
MAGIA LT 4000 is the latest, state-of-the-art PVD grade using high density
plasma to create nano-structured PVD coatings with incredible properties.
With this new PVD technology in combination with our exclusive substrate and
edge preparation, MAGIA Solid Carbide delivers increased toughness for the
most extreme applications, higher reliability in lower cutting speeds with coolant
which results in an extended application range.
Increased tool life due to reduced friction between the coating and the chips,
and a harder coating composite that better resists abrasion.
We have achieved unprecedented tool life.
185
SOLID END MILLS
LT 40 EXCELLENT PERFORMANCE AT
AN AFFORDABLE PRICE
Our general purpose Alpha line provide value and versatility at an attractive
price.
Alpha Line is our standard, general usage product line. Our Alpha LT 40 grade for solid
carbide end mills is designed to work in a wide variety of applications and workpiece
materials. It is ideal for customers with pricing considerations while also expecting high
Micro-grain carbide
with excellent
combination of
hardness and
toughness
PVD TiAIN nano structured
coating ideal for general
machining
Optimized geometry
for maximum
versatility
Increased flute room for
better chip evacuation
Eccentric radial
relief improves edge
strength and stability
186 187
SOLID END MILLSSOLID END MILLS
CUTTING SPEED
p. 326
DOC / FEED TECHNICAL SECTION
p. 327 - 338 p. 366 - 376
CUTTING SPEED
p. 326
DOC / FEED TECHNICAL SECTION
p. 327 - 338 p. 366 - 376
90° Z2
L2
2fl
30°
FACE
MILLING SLOTTING PLUNGING EQUAL
90° 2 FLUTE
DESIGNATION GRADE D1 D2 L1 L2 CATALOG #
E90 Z2 D00.2(03) L0.5(038) LT 4000 0.2 3 38 0.5 M5003531
E90 Z2 D00.3(03) L0.8(038) LT 4000 0.3 3 38 0.8 M5003532
E90 Z2 D00.4(03) L1.0(038) LT 4000 0.4 3 38 1.0 M5003533
E90 Z2 D00.5(03) L1.2(038) LT 4000 0.5 3 38 1.2 M5003534
E90 Z2 D00.6(03) L1.5(038) LT 4000 0.6 3 38 1.5 M5003535
E90 Z2 D00.8(03) L2.0(038) LT 4000 0.8 3 38 2 M5003536
E90 Z2 D01.0(03) L3.0(038) LT 4000 1.0 3 38 3 M5003520
E90 Z2 D01.5(03) L5.0(038) LT 4000 1.5 3 38 5 M5003537
E90 Z2 D02.0(03) L6.0(038) LT 4000 2.0 3 38 6 M5003538
E90 Z2 D02.5(03) L7.0(038) LT 4000 2.5 3 38 7 M5003539
E90 Z2 D03.0(03) L9.0(038) LT 4000 3.0 3 38 9 M5003540
E90 Z2 D04.0(04) L14.0(050) LT 4000 4.0 4 50 14 M5003541
E90 Z2 D05.0(05) L16.0(050) LT 4000 5.0 5 50 16 M5003542
E90 Z2 D06.0(06) L20.0(063) LT 4000 6.0 6 63 20 M5003543
E90 Z2 D08.0(08) L20.0(063) LT 4000 8.0 8 63 20 M5003544
E90 Z2 D10.0(10) L22.0(072) LT 4000 10.0 10 72 22 M5003545
E90 Z2 D12.0(12) L26.0(075) LT 4000 12.0 12 75 26 M5003546
2fl
35°
FACE
MILLING
SHOULDER
MILLING SLOTTING PLUNGING EQUAL
90° 2 FLUTE
DESIGNATION GRADE D1 D2 L1 L2 CATALOG #
E90 Z2 D01.0(04) L03.0(050) LT 40 1 4 50 3 M5005500
E90 Z2 D01.5(04) L05.0(050) LT 40 1.5 4 50 5 M5005501
E90 Z2 D02.0(04) L05.0(050) LT 40 2 4 50 5 M5005502
E90 Z2 D02.5(04) L08.0(050) LT 40 2.5 4 50 8 M5005503
E90 Z2 D03.0(04) L08.0(050) LT 40 3 4 50 8 M5005504
E90 Z2 D04.0(04) L11.0(050) LT 40 4 4 50 11 M5005505
E90 Z2 D05.0(06) L13.0(050) LT 40 5 6 50 13 M5005506
E90 Z2 D06.0(06) L16.0(050) LT 40 6 6 50 16 M5005507
E90 Z2 D08.0(08) L20.0(060) LT 40 8 8 60 20 M5005508
E90 Z2 D10.0(10) L25.0(072) LT 40 10 10 72 25 M5005509
E90 Z2 D12.0(12) L30.0(075) LT 40 12 12 75 30 M5005510
E90 Z2 D16.0(16) L40.0(100) LT 40 16 16 100 40 M5005511
90° Z3
3fl
40°
FACE
MILLING
SHOULDER
MILLING SLOTTING PLUNGING EQUAL
90° 3 FLUTE
DESIGNATION GRADES D1 D2 L1 L2 CATALOG #
E90 Z3 D03.0(06) L8.0(050) LT 4000 3.0 6 50 8 M5003548
E90 Z3 D04.0(06) L11.0(050) LT 4000 4.0 6 50 11 M5003549
E90 Z3 D05.0(06) L13.0(050) LT 4000 5.0 6 50 13 M5003550
E90 Z3 D06.0(06) L16.0(050) LT 4000 6.0 6 50 16 M5003551
E90 Z3 D08.0(08) L20.0(060) LT 4000 8.0 8 60 20 M5003552
E90 Z3 D10.0(10) L25.0(072) LT 4000 10.0 10 72 25 M5003553
E90 Z3 D12.0(12) L30.0(075) LT 4000 12.0 12 75 30 M5003554
188 189
SOLID END MILLSSOLID END MILLS
CUTTING SPEED
p. 326
DOC / FEED TECHNICAL SECTION
p. 327 - 338 p. 366 - 376
CUTTING SPEED
p. 326
DOC / FEED TECHNICAL SECTION
p. 327 - 338 p. 366 - 376
90° Z4
4fl
38°- 41°
FACE
MILLING
SHOULDER
MILLING
PLUNGING UNEQUAL VARIABLE
HELIX
90° 4 FLUTE
DESIGNATION GRADE D1 D2 L1 L2 CATALOG #
E90 Z4 D01.0(04) L03.0(050) LT 4000 1.0 4 50 3 M5003568
E90 Z4 D01.5(04) L05.0(050) LT 4000 1.5 4 50 5 M5003569
E90 Z4 D02.0(04) L06.0(050) LT 4000 2.0 4 50 6 M5003570
E90 Z4 D02.5(04) L08.0(050) LT 4000 2.5 4 50 8 M5003571
E90 Z4 D03.0(06) L08.0(050) LT 4000 3.0 6 50 8 M5003572
E90 Z4 D04.0(06) L11.0(050) LT 4000 4.0 6 50 11 M5003573
E90 Z4 D05.0(06) L13.0(050) LT 4000 5.0 6 50 13 M5003574
E90 Z4 D06.0(06) L16.0(050) LT 4000 6.0 6 50 16 M5003575
E90 Z4 D08.0(08) L20.0(060) LT 4000 8.0 8 60 20 M5003576
E90 Z4 D10.0(10) L22.0(072) LT 4000 10.0 10 72 22 M5003577
E90 Z4 D12.0(12) L26.0(075) LT 4000 12.0 12 75 26 M5003578
E90 Z4 D16.0(16) L38.0(100) LT 4000 16.0 16 100 38 M5003579
4fl
35°
FACE
MILLING
SHOULDER
MILLING
PLUNGING EQUAL
90° 4 FLUTE, SHORT
DESIGNATION GRADE D1 D2 L1 L2 CATALOG #
E90 Z4 D01.0(04) L03.0(050) LT 40 1 4 50 3 M5005512
E90 Z4 D01.5(04) L05.0(050) LT 40 1.5 4 50 5 M5005513
E90 Z4 D02.0(04) L06.0(050) LT 40 2 4 50 6 M5005514
E90 Z4 D02.5(04) L08.0(050) LT 40 2.5 4 50 8 M5005515
E90 Z4 D03.0(04) L08.0(050) LT 40 3 4 50 8 M5005516
E90 Z4 D04.0(04) L11.0(050) LT 40 4 4 50 11 M5005517
E90 Z4 D05.0(06) L13.0(050) LT 40 5 6 50 13 M5005518
E90 Z4 D06.0(06) L16.0(050) LT 40 6 6 50 16 M5005519
E90 Z4 D08.0(08) L20.0(060) LT 40 8 8 60 20 M5005520
E90 Z4 D10.0(10) L25.0(072) LT 40 10 10 72 25 M5005521
E90 Z4 D12.0(12) L30.0(075) LT 40 12 12 75 30 M5005522
E90 Z4 D16.0(16) L40.0(100) LT 40 16 16 100 40 M5005523
190 191
SOLID END MILLSSOLID END MILLS
CUTTING SPEED
p. 326
DOC / FEED TECHNICAL SECTION
p. 327 - 338 p. 366 - 376
CUTTING SPEED
p. 326
DOC / FEED TECHNICAL SECTION
p. 327 - 338 p. 366 - 376
90° Z4 L
4fl
38°- 41°
FACE
MILLING
SHOULDER
MILLING
PLUNGING UNEQUAL VARIABLE
HELIX
90° 4 FLUTE, LONG
DESIGNATION GRADE D1 D2 L1 L2 CATALOG #
E90 Z4 D03.0(06) L12.0(050) LT 4000 3.0 6 50 12 M5003559
E90 Z4 D04.0(06) L16.0(055) LT 4000 4.0 6 55 16 M5003560
E90 Z4 D05.0(06) L20.0(060) LT 4000 5.0 6 60 20 M5003561
E90 Z4 D06.0(06) L24.0(065) LT 4000 6.0 6 65 24 M5003562
E90 Z4 D08.0(08) L32.0(090) LT 4000 8.0 8 90 32 M5003563
E90 Z4 D10.0(10) L40.0(100) LT 4000 10.0 10 100 40 M5003564
E90 Z4 D12.0(12) L48.0(110) LT 4000 12.0 12 110 48 M5003565
E90 Z4 D16.0(16) L64.0(160) LT 4000 16.0 16 160 64 M5003566
4fl
35°
FACE
MILLING
SHOULDER
MILLING
PLUNGING EQUAL
90° 4 FLUTE, LONG
DESIGNATION GRADE D1 D2 L1 L2 CATALOG #
E90 Z4 D03.0(06) L12.0(070) LT 40 3 6 70 12 M5005524
E90 Z4 D04.0(06) L15.0(070) LT 40 4 6 70 15 M5005525
E90 Z4 D05.0(06) L20.0(080) LT 40 5 6 80 20 M5005526
E90 Z4 D06.0(06) L20.0(080) LT 40 6 6 80 20 M5005527
E90 Z4 D08.0(08) L25.0(100) LT 40 8 8 100 25 M5005528
E90 Z4 D10.0(10) L30.0(100) LT 40 10 10 100 30 M5005529
E90 Z4 D12.0(12) L40.0(110) LT 40 12 12 110 40 M5005530
E90 Z4 D16.0(16) L50.0(140) LT 40 16 16 140 50 M5005531
192 193
SOLID END MILLSSOLID END MILLS
CUTTING SPEED
p. 326
DOC / FEED TECHNICAL SECTION
p. 327 - 338 p. 366 - 376
CUTTING SPEED
p. 326
DOC / FEED TECHNICAL SECTION
p. 327 - 338 p. 366 - 376
90° Z4 R
4fl
38°- 41°
FACE
MILLING
SHOULDER
MILLING
PLUNGING UNEQUAL VARIABLE
HELIX
90° 4 FLUTE WITH RADIUS
DESIGNATION GRADE D1 D2 L1 L2 R CATALOG #
E90 Z4 D03.0(06) L08.0(050) R0.5 LT 4000 3 6 50 8 0.5 M5003614
E90 Z4 D04.0(06) L11.0(050) R0.5 LT 4000 4 6 50 11 0.5 M5003615
E90 Z4 D05.0(06) L13.0(050) R0.5 LT 4000 5 6 50 13 0.5 M5003616
E90 Z4 D06.0(06) L16.0(050) R0.5 LT 4000 6 6 50 16 0.5 M5003617
E90 Z4 D08.0(08) L20.0(060) R0.5 LT 4000 8 8 60 20 0.5 M5003618
E90 Z4 D10.0(10) L22.0(072) R0.5 LT 4000 10 10 72 22 0.5 M5003619
E90 Z4 D12.0(12) L26.0(075) R0.5 LT 4000 12 12 75 26 0.5 M5003620
E90 Z4 D03.0(06) L08.0(050) R1.0 LT 4000 3 6 50 8 1.0 M5003623
E90 Z4 D04.0(06) L11.0(050) R1.0 LT 4000 4 6 50 11 1.0 M5003624
E90 Z4 D05.0(06) L13.0(050) R1.0 LT 4000 5 6 50 13 1.0 M5003625
E90 Z4 D06.0(06) L16.0(050) R1.0 LT 4000 6 6 50 16 1.0 M5003626
E90 Z4 D08.0(08) L20.0(060) R1.0 LT 4000 8 8 60 20 1.0 M5003627
E90 Z4 D10.0(10) L22.0(072) R1.0 LT 4000 10 10 72 22 1.0 M5003628
E90 Z4 D12.0(12) L26.0(075) R1.0 LT 4000 12 12 75 26 1.0 M5003629
E90 Z4 D06.0(06) L16.0(050) R2.0 LT 4000 6 6 50 16 2.0 M5003632
E90 Z4 D08.0(08) L20.0(060) R2.0 LT 4000 8 8 60 20 2.0 M5003633
E90 Z4 D10.0(10) L22.0(072) R2.0 LT 4000 10 10 72 22 2.0 M5003634
E90 Z4 D12.0(12) L26.0(075) R2.0 LT 4000 12 12 75 26 2.0 M5003635
90° Z4 RL
4fl
38°- 41°
FACE
MILLING
SHOULDER
MILLING
PLUNGING UNEQUAL VARIABLE
HELIX
90° 4 FLUTE WITH RADIUS, LONG
DESIGNATION GRADE D1 D2 L1 L2 R CATALOG #
E90 Z4 D08.0(08) L32.0(090) R0.5 LT 4000 8 8 90 32 0.5 M5003638
E90 Z4 D10.0(10) L40.0(100) R0.5 LT 4000 10 10 100 40 0.5 M5003639
E90 Z4 D12.0(12) L48.0(110) R0.5 LT 4000 12 12 110 48 0.5 M5003640
194 195
SOLID END MILLSSOLID END MILLS
CUTTING SPEED
p. 326
DOC / FEED TECHNICAL SECTION
p. 327 - 338 p. 366 - 376
CUTTING SPEED
p. 326
DOC / FEED TECHNICAL SECTION
p. 327 - 338 p. 366 - 376
EBN
2fl
30°
COPY
MILLIMG
POCKET
MILLING
RAMPING
DOWN
EQUAL
BALL NOSE, 2 FLUTE
DESIGNATION GRADE D1 D2 L1 L2 R CATALOG #
EBN Z2 D01.0(03) L03.0(038) R0.50 LT 4000 1 3 38 3 0.50 M5003587
EBN Z2 D01.5(03) L05.0(038) R0.75 LT 4000 1.5 3 38 5 0.75 M5003588
EBN Z2 D02.0(03) L06.0(038) R1.00 LT 4000 2 3 38 6 1.00 M5003589
EBN Z2 D02.5(03) L07.0(038) R1.25 LT 4000 2.5 3 38 7 1.25 M5003590
EBN Z2 D03.0(03) L09.0(038) R1.50 LT 4000 3 3 38 9 1.50 M5003591
EBN Z2 D04.0(04) L14.0(050) R2.00 LT 4000 4 4 50 14 2.00 M5003592
EBN Z2 D05.0(05) L16.0(050) R2.50 LT 4000 5 5 50 16 2.50 M5003593
EBN Z2 D06.0(06) L20.0(063) R3.00 LT 4000 6 6 63 20 3.00 M5003594
EBN Z2 D08.0(08) L20.0(063) R4.00 LT 4000 8 8 63 20 4.00 M5003595
EBN Z2 D10.0(10) L22.0(072) R5.00 LT 4000 10 10 72 22 5.00 M5003596
EBN Z2 D12.0(12) L26.0(075) R6.00 LT 4000 12 12 75 26 6.00 M5003597
2fl
35°
COPY
MILLIMG
POCKET
MILLING
RAMPING
DOWN
EQUAL
BALL NOSE, 2 FLUTE
DESIGNATION GRADE D1 D2 L1 L2 R CATALOG #
EBN Z2 D01.0(04) L02.0(050) LT 40 1 4 50 2 0.50 M5005532
EBN Z2 D01.5(04) L03.0(050) LT 40 1.5 4 50 3 0.75 M5005533
EBN Z2 D02.0(04) L04.0(050) LT 40 2 4 50 4 1.00 M5005534
EBN Z2 D02.5(04) L05.0(050) LT 40 2.5 4 50 5 1.25 M5005535
EBN Z2 D03.0(04) L06.0(050) LT 40 3 4 50 6 1.50 M5005536
EBN Z2 D04.0(04) L08.0(050) LT 40 4 4 50 8 2.00 M5005537
EBN Z2 D05.0(06) L10.0(050) LT 40 5 6 50 10 2.50 M5005538
EBN Z2 D06.0(06) L12.0(050) LT 40 6 6 50 12 3.00 M5005539
EBN Z2 D08.0(08) L14.0(060) LT 40 8 8 60 14 4.00 M5005540
EBN Z2 D10.0(10) L18.0(072) LT 40 10 10 72 18 5.00 M5005541
EBN Z2 D12.0(12) L22.0(075) LT 40 12 12 75 22 6.00 M5005542
EBN Z2 D16.0(16) L30.0(100) LT 40 16 16 100 30 8.00 M5005543
196 197
SOLID END MILLSSOLID END MILLS
CUTTING SPEED
p. 326
DOC / FEED TECHNICAL SECTION
p. 327 - 338 p. 366 - 376
CUTTING SPEED
p. 326
DOC / FEED TECHNICAL SECTION
p. 327 - 338 p. 366 - 376
ERO Z3
3fl
45°
FACE
MILLING
SHOULDER
MILLING
SLOTTING EQUAL
ROUGHER, 3 FLUTE
DESIGNATION GRADE D1 D2 L1 L2 CATALOG #
ERO Z3 D04.0(06) L11.0(057) LT 4000 4 6 57 11 M5003607
ERO Z4
4fl
45°
FACE
MILLING
SHOULDER
MILLING
SLOTTING EQUAL
ROUGHER, 4 FLUTE
DESIGNATION GRADE D1 D2 L1 L2 CATALOG #
ERO Z4 D05.0(06) L13.0(057) LT 4000 5 6 57 13 M5003608
ERO Z4 D06.0(06) L13.0(057) LT 4000 6 6 57 13 M5003609
ERO Z4 D08.0(08) L19.0(063) LT 4000 8 8 63 19 M5003610
ERO Z4 D10.0(10) L22.0(072) LT 4000 10 10 72 22 M5003611
ERO Z4 D12.0(12) L26.0(083) LT 4000 12 12 83 26 M5003612
EHF Z4
4fl
0°
COPY
MILLING
HELICAL POCKET
MILLING
EQUAL HELIX
HIGH FEED, 4 FLUTE
DESIGNATION GRADE D1 D2 L1 L2 CATALOG #
EHF Z4 D03.0(06) L02.0(070) R0.37 LT 4000 3 6 70 12 M5003600
EHF Z4 D04.0(06) L02.0(070) R0.47 LT 4000 4 6 70 16 M5003601
EHF Z4 D05.0(06) L02.5(070) R0.60 LT 4000 5 6 70 20 M5003602
EHF Z4 D06.0(06) L03.0(070) R0.73 LT 4000 6 6 70 25 M5003603
EHF Z4 D08.0(08) L04.0(080) R0.98 LT 4000 8 8 80 30 M5003604
EHF Z4 D10.0(10) L05.0(090) R1.23 LT 4000 10 10 90 35 M5003605
EHF Z4 D12.0(12) L06.0(100) R1.65 LT 4000 12 12 100 40 M5003606
198
THREAD
MILLING
THREAD
MILLING
MADE IN SWITZERLAND
201
THREAD MILLING
• Continuous spindle rotation – no need to stop and reverse the spindle when
coming out of the hole
• Less spindle maintenance and no need of expensive synchronized tap
holders
• Easy machining of difficult materials that produces short and controllable
chips and much less cutting forces
• Full bottom threading with precise thread depth control and start position
• Less cutting pressure for thin-walled workpieces - less breakage and
deformation risks
• One tool for a variety of thread diameters with the same thread pitch
• One tool for both right and left-hand threads as well as through or blind holes
• Minimized tool inventory, less tooling costs
ADVANTAGES OF THREAD MILLING
THREAD MILLING
Thread milling is the recommended method anytime producing threads
involves variation of dimensions, difficult materials, weak set-ups, slim walls, tap
breakage risks, expensive components, tiny tolerances, good surface finishing,
long overhangs, right or left hand threads and eventual other obstacles.
202 203
THREAD MILLINGTHREAD MILLING
CUTTING DATA TECHNICAL SECTION
p. 343 - 344 p. 351
CUTTING DATA TECHNICAL SECTION
p. 343 - 344 p. 351
ISO
ISO NUT
ISO
SCREW
60Á
1/4P
1/8P
ISO 965-1:1999-11
DIN13 : 2005-08
D1
ISO METRIC - INTERNAL MINIATURE TOOL
DESIGNATION THREAD SIZE PITCH
mm L L1 D1 D2 Z CATALOG #
TMC03012L5 0.35 ISO M1.6X0.35 0.35 39 5.1 3 1.20 3 TH400001
TMC06015L6 0.4 ISO M2.0X0.40 0.40 39 6.1 6 1.54 3 TH400019
TMC06019L7 0.45 ISO M2.5X0.45 0.45 39 7.6 6 1.96 3 TH400016
TMC06024L9 0.5 ISO M3.0X0.50 0.50 51 9.3 6 2.40 3 TH400013
TMC06031L12 0.7 ISO M4.0X0.70 0.70 51 12.4 6 3.15 3 TH400004
TMC06040L15 0.8 ISO M5.0X0.80 0.80 57 15.6 6 4.00 3 TH400010
TMC06047L19 1.0 ISO M6.0X1.00 1.00 57 19.0 6 4.75 3 TH400007
TMC06059L24 1.25 ISO M8.0X1.25 1.25 57 24.3 6 5.95 3 TH400022
TMC08079L31 1.5 ISO M10X1.50 1.50 63 31.0 8 7.90 3 TH400025
UN
UN NUT
UN
SCREW
60Á
1/4P
1/8P
ANSI B1.1-1982
ANSI B1.1-1982
D1
UN - INTERNAL MINIATURE TOOL
DESIGNATION THREAD SIZE TPI L L1 D1 D2 Z CATALOG #
UNC UNF
TMC03011L3 80 UN - 0-80UNF 80 39 3.9 3 1.18 3 TH400052
TMC03014L5 72 UN - 1-72UNF 72 39 5.8 3 1.44 3 TH400040
TMC03016L6 56 UN 2-56UNC 3-56UNF 56 39 6.8 3 1.66 3 TH400034
TMC06021L8 40 UN 4-40UNC - 40 51 8.1 6 2.12 3 TH400028
TMC06024L9 40 UN 5-40UNC 6-40UNF 40 51 9.8 6 2.46 3 TH400055
TMC06025L10 32 UN 6-32UNC - 32 51 10.7 6 2.57 3 TH400031
TMC06032L12 32 UN 8-32UNC 10-32UNF 32 57 12.7 6 3.22 3 TH400037
TMC06048L19 20 UN 1/4-20UNC 7/16-20UNF 20 57 19.4 6 4.85 3 TH400046
TMC06052L19 28 UN - 1/4-28UNF 28 57 19.3 6 5.20 3 TH400043
TMC08066L24 24 UN - 5/16-24UNF 24 63 24.2 8 6.65 3 TH400049
204
We keep your machine
with the green light on
DRILLING
DRILLING
207
DRILLING
INDEXABLE DRILLING
Hardened protection
against chip abrasion
extends tool life
Through coolant for
improved tool life
and smoother chip
evacuation
Available
in drill depths of 2xD,
3xD, 4xD
Diameter range
Ø12.5 - Ø41
Wide helical chip flute for
effective chip evacuation
MULTI-MATTM indexable drilling solutions for general drilling in a variety of
SPMG MULTI-MATTM drilling inserts are designed with optimized grade
and geometry for high performance in steel, stainless steel, cast iron and
hardened metals. They are also suitable for super alloys and aluminum.
Same insert for both inner and outer
pocket
MULTI-MATTM grade and geometry
provide more versatility and reduced
stock of unused inserts.
4 cutting edges
FULL RANGE OF 2X, 3X, & 4X D DRILL BODIES
MULTI-MAT TM SPMG DRILLING INSERTS
209
DRILLING
208
DRILLING
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
COOLANT TECHNICAL SECTION
p. 357 p. 370
L1
L
2 X D DRILL BODIES - SPMG
SPMG
DESIGNATION GRADE MATERIAL
RECOMMENDATION L S R CUTTING
DATA CATALOG #
SPMG 050204 NN LT 30 5.0 2.38 0.40 p.346 - 349 M3003882
SPMG 060204 NN LT 30 6.0 2.38 0.40 p.346 - 349 M3002913
SPMG 07T308 NN LT 30 7.94 3.97 0.80 p.346 - 349 M3002914
SPMG 090408 NN LT 30 9.80 4.30 0.80 p.346 - 349 M3002915
SPMG 110408 NN LT 30 11.50 4.80 0.80 p. 346 - 349 M3003883
APPLICATION GUIDE
RECOMMENDED SUITABLE
Interrupted
Drilling
Cross
Drilling
Irregular Surface
Drilling
Interrupted
Drilling
MATERIAL GUIDE
RECOMMENDED SUITABLE
2XD DRILL BODIES - SPMG 050204
DESIGNATION D d L L1 CATALOG #
LT DR125 S05-2D 12.5 20 94 26 M2003704
LT DR130 S05-2D 13.0 20 94 26 M2003705
LT DR135 S05-2D 13.5 20 96 28 M2003706
LT DR140 S05-2D 14.0 20 96 28 M2003707
LT DR145 S05-2D 14.5 20 99 30 M2003708
LT DR150 S05-2D 15.0 20 99 30 M2003709
2XD DRILL BODIES - SPMG 060204
DESIGNATION D d L L1 CATALOG #
LT DR160 S06-2D 16.0 25 108 32 M2003247
LT DR170 S06-2D 17.0 25 110 34 M2003248
LT DR175 S06-2D 17.5 25 113 36 M2003695
LT DR180 S06-2D 18.0 25 113 36 M2003249
LT DR185 S06-2D 18.5 25 115 38 M2003696
LT DR190 S06-2D 19.0 25 115 38 M2003250
LT DR200 S06-2D 20.0 25 119 40 M2003251
LT DR210 S06-2D 21.0 25 121 42 M2003252
210 211
DRILLINGDRILLING
2 X D DRILL BODIES - SPMG 3 X D DRILL BODIES - SPMG
2XD DRILL BODIES - SPMG 07T308
DESIGNATION D d L L1 CATALOG #
LT DR220 S07-2D 22.0 25 123 44 M2003253
LT DR230 S07-2D 23.0 32 131 46 M2003255
LT DR240 S07-2D 24.0 32 134 48 M2003256
LT DR250 S07-2D 25.0 32 137 50 M2003257
LT DR260 S07-2D 26.0 32 139 52 M2003258
LT DR265 S07-2D 26.5 32 141 54 M2003698
LT DR270 S07-2D 27.0 32 141 54 M2003259
2XD DRILL BODIES - SPMG 090408
DESIGNATION D d L L1 CATALOG #
LT DR280 S09-2D 28.0 32 144 56 M2003260
LT DR290 S09-2D 29.0 32 146 58 M2003261
LT DR295 S09-2D 29.5 32 151 60 M2003699
LT DR300 S09-2D 30.0 32 151 60 M2003262
LT DR310 S09-2D 31.0 32 154 62 M2003263
LT DR320 S09-2D 32.0 32 156 64 M2003264
LT DR330 S09-2D 33.0 32 159 66 M2003265
2XD DRILL BODIES - SPMG 110408
DESIGNATION D d L L1 CATALOG #
LT DR340 S11-2D 34.0 40 171 68 M2003710
LT DR350 S11-2D 35.0 40 174 70 M2003711
LT DR360 S11-2D 36.0 40 177 72 M2003712
LT DR370 S11-2D 37.0 40 180 74 M2003713
LT DR380 S11-2D 38.0 40 183 76 M2003714
LT DR390 S11-2D 39.0 40 185 78 M2003715
LT DR400 S11-2D 40.0 40 188 80 M2003716
LT DR410 S11-2D 41.0 40 191 82 M2003717
L1
L
3XD DRILL BODIES - SPMG 050204
DESIGNATION D d L L1 CATALOG #
LT DR125 S05-3D 12.5 20 107 39 M2003718
LT DR130 S05-3D 13.0 20 107 39 M2003719
LT DR135 S05-3D 13.5 20 110 42 M2003720
LT DR140 S05-3D 14.0 20 110 42 M2003721
LT DR145 S05-3D 14.5 20 114 45 M2003722
LT DR150 S05-3D 15.0 20 114 45 M2003723
3XD DRILL BODIES - SPMG 060204
DESIGNATION D d L L1 CATALOG #
LT DR160 S06-3D 16.0 25 124 48 M2003266
LT DR170 S06-3D 17.0 25 127 51 M2003267
LT DR175 S06-3D 17.5 25 131 54 M2003700
LT DR180 S06-3D 18.0 25 131 54 M2003268
LT DR185 S06-3D 18.5 25 134 57 M2003701
LT DR190 S06-3D 19.0 25 134 57 M2003269
LT DR200 S06-3D 20.0 25 139 60 M2003270
LT DR210 S06-3D 21.0 25 142 63 M2003271
212 213
DRILLINGDRILLING
3 X D DRILL BODIES - SPMG 4 X D DRILL BODIES - SPMG
3XD DRILL BODIES - SPMG 07T308
DESIGNATION D d L L1 CATALOG #
LT DR220 S07-3D 22.0 25 145 66 M2003272
LT DR230 S07-3D 23.0 32 154 69 M2003273
LT DR240 S07-3D 24.0 32 158 72 M2003274
LT DR250 S07-3D 25.0 32 162 75 M2003275
LT DR260 S07-3D 26.0 32 165 78 M2003276
LT DR265 S07-3D 26.5 32 168 81 M2003702
LT DR270 S07-3D 27.0 32 168 81 M2003277
3XD DRILL BODIES - SPMG 090408
DESIGNATION D d L L1 CATALOG #
LT DR280 S09-3D 28.0 32 172 84 M2003278
LT DR290 S09-3D 29.0 32 175 87 M2003280
LT DR295 S09-3D 29.5 32 181 90 M2003703
LT DR300 S09-3D 30.0 32 181 90 M2003281
LT DR310 S09-3D 31.0 32 185 93 M2003282
LT DR320 S09-3D 32.0 32 188 96 M2003283
LT DR330 S09-3D 33.0 32 192 99 M2003284
3XD DRILL BODIES - SPMG 110408
DESIGNATION D d L L1 CATALOG #
LT DR340 S11-3D 34.0 40 205 102 M2003724
LT DR350 S11-3D 35.0 40 209 105 M2003725
LT DR360 S11-3D 36.0 40 213 108 M2003726
LT DR370 S11-3D 37.0 40 217 111 M2003727
LT DR380 S11-3D 38.0 40 221 114 M2003728
LT DR390 S11-3D 39.0 40 224 117 M2003729
LT DR400 S11-3D 40.0 40 228 120 M2003730
LT DR410 S11-3D 41.0 40 232 123 M2003731
4XD DRILL BODIES* - SPMG 050204
DESIGNATION D d L L1 CATALOG #
LT DR125 S05-4D 12.5 20 120 52 M2003732
LT DR130 S05-4D 13.0 20 120 52 M2003733
LT DR135 S05-4D 13.5 20 124 56 M2003434
LT DR140 S05-4D 14.0 20 124 56 M2003735
LT DR145 S05-4D 14.5 20 129 60 M2003736
LT DR150 S05-4D 15.0 20 129 60 M2003737
* On Request
4XD DRILL BODIES* - SPMG 060204
DESIGNATION D d L L1 CATALOG #
LT DR155 S06-4D 15.5 25 140 64 M2003746
LT DR160 S06-4D 16.0 25 140 64 M2003747
LT DR165 S06-4D 16.5 25 144 68 M2003748
LT DR170 S06-4D 17.0 25 144 68 M2003749
LT DR175 S06-4D 17.5 25 149 72 M2003750
LT DR180 S06-4D 18.0 25 149 72 M2003751
LT DR185 S06-4D 18.5 25 153 76 M2003752
LT DR190 S06-4D 19.0 25 153 76 M2004380
LT DR195 S06-4D 19.5 25 159 80 M2003753
LT DR200 S06-4D 20.0 25 159 80 M2003754
LT DR205 S06-4D 20.5 25 163 84 M2003755
LT DR210 S06-4D 21.0 25 163 84 M2003756
LT DR215 S06-4D 21.5 25 167 88 M2003757
* On Request
214 215
DRILLINGDRILLING
4 X D DRILL BODIES - SPMG
DRILL BODY SPARE PARTS
4 X D DRILL BODIES - SPMG
4XD DRILL BODIES* - SPMG 07T308
DESIGNATION D d L L1 CATALOG #
LT DR220 S07-4D 22.0 25 167 88 M2003758
LT DR225 S07-4D 22.5 32 177 92 M2003759
LT DR230 S07-4D 23.0 32 177 92 M2003760
LT DR235 S07-4D 23.5 32 182 96 M2003761
LT DR240 S07-4D 24.0 32 182 96 M2004381
LT DR245 S07-4D 24.5 32 187 100 M2003762
LT DR250 S07-4D 25.0 32 187 100 M2003763
LT DR255 S07-4D 25.5 32 191 104 M2003764
LT DR260 S07-4D 26.0 32 191 104 M2003765
LT DR265 S07-4D 26.5 32 195 108 M2003766
LT DR270 S07-4D 27.0 32 195 108 M2003767
LT DR275 S07-4D 27.5 32 200 112 M2003768
* On Request
4XD DRILL BODIES* - SPMG 090408
DESIGNATION D d L L1 CATALOG #
LT DR280 S09-4D 28.0 32 200 112 M2003769
LT DR285 S09-4D 28.5 32 204 116 M2003770
LT DR290 S09-4D 29.0 32 204 116 M2003771
LT DR295 S09-4D 29.5 32 211 120 M2003772
LT DR300 S09-4D 30.0 32 211 120 M2003773
LT DR310 S09-4D 31.0 32 216 124 M2003774
LT DR320 S09-4D 32.0 32 220 128 M2003775
LT DR330 S09-4D 33.0 32 225 132 M2003776
* On Request
SPARE PARTS PER INSERT KEY SCREW
SPMG 050204 NN LT 30 M2004169 M2003820
SPMG 060204 NN LT 30 M2004169 M2003823
SPMG 07T308 NN LT 30 M2002912 M2003824
SPMG 090408 NN LT 30 M2000602 M2003821
SPMG 110408 NN LT 30 M2000602 M2003822
4XD DRILL BODIES* - SPMG 110408
DESIGNATION D d L L1 CATALOG #
LT DR340 S11-4D 34.0 40 239 136 M2003738
LT DR350 S11-4D 35.0 40 244 140 M2003739
LT DR360 S11-4D 36.0 40 249 144 M2003740
LT DR370 S11-4D 37.0 40 254 148 M2003741
LT DR380 S11-4D 38.0 40 259 152 M2003742
LT DR390 S11-4D 39.0 40 263 156 M2003743
LT DR400 S11-4D 40.0 40 268 160 M2003744
LT DR410 S11-4D 41.0 40 273 164 M2003745
* On Request
USER GUIDE
217
216
DRILLING
MATERIAL GROUP
STEEL HIGH TEMP ALLOYS
STAINLESS STEEL HARDENED MATERIAL
CAST IRON ALU(>8%Si)
COOLANT TECHNICAL SECTION
p. 357 p. 370
TECHNICAL
INFORMATION
MACHINING CONDITIONS 219
TURNING 219
LT 10 - LT 1000 219
LT 1110S 244
LT 1120M 247
LT 1125P 249
LT 05 251
PARTING AND GROOVING 253
MILLING 257
LT 30 - LT 3000 257
LT 3130 310
LT 05 324
SOLID END MILLS 325
THREADING - TURNING AND MILLING 339
DRILLING 345
TECHNICAL GUIDE 351
LAMINA MATERIAL GUIDE 377
MACHINING
CONDITIONS
WCMX
DESIGNATION GRADE MATERIAL
RECOMMENDATION L S R CUTTING
DATA CATALOG #
WCMX 040208 NN LT 30 4.0 2.38 0.8 p.346 - 349 M3001122
WCMX 050308 NN LT 30 5.0 3.18 0.8 p.346 - 349 M3001121
WCMX 06T308 NN LT 30 6.0 3.97 0.8 p.346 - 349 M3000953
WCMX 080412 NN LT 30 8.0 4.76 1.2 p.346 - 349 M3000954
218 219
TECHNICAL INFORMATION
MACHINING
CONDITIONS
TURNING
HIGH TECHNOLOGY
220 221
MACHINING CONDITIONS | TURNING - LT 10 - LT 1000MACHINING CONDITIONS | TURNING - LT 10 - LT 1000
CCMT 09T304 NN
CCMT 120404 NN
CNMG 120404 NN
CPMT 09T304 NN
DCMT 11T304 NN
DNMG 110404 NN
DNMG 150404 NN
DNMG 150604 NN
SCMT 09T304 NN
TCMT 16T304 NN
TNMG 160404 NN
TNMG 220404 NN
TNUX 160404 L
TNUX 160404 R
TPMR 160304 NN
VBMT 160404 NN
VCMT 160404 NN
VNMG 160404 NN
WNMG 060404 NN
WNMG 080404 NN
WNMP 060404 NN
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/rev] Vc Amax
[mm2]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.30
3.0
0.11
0.23
180
330 0.60
2.00 0.18
300
190 HB 2.5 0.22 280 0.52 260
250 HB 0.20 250 0.48 240
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.30
2.50
0.10
0.20
120
280 0.50
2.00
0.14 260
230 HB 250 0.48 240
280 HB 2.00 0.18 210 0.40 0.13 200
350 HB 180 0.36 180
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.30
2.50
0.09
0.18
70
190 0.40
1.70 0.10
180
280 HB 0.16 150 140
320 HB 2.00 0.14 130 0.32 120
350 HB 110 0.26 110
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.30 2.50 0.08 0.18 170 270 0.32 2.00 0.09 260
240 HB 160 220 0.26 0.08 210
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.30 2.00 0.08 0.14 80 150 0.20 1.70 0.08 140
310 HB 70 140 140
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.30 2.50 0.08 0.18 170 250 0.32 1.70 0.09 240
42 HRc 2.00 0.16 120 190 0.26 1.50 0.08 180
K
Grey 7
GG20, GG40,
EN-GJL-250,
N030B
150 HB
0.30 3.00 0.08 0.20
170 250 0.64
2.00 0.18
240
200 HB 160 230 0.60 220
250 HB 150 210 200
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
0.30 2.50 0.08 0.18 120
250 0.48
2.00 0.13
240
200 HB 230 0.40 220
250 HB 190 0.40 180
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.30 2.00 0.09 0.15 25 50 0.26 1.30 0.10 40
Inconel 700 250 HB
Stellite 21 350 HB 23 45 35
Ti based 10 T40 - 0.30 2.00 0.09 0.16 35 60 0.32 1.30 0.14 50
TiAl6V4 - 0.14 45 65 0.26 0.10 60
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.30
1.80
0.05
0.12 50 100 0.20 1.40 0.10 90
50 HRc 1.50 0.10
40
90 0.17 1.10 0.08 80
55 HRc 1.40 0.09 80 0.13 0.90 0.06 70
Chilled Cast Iron Ni-Hard 2 400 HB 1.60 0.12 60 0.17 1.10 0.10 50
White Cast Iron G-X300CrMo15 55 HRc 1.40 0.09 30 50 0.13 0.90 0.06 40
NF Aluminium 12 AlSi12 130 HB 0.30 4.00 0.10 0.30 200 400 0.70 2.00 0.23 350
CCMT 09T308 NN
CPMT 09T308 NN
DCMT 11T308 NN
SCMT 09T308 NN
VBMT 160408 NN
VCMT 160408 NN
VNMG 160408 NN
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/rev] Vc Amax
[mm2]
Suggested Starting
Parameters
min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 4.00 0.21 0.50 180
330 1.62 2.70 0.32
240
190 HB 280 220
250 HB 0.45 250 1.35 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50
4.00 0.21 0.45
120
280 1.08
2.70
0.29 200
230 HB 3.20 250 180
280 HB 0.18 0.40 210 1.08 0.27 150
350 HB 2.80 180 0.90 130
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50
3.20
0.18
0.40
70
190 1.08
2.30
0.27 140
280 HB 150 120
320 HB 2.40 0.35 130 0.72 0.25 100
350 HB 110 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 4.00 0.20 0.40 170 270 1.08 2.70 0.23 190
240 HB 160 220 0.90 0.20 170
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 3.20 0.18 0.35 80 150 0.72 2.30 0.22 100
310 HB 70 140 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 4.00 0.18 0.40 170 250 0.63 2.30 0.18 190
42 HRc 3.20 120 190 2.00 130
K
Grey 7
GG20, GG40,
EN-GJL-250,
N030B
150 HB
0.50 4.00 0.15 0.60 170 250 1.80
2.70 0.32
200
200 HB 160 230 1.62 180
250 HB 0.55 150 210 160
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
0.50 4.00 0.15 0.50 120
250 1.35
2.70 0.27
180
200 HB 230 1.17 160
250 HB 190 1.08 140
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 2.40 0.20 0.35 25 45
45 0.63 1.80 0.25
32
Inconel 700 250 HB 30
Stellite 21 350 HB 23 40 28
Ti based 10 T40 - 0.50 3.20 0.20 0.40 35 55 0.72 1.80 0.30 45
TiAl6V4 - 2.40 0.35 45 65 0.63 0.27 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
2.00
0.11
0.30 50 100 0.54 1.80 0.23 80
50 HRc 1.60 0.25
40
90 0.36 1.40 0.18 70
55 HRc 1.20 0.20 80 0.27 0.90 0.16 60
Chilled Cast Iron Ni-Hard 2 400 HB 1.60 0.25 60 0.36 1.40 50
White Cast Iron G-X300CrMo15 55 HRc 1.20 0.20 30 50 0.27 0.90 0.14 40
NF Aluminium 12 AlSi12 130 HB 0.50 4.80 0.20 0.60 200 400 1.62 2.70 0.36 280
222 223
MACHINING CONDITIONS | TURNING - LT 10 - LT 1000MACHINING CONDITIONS | TURNING - LT 10 - LT 1000
CCMT 120412 NN
CNMP 120412 NN
TCMT 16T312 NN
CCMT 060204 NN
CPMT 060204 NN
DCMT 070204 NN
TCMT 110204 NN
VBMT 110304 NN
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/rev] Vc Amax
[mm2]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.3
2.1
0.08
0.20
180
330 0.32
1.0 0.14
300
190 HB 1.8 0.17 280 0.30 260
250 HB 250 240
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.3
1.8
0.08
0.17
120
280 0.30
1.0
0.11 260
230 HB 250 240
280 HB 1.4 0.15 210 0.25 0.10 200
350 HB 180 0.22 180
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.3
1.8
0.07
0.15
70
190 0.25 0.9
0.08
180
280 HB 0.14 150 140
320 HB 1.4 0.12 130 0.20 0.85 120
350 HB 110 0.16 110
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.3 1.8 0.06 0.15 170 270 0.20 1.0 0.07 260
240 HB 160 220 0.16 0.06 210
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.3 1.4 0.06 0.12 80 150 0.12 0.85 0.06 140
310 HB 70 140 140
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.3 1.8 0.06 0.15 170 250 0.20 0.9 0.08 240
42 HRc 1.4 0.14 120 190 0.16 0.07 180
K
Grey 7
GG20, GG40,
EN-GJL-250,
N030B
150 HB
0.3 2.1 0.06 0.17
170 250 0.40
1.0 0.16
240
200 HB 160 230 0.37 220
250 HB 150 210 200
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
0.3 1.8 0.06 0.15 120
250 0.30
1.0 0.14
240
200 HB 230 0.25 220
250 HB 190 180
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.3 1.4 0.08 0.13 25 50 0.16 0.7 0.08 40
Inconel 700 250 HB
Stellite 21 350 HB 23 45 35
Ti based 10 T40 - 0.3 1.4 0.07 0.12 35 60 0.16 0.7 0.08 50
TiAl6V4 - 0.14 45 65 0.2 0.11 60
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc 0.3 1.3
0.04
0.1 50 100 0.12 0.7 0.08 90
50 HRc 1.1 0.09
40
90 0.10 0.6 0.06 80
55 HRc 0.2 1.0 0.08 80 0.08 0.5 0.05 70
Chilled Cast Iron Ni-Hard 2 400 HB 0.3 1.1 0.1 60 0.11 0.6 0.08 50
White Cast Iron G-X300CrMo15 55 HRc 1.0 0.08 30 50 0.08 0.5 0.05 40
NF Aluminium 12 AlSi12 130 HB 0.3 2.8 0.08 0.26 200 400 0.44 1.0 0.18 350
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/rev] Vc Amax
[mm2]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 5.00 0.21 0.60 180
330 2.16 3.00 0.42
240
190 HB 280 220
250 HB 0.54 250 1.80 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50
5.00 0.21 0.54
120
280
1.44 3.00
0.38 200
230 HB 4.00 250 180
280 HB 0.18 0.48 210 0.36 150
350 HB 3.50 180 1.20 130
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50
4.00 0.18 0.48
70
190 1.44 2.50 0.36 140
280 HB 150 120
320 HB 3.00 0.18 0.42 130 0.96 2.50 0.34 100
350 HB 110 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 5.00 0.20 0.48 170 270 1.44 3.00 0.30 190
240 HB 160 220 1.20 0.26 170
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 4.00 0.18 0.42 80 150 0.96 2.50 0.29 100
310 HB 70 140 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 5.00 0.18 0.48 170 250 0.84 2.50 0.24 190
42 HRc 4.00 120 190 2.20 130
K
Grey 7
GG20, GG40,
EN-GJL-250,
N030B
150 HB
0.50 5.00 0.15 0.72 170 250 2.40
3.00 0.42
200
200 HB 160 230 2.16 180
250 HB 0.66 150 210 160
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
0.50 5.00 0.15 0.60 120
250 1.80
3.00 0.36
180
200 HB 230 1.56 160
250 HB 190 1.44 140
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 3.00 0.20 0.42 25 45
45 0.84 2.00 0.34
32
Inconel 700 250 HB 30
Stellite 21 350 HB 23 40 28
Ti based 10 T40 - 0.50 4.00 0.20 0.48 35 55 0.96 2.00 0.40 45
TiAl6V4 - 3.00 0.42 45 65 0.84 0.36 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
2.50
0.11
0.36 50 100 0.72 2.00 0.30 80
50 HRc 2.00 0.30
40
90 0.48 1.50 0.24 70
55 HRc 1.50 0.24 80 0.36 1.00 0.22 60
Chilled Cast Iron Ni-Hard 2 400 HB 2.00 0.30 60 0.48 1.50 50
White Cast Iron G-X300CrMo15 55 HRc 1.50 0.24 30 50 0.36 1.00 0.18 40
NF Aluminium 12 AlSi12 130 HB 0.50 6.00 0.20 0.72 200 400 2.16 3.00 0.48 280
224 225
MACHINING CONDITIONS | TURNING - LT 10 - LT 1000MACHINING CONDITIONS | TURNING - LT 10 - LT 1000
CNMG 120408 NX
DNMG 150408 NX
DNMG 150608 NX
DNUX 150608 R11
KNUX 160405 L / R
TNMG 160408 NX
TNMG 220408 NX
TNUX 160408 L
TNUX 160408 R
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/rev] Vc Amax
[mm2]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 5.00 0.18 0.50 180
330 1.71 3.00
0.36 240
190 HB 280 0.33 220
250 HB 0.45 250 1.42 0.31 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50
5.00 0.18 0.45
120
280
1.14 3.00 0.30 200
230 HB 4.00 250 180
280 HB 0.16 0.40 210 0.29 150
350 HB 3.50 180 0.95 2.70 130
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50
4.00
0.16
0.40
70
190 1.14
2.50
0.29 140
280 HB 150 120
320 HB 3.00 0.35 130 0.76 0.27 100
350 HB 110 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 5.00 0.18 0.40 170 270 1.14 3.00 0.24 190
240 HB 160 220 0.95 0.21 170
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 4.00 0.16 0.35 80 150 0.76 2.50 0.23 100
310 HB 70 140 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 5.00 0.16 0.40 170 250 0.67 2.50 0.19 190
42 HRc 4.00 120 190 2.20 130
K
Grey 7
GG20, GG40,
EN-GJL-250,
N030B
150 HB
0.50 5.00 0.13 0.60 170 250 1.90
3.00 0.33
200
200 HB 160 230 1.71
1.71
180
250 HB 0.55 150 210 160
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
0.50 5.00 0.13 0.50 120
250 1.42
3.00 0.29
180
200 HB 230 1.24 160
250 HB 190 1.14 140
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 3.00 0.18 0.35 25 45
45 0.67 2.00 0.27
32
Inconel 700 250 HB 30
Stellite 21 350 HB 23 40 28
Ti based 10 T40 - 0.50 3.50 0.18 0.40 35 55 0.76 2.00 0.31 45
TiAl6V4 - 3.00 0.35 45 65 0.67 0.29 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
2.50
0.10
0.30 50 100 0.57 2.00 0.24 80
50 HRc 2.00 0.25
40
90 0.38 1.50 0.19 70
55 HRc 1.50 0.20 80 0.28 1.00 0.17 60
Chilled Cast Iron Ni-Hard 2 400 HB 2.00 0.25 60 0.38 1.50 50
White Cast Iron G-X300CrMo15 55 HRc 1.50 0.20 30 50 0.28 1.00 0.14 40
NF Aluminium 12 AlSi12 130 HB 0.50 6.00 0.18 0.60 200 400 1.71 3.00 0.38 280
CNMG 120408 NN
DNMG 110408 NN
DNMG 150408 NN
DNMG 150608 NN
TNMG 160408 NN
TNMG 220408 NN
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/rev] Vc Amax
[mm2]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 5.00 0.21 0.50 180
330 1.80 3.00
0.38 240
190 HB 280 0.35 220
250 HB 0.45 250 1.50 0.33 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50
5.00 0.21 0.45
120
280
1.20 3.00 0.32 200
230 HB 4.00 250 180
280 HB 0.18 0.40 210 0.30 150
350 HB 3.50 180 1.00 2.70 130
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50
4.00
0.18
0.40
70
190 1.20 2.50 0.30 140
280 HB 150 120
320 HB 3.00 0.35 130 0.80 2.20 0.28 100
350 HB 110 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 5.00 0.20 0.40 170 270 1.20 3.00 0.25 190
240 HB 160 220 1.00 0.22 170
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 4.00 0.18 0.35 80 150 0.80 2.50 0.24 100
310 HB 70 140 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 5.00 0.18 0.40 170 250 0.70 2.50 0.20 190
42 HRc 4.00 120 190 2.20 130
K
Grey 7
GG20, GG40,
EN-GJL-250,
N030B
150 HB
0.50 5.00 0.15 0.60 170 250 2.00
3.00 0.35
200
200 HB 160 230 1.80 180
250 HB 0.55 150 210 160
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
0.50 5.00 0.15 0.50 120
250 1.50
3.00 0.30
180
200 HB 230 1.30 160
250 HB 190 1.20 140
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 3.00 0.20 0.35 25 45
45 0.70 2.00 0.28
32
Inconel 700 250 HB 30
Stellite 21 350 HB 23 40 28
Ti based 10 T40 - 0.50 3.50 0.20 0.40 35 55 0.80 2.00 0.33 45
TiAl6V4 - 3.00 0.35 45 65 0.70 0.30 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
2.50
0.11
0.30 50 100 0.60 2.00 0.25 80
50 HRc 2.00 0.25
40
90 0.40 1.50 0.20 70
55 HRc 1.50 0.20 80 0.30 1.00 0.18 60
Chilled Cast Iron Ni-Hard 2 400 HB 2.00 0.25 60 0.40 1.50 50
White Cast Iron G-X300CrMo15 55 HRc 1.50 0.20 30 50 0.30 1.00 0.15 40
NF Aluminium 12 AlSi12 130 HB 0.50 6.00 0.20 0.60 200 400 1.80 3.00 0.40 280
226 227
MACHINING CONDITIONS | TURNING - LT 10 - LT 1000MACHINING CONDITIONS | TURNING - LT 10 - LT 1000
CNMG 120412 NN
DNMG 150412 NN
DNMG 150612 NN
TNMG 160412 NN
TNMG 220412 NN
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/rev] Vc Amax
[mm2]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.70 6.00 0.26 0.68 180
330 3.06 4.00
0.50 240
190 HB 280 0.46 220
250 HB 0.61 250 2.55 0.44 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.70
6.00 0.26 0.61
120
280
2.04 4.00 0.42 200
230 HB 4.80 250 180
280 HB 0.22 0.54 210 0.40 150
350 HB 4.20 180 1.70 3.60 130
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.70
4.80
0.22
0.54
70
190 2.04
3.40
0.40 140
280 HB 150 120
320 HB 3.60 0.47 130 1.36 0.37 100
350 HB 110 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.70 6.00 0.25 0.54 170 270 2.04 4.00 0.33 190
240 HB 160 220 1.70 0.29 170
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.70 4.80 0.22 0.47 80 150 1.36 3.40 0.32 100
310 HB 70 140 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.70 6.00 0.22 0.54 170 250 1.19 3.40 0.26 190
42 HRc 4.80 120 190 2.90 130
K
Grey 7
GG20, GG40,
EN-GJL-250,
N030B
150 HB
0.70 6.00 0.19 0.81 170 250 3.40
4.00 0.46
200
200 HB 160 230 3.06 180
250 HB 0.74 150 210 160
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
0.70 6.00 0.19 0.68 120
250 2.55
4.00 0.40
180
200 HB 230 2.21 160
250 HB 190 2.04 140
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.70 3.60 0.25 0.47 25 45
45 1.19 2.70 0.37
32
Inconel 700 250 HB 30
Stellite 21 350 HB 23 40 28
Ti based 10 T40 - 0.70 4.20 0.25 0.54 35 55 1.36 2.70 0.44 45
TiAl6V4 - 3.60 0.47 45 65 1.19 0.40 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.70
3.00
0.14
0.41 50 100 1.02 2.70 0.33 80
50 HRc 2.40 0.34
40
90 0.68 2.00 0.26 70
55 HRc 1.80 0.27 80 0.51 1.30 0.24 60
Chilled Cast Iron Ni-Hard 2 400 HB 2.40 0.34 60 0.68 2.00 50
White Cast Iron G-X300CrMo15 55 HRc 1.80 0.27 30 50 0.51 1.30 0.20 40
NF Aluminium 12 AlSi12 130 HB 0.70 7.20 0.25 0.81 200 400 3.06 4.00 0.53 280
CNMG 120412 NX
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/rev] Vc Amax
[mm2]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.70 6.00 0.22 0.60 180
330
2.34 4.00
0.50 240
190 HB 280 0.46 220
250 HB 0.56 250 0.44 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.70
6.00 0.22 0.54
120
280
1.95 4.00 0.42 200
230 HB 4.80 250 180
280 HB 0.19 0.48 210 0.40 150
350 HB 4.20 180 1.60 3.60 130
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.70
4.80
0.19
0.48
70
190 1.55
3.40
0.40 140
280 HB 150 120
320 HB 3.60 0.42 130 1.10 0.37 100
350 HB 110 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.70 6.00 0.21 0.48 170 270 1.50 4.00 0.33 190
240 HB 160 220 1.40 0.29 170
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.70 4.80 0.19 0.42 80 150 1.20 3.40 0.32 100
310 HB 70 140 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.70 6.00 0.19 0.42 170 250 1.00 3.40 0.26 190
42 HRc 4.80 120 190 2.90 130
K
Grey 7
GG20, GG40,
EN-GJL-250,
N030B
150 HB
0.70 6.00 0.16 0.70 170 250 3.20
4.00 0.46
200
200 HB 160 230 3.00 180
250 HB 0.65 150 210 160
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
0.70 6.00 0.16 0.60 120
250 2.80
4.00 0.40
180
200 HB 230 2.60 160
250 HB 190 2.40 140
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.70 3.60 0.20 0.42 25 45
1.10 2.70 0.37
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 23 40 28
Ti based 10 T40 - 0.70 4.20 0.20 0.44 35 55 1.15 2.70 0.44 45
TiAl6V4 - 3.60 0.40 45 65 1.00 0.40 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.70
3.00
0.12
0.36 50 100 0.80 2.50 0.29 80
50 HRc 2.40 0.32
40
90 0.55 2.00 0.23 70
55 HRc 1.80 0.26 80 0.42 1.50 0.21 60
Chilled Cast Iron Ni-Hard 2 400 HB 2.40 0.28 60 0.55 2.00 50
White Cast Iron G-X300CrMo15 55 HRc 1.80 0.26 30 50 0.41 1.40 0.18 40
NF Aluminium 12 AlSi12 130 HB 0.70 7.20 0.23 0.70 200 400 2.5 4.00 0.53 280
228 229
MACHINING CONDITIONS | TURNING - LT 10 - LT 1000MACHINING CONDITIONS | TURNING - LT 10 - LT 1000
CNMG 120408 NM
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/rev] Vc Amax
[mm2]
Suggested Starting
Parameters
min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 5.00 0.21 0.65 180
330 2.70 3.60 0.42
240
190 HB 280 220
250 HB 0.59 250 2.25 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50
5.00 0.21 0.59
120
280
1.80 3.60 0.38 200
230 HB 4.00 250 180
280 HB 0.18 0.52 210 0.36 150
350 HB 3.50 180 1.50 3.20 130
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50
4.00
0.18
0.52
70
190 1.80
3.00
0.36 140
280 HB 150 120
320 HB 3.00 0.46 130 1.20 0.34 100
350 HB 110 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 5.00 0.20 0.52 170 270 1.80 3.60 0.30 190
240 HB 160 220 1.50 0.26 170
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 4.00 0.18 0.46 80 150 1.20 3.00 0.29 100
310 HB 70 140 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 5.00 0.18 0.52 170 250 1.05 3.00 0.24 190
42 HRc 4.00 120 190 2.60 130
K
Grey 7
GG20, GG40,
EN-GJL-250,
N030B
150 HB
0.50 5.00 0.15 0.78 170 250 3.00
3.60 0.42
200
200 HB 160 230 2.70 180
250 HB 0.72 150 210 160
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
0.50 5.00 0.15 0.65 120
250 2.25
3.60 0.36
180
200 HB 230 1.95 160
250 HB 190 1.80 140
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 2.10 0.24 0.46 25 45
45 0.84 1.70 0.35
32
Inconel 700 250 HB 30
Stellite 21 350 HB 23 40 28
Ti based 10 T40 - 0.50 2.50 0.24 0.52 35 55 0.96 1.70 0.41 45
TiAl6V4 - 2.10 0.46 45 65 0.84 0.38 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
1.80
0.13
0.39 50 100 0.72 1.70 0.31 80
50 HRc 1.40 0.33
40
90 0.48 1.30 0.25 70
55 HRc 1.10 0.26 80 0.36 0.90 0.23 60
Chilled Cast Iron Ni-Hard 2 400 HB 1.40 0.33 60 0.48 1.30 50
White Cast Iron G-X300CrMo15 55 HRc 1.10 0.26 30 50 0.36 0.90 0.19 40
NF Aluminium 12 AlSi12 130 HB 0.50 4.20 0.24 0.78 200 400 2.16 2.60 0.50 280
SNMG 120408 NX
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/rev] Vc Amax
[mm2]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 5.00 0.26 0.70 180
330 2.41 3.00
0.51 240
190 HB 280 0.47 220
250 HB 0.63 250 2.01 0.45 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50
5.00 0.26 0.63
120
280
1.61 3.00 0.43 200
230 HB 4.00 250 180
280 HB 0.22 0.56 210 0.41 150
350 HB 3.50 180 1.34 2.70 130
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50
4.00
0.22
0.56
70
190 1.61 2.50 0.41 140
280 HB 150 120
320 HB 3.00 0.49 130 1.07 2.20 0.38 100
350 HB 110 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 5.00 0.25 0.56 170 270 1.61 3.00 0.34 190
240 HB 160 220 1.34 0.30 170
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 4.00 0.22 0.49 80 150 1.07 2.50 0.32 100
310 HB 70 140 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 5.00 0.22 0.56 170 250 0.94 2.50 0.27 190
42 HRc 4.00 120 190 2.20 130
K
Grey 7
GG20, GG40,
EN-GJL-250,
N030B
150 HB
0.50 5.00 0.18 0.84 170 250 2.68
3.00 0.47
200
200 HB 160 230 2.41 180
250 HB 0.77 150 210 160
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
0.50 5.00 0.18 0.70 120
250 2.01
3.00 0.41
180
200 HB 230 1.74 160
250 HB 190 1.61 140
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 3.00 0.25 0.49 25 45
45 0.94 2.00 0.38
32
Inconel 700 250 HB 30
Stellite 21 350 HB 23 40 28
Ti based 10 T40 - 0.50 3.50 0.25 0.56 35 55 1.07 2.00 0.45 45
TiAl6V4 - 3.00 0.49 45 65 0.94 0.41 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
2.50
0.14
0.42 50 100 0.80 2.00 0.34 80
50 HRc 2.00 0.35
40
90 0.54 1.50 0.27 70
55 HRc 1.50 0.28 80 0.40 1.00 0.24 60
Chilled Cast Iron Ni-Hard 2 400 HB 2.00 0.35 60 0.54 1.50 50
White Cast Iron G-X300CrMo15 55 HRc 1.50 0.28 30 50 0.40 1.00 0.20 40
NF Aluminium 12 AlSi12 130 HB 0.50 6.00 0.25 0.84 200 400 2.41 3.00 0.54 280
230 231
MACHINING CONDITIONS | TURNING - LT 10 - LT 1000MACHINING CONDITIONS | TURNING - LT 10 - LT 1000
SNMG 120408 NN
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/rev] Vc Amax
[mm2]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 5.00 0.30 0.70 180
330 2.54 3.00
0.54 240
190 HB 280 0.50 220
250 HB 0.63 250 2.12 0.47 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50
5.00 0.30 0.63
120
280
1.69 3.00 0.45 200
230 HB 4.00 250 180
280 HB 0.25 0.56 210 0.43 150
350 HB 3.50 180 1.41 2.70 130
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50
4.00
0.25
0.56
70
190 1.69 2.50 0.43 140
280 HB 150 120
320 HB 3.00 0.49 130 1.13 2.20 0.40 100
350 HB 110 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 5.00 0.28 0.56 170 270 1.69 3.00 0.36 190
240 HB 160 220 1.41 0.31 170
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 4.00 0.25 0.49 80 150 1.13 2.50 0.34 100
310 HB 70 140 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 5.00 0.25 0.56 170 250 0.99 2.50 0.28 190
42 HRc 4.00 120 190 2.20 130
K
Grey 7
GG20, GG40,
EN-GJL-250,
N030B
150 HB
0.50 5.00 0.21 0.84 170 250 2.82
3.00 0.50
200
200 HB 160 230 2.54 180
250 HB 0.77 150 210 160
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
0.50 5.00 0.21 0.70 120
250 2.12
3.00 0.43
180
200 HB 230 1.83 160
250 HB 190 1.69 140
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 3.00 0.28 0.49 25 45
0.99 2.00 0.40
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 23 40 28
Ti based 10 T40 - 0.50 3.50 0.28 0.56 35 55 1.13 2.00 0.47 45
TiAl6V4 - 3.00 0.49 45 65 0.99 0.43 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
2.50
0.16
0.42 50 100 0.85 2.00 0.36 80
50 HRc 2.00 0.35
40
90 0.56 1.50 0.28 70
55 HRc 1.50 0.28 80 0.42 1.00 0.26 60
Chilled Cast Iron Ni-Hard 2 400 HB 2.00 0.35 60 0.56 1.50 50
White Cast Iron G-X300CrMo15 55 HRc 1.50 0.28 30 50 0.42 1.00 0.21 40
NF Aluminium 12 AlSi12 130 HB 0.50 6.00 0.28 0.84 200 400 2.54 3.00 0.57 280
SNMG 120412 NN
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/rev] Vc Amax
[mm2]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.70 6.00 0.37 0.95 180
330 3.96 4.00
0.71 240
190 HB 280 0.65 220
250 HB 0.86 250 3.30 0.61 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.70
6.00 0.37 0.86
120
280
2.64 4.00 0.60 200
230 HB 4.80 250 180
280 HB 0.32 0.76 210 0.56 150
350 HB 4.20 180 2.20 3.60 130
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.70
4.80
0.32
0.76
70
190 2.64 3.40 0.56 140
280 HB 150 120
320 HB 3.60 0.67 130 1.76 2.90 0.52 100
350 HB 110 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.70 6.00 0.35 0.76 170 270 2.64 4.00 0.47 190
240 HB 160 220 2.20 0.41 170
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.70 4.80 0.32 0.67 80 150 1.76 3.40 0.45 100
310 HB 70 140 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.70 6.00 0.32 0.76 170 250 1.54 3.40 0.37 190
42 HRc 4.80 120 190 2.90 130
K
Grey 7
GG20, GG40,
EN-GJL-250,
N030B
150 HB
0.70 6.00 0.26 1.14 170 250 4.40
4.00 0.65
200
200 HB 160 230 3.96 180
250 HB 1.05 150 210 160
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
0.70 6.00 0.26 0.95 120
250 3.30
4.00 0.56
180
200 HB 230 2.86 160
250 HB 190 2.64 140
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.70 3.60 0.35 0.67 25 45
1.54 2.70 0.52
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 23 40 28
Ti based 10 T40 - 0.70 4.20 0.35 0.76 35 55 1.76 2.70 0.61 45
TiAl6V4 - 3.60 0.67 45 65 1.54 0.56 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.70
3.00
0.19
0.57 50 100 1.32 2.70 0.47 80
50 HRc 2.40 0.48
40
90 0.88 2.00 0.37 70
55 HRc 1.80 0.38 80 0.66 1.30 0.33 60
Chilled Cast Iron Ni-Hard 2 400 HB 2.40 0.48 60 0.88 2.00 50
White Cast Iron G-X300CrMo15 55 HRc 1.80 0.38 30 50 0.66 1.30 0.28 40
NF Aluminium 12 AlSi12 130 HB 0.70 7.20 0.35 1.14 200 400 3.96 4.00 0.74 280
232 233
MACHINING CONDITIONS | TURNING - LT 10 - LT 1000MACHINING CONDITIONS | TURNING - LT 10 - LT 1000
WNMG 060408 NX
WNMG 080408 NX
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/rev] Vc Amax
[mm2]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 2.50 0.18 0.50 180
330 1.13 1.80
0.36 240
190 HB 280 0.33 220
250 HB 0.45 250 0.95 0.31 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50
2.50 0.18 0.45
120
280
0.76 1.80 0.30 200
230 HB 2.00 250 180
280 HB 0.16 0.40 210 0.29 150
350 HB 1.80 180 0.63 1.60 130
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50
2.00 0.16 0.40
70
190 0.76 1.50 0.29 140
280 HB 150 120
320 HB 1.50 0.16 0.35 130 0.50 1.30 0.27 100
350 HB 110 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 2.50 0.18 0.40 170 270 0.76 1.80 0.24 190
240 HB 160 220 0.63 0.21 170
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 2.00 0.16 0.35 80 150 0.50 1.50 0.23 100
310 HB 70 140 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 2.50 0.16 0.40 170 250 0.44 1.50 0.19 190
42 HRc 2.00 120 190 1.30 130
K
Grey 7
GG20, GG40,
EN-GJL-250,
N030B
150 HB
0.50 2.50 0.13 0.60 170 250 1.26
1.80 0.33
200
200 HB 160 230 1.13 180
250 HB 0.55 150 210 160
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
0.50 2.50 0.13 0.50 120
250 0.95
1.80 0.29
180
200 HB 230 0.82 160
250 HB 190 0.76 140
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 1.50 0.18 0.35 25 45
45 0.44 1.20 0.27
32
Inconel 700 250 HB 30
Stellite 21 350 HB 23 40 28
Ti based 10 T40 - 0.50 1.80 0.18 0.40 35 55 0.50 1.20 0.31 45
TiAl6V4 - 1.50 0.35 45 65 0.44 0.29 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
1.30
0.10
0.30 0.50 100 0.38 1.20 0.24 80
50 HRc 1.00 0.25
40
90 0.25 0.90 0.19 70
55 HRc 0.80 0.20 80 0.19 0.60 0.17 60
Chilled Cast Iron Ni-Hard 2 400 HB 1.00 0.25 60 0.25 0.90 50
White Cast Iron G-X300CrMo15 55 HRc 0.80 0.20 30 50 0.19 0.60 0.14 40
NF Aluminium 12 AlSi12 130 HB 0.50 3.00 0.18 0.60 200 400 1.13 1.80 0.38 280
WNMG 060408 NN
WNMG 080408 NN
WNMP 060408 NN
WNMP 080408 NN
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/rev] Vc Amax
[mm2]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 2.50 0.21 0.50 180
330 1.17 1.80
0.38 240
190 HB 280 0.35 220
250 HB 0.45 250 0.98 0.33 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50
2.50 0.21 0.45
120
280
0.78 1.80 0.32 200
230 HB 2.00 250 180
280 HB 0.18 0.40 210 0.30 150
350 HB 1.80 180 0.65 1.60 130
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50
2.00
0.18
0.40
70
190 0.78 1.50 0.30 140
280 HB 150 120
320 HB 1.50 0.35 130 0.52 1.30 0.28 100
350 HB 110 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 2.50 0.20 0.40 170 270 0.78 1.80 0.25 190
240 HB 160 220 0.65 0.22 170
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 2.00 0.18 0.35 80 150 0.52 1.50 0.24 100
310 HB 70 140 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 2.50 0.18 0.40 170 250 0.46 1.50 0.20 190
42 HRc 2.00 120 190 1.30 130
K
Grey 7
GG20, GG40,
EN-GJL-250,
N030B
150 HB
0.50 2.50 0.15 0.60 170 250 1.30
1.80 0.35
200
200 HB 160 230 1.17 180
250 HB 0.55 150 210 160
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
0.50 2.50 0.15 0.50 120
250 0.98
1.80 0.30
180
200 HB 230 0.85 160
250 HB 190 0.78 140
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 1.50 0.20 0.35 25 45
45 0.46 1.20 0.28
32
Inconel 700 250 HB 30
Stellite 21 350 HB 23 40 28
Ti based 10 T40 - 0.50 1.80 0.20 0.40 35 55 0.52 1.20 0.33 45
TiAl6V4 - 1.50 0.35 45 65 0.46 0.30 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
1.30
0.11
0.30 50 100 0.39 1.20 0.25 80
50 HRc 1.00 0.25
40
90 0.26 0.90 0.20 70
55 HRc 0.80 0.20 80 0.20 0.60 0.18 60
Chilled Cast Iron Ni-Hard 2 400 HB 1.00 0.25 60 0.26 0.90 50
White Cast Iron G-X300CrMo15 55 HRc 0.80 0.20 30 50 0.20 0.60 0.15 40
NF Aluminium 12 AlSi12 130 HB 0.50 3.00 0.20 0.60 200 400 1.17 1.80 0.40 280
234 235
MACHINING CONDITIONS | TURNING - LT 10 - LT 1000MACHINING CONDITIONS | TURNING - LT 10 - LT 1000
WNMG 080412 NN
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/rev] Vc Amax
[mm2]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.70 3.50 0.25 0.65 180
330 2.16 2.60
0.48 240
190 HB 280 0.44 220
250 HB 0.59 250 1.80 0.41 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.70
3.50 0.25 0.59
120
280
1.44 2.60 0.40 200
230 HB 2.80 250 180
280 HB 0.22 0.52 210 0.38 150
350 HB 2.50 180 1.20 2.30 130
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.70
2.80
0.22
0.52
70
190 1.44 2.10 0.38 140
280 HB 150 120
320 HB 2.10 0.46 130 0.96 1.90 0.35 100
350 HB 110 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.70 3.50 0.24 0.52 170 270 1.44 2.60 0.31 190
240 HB 160 220 1.20 0.28 170
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.70 2.80 0.22 0.46 80 150 0.96 2.10 0.30 100
310 HB 70 140 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.70 3.50 0.22 0.52 170 250 0.84 2.10 0.25 190
42 HRc 2.80 120 190 1.90 130
K
Grey 7
GG20, GG40,
EN-GJL-250,
N030B
150 HB
0.70 3.50 0.18 0.78 170 250 2.40
2.60 0.44
200
200 HB 160 230 2.16 180
250 HB 0.72 150 210 160
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
0.70 3.50 0.18 0.65 120
250 1.80
2.60 0.38
180
200 HB 230 1.56 160
250 HB 190 1.44 140
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.70 2.10 0.24 0.46 25 45
45 0.84 1.70 0.35
32
Inconel 700 250 HB 30
Stellite 21 350 HB 23 40 28
Ti based 10 T40 - 0.70 2.50 0.24 0.52 35 55 0.96 1.70 0.41 45
TiAl6V4 - 2.10 0.46 45 65 0.84 0.38 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.70
1.80
0.13
0.39 50 100 0.72 1.70 0.31 80
50 HRc 1.40 0.33
40
90 0.48 1.30 0.25 70
55 HRc 1.10 0.26 80 0.36 0.90 0.23 60
Chilled Cast Iron Ni-Hard 2 400 HB 1.40 0.33 60 0.48 1.30 50
White Cast Iron G-X300CrMo15 55 HRc 1.10 0.26 30 50 0.36 0.90 0.19 40
NF Aluminium 12 AlSi12 130 HB 0.70 4.20 0.24 0.78 200 400 2.16 2.60 0.50 280
WNMG 080408 NM
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/rev] Vc Amax
[mm2]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 3.50 0.25 0.65 180
330 2.16 2.60
0.48 240
190 HB 280 0.44 220
250 HB 0.59 250 1.80 0.41 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50
3.50 0.25 0.59
120
280
1.44 2.60 0.40 200
230 HB 2.80 250 180
280 HB 0.22 0.52 210 0.38 150
350 HB 2.50 180 1.20 2.30 130
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50
2.80
0.22
0.52
70
190 1.44 2.10 0.38 140
280 HB 150 120
320 HB 2.10 0.46 130 0.96 1.90 0.35 100
350 HB 110 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 3.50 0.24 0.52 170 270 1.44 2.60 0.31 190
240 HB 160 220 1.20 0.28 170
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 2.80 0.22 0.46 80 150 0.96 2.10 0.30 100
310 HB 70 140 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 3.50 0.22 0.52 170 250 0.84 2.10 0.25 190
42 HRc 2.80 120 190 1.90 130
K
Grey 7
GG20, GG40,
EN-GJL-250,
N030B
150 HB
0.50 3.50 0.18 0.78 170 250 2.40
2.60 0.44
200
200 HB 160 230 2.16 180
250 HB 0.72 150 210 160
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
0.50 3.50 0.18 0.65 120
250 1.80
2.60 0.38
180
200 HB 230 1.56 160
250 HB 190 1.44 140
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 2.10 0.24 0.46 25 45
45 0.84 1.70 0.35
32
Inconel 700 250 HB 30
Stellite 21 350 HB 23 40 28
Ti based 10 T40 - 0.50 2.50 0.24 0.52 35 55 0.96 1.70 0.41 45
TiAl6V4 - 2.10 0.46 45 65 0.84 0.38 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
1.80
0.13
0.39 50 100 0.72 1.70 0.31 80
50 HRc 1.40 0.33
40
90 0.48 1.30 0.25 70
55 HRc 1.10 0.26 80 0.36 0.90 0.23 60
Chilled Cast Iron Ni-Hard 2 400 HB 1.40 0.33 60 0.48 1.30 50
White Cast Iron G-X300CrMo15 55 HRc 1.10 0.26 30 50 0.36 0.90 0.19 40
NF Aluminium 12 AlSi12 130 HB 0.50 4.20 0.24 0.78 200 400 2.16 2.60 0.50 280
236 237
MACHINING CONDITIONS | TURNING - LT 10 - LT 1000MACHINING CONDITIONS | TURNING - LT 10 - LT 1000
CNMM 120408 NR
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/rev] Vc Amax
[mm2]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 7.00 0.21 0.60 180
330 2.88 4.20
0.46 240
190 HB 280 0.42 220
250 HB 0.54 250 2.40 0.40 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50
7.00 0.21 0.54
120
280
1.92 4.20 0.38 200
230 HB 5.60 250 180
280 HB 0.18 0.48 210 0.36 150
350 HB 4.90 180 1.60 3.80 130
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50
5.60
0.18
0.48
70
190 1.92 3.50 0.36 140
280 HB 150 120
320 HB 4.20 0.42 130 1.28 3.10 0.34 100
350 HB 110 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 7.00 0.20 0.48 170 270 1.92 4.20 0.30 190
240 HB 160 220 1.60 0.26 170
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 5.60 0.18 0.42 80 150 1.28 3.50 0.29 100
310 HB 70 140 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 7.00 0.18 0.48 170 250 1.12 3.50 0.24 190
42 HRc 5.60 120 190 3.10 130
K
Grey 7
GG20, GG40,
EN-GJL-250,
N030B
150 HB
0.50 7.00 0.15 0.72 170 250 3.20
4.20 0.42
200
200 HB 160 230 2.88 180
250 HB 0.66 150 210 160
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
0.50 7.00 0.15 0.60 120
250 2.40
4.20 0.36
180
200 HB 230 2.08 160
250 HB 190 1.92 140
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 4.20 0.20 0.42 25 45
1.12 2.80 0.34
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 23 40 28
Ti based 10 T40 - 0.50 4.90 0.20 0.48 35 55 1.28 2.80 0.40 45
TiAl6V4 - 4.20 0.42 45 65 1.12 2.80 0.36 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
3.50
0.11
0.36 50 100 0.96 2.80 0.30 80
50 HRc 2.80 0.30
40
90 0.64 2.10 0.24 70
55 HRc 2.10 0.24 80 0.48 1.40 0.22 60
Chilled Cast Iron Ni-Hard 2 400 HB 2.80 0.30 60 0.64 2.10 50
White Cast Iron G-X300CrMo15 55 HRc 2.10 0.24 30 50 0.48 1.40 0.18 40
NF Aluminium 12 AlSi12 130 HB 0.50 8.40 0.20 0.72 200 400 2.88 4.20 0.48 280
CNMM 120412 NR
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/rev] Vc Amax
[mm2]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.70 7.00 0.21 0.60 180
330 3.24 5.00
0.46 240
190 HB 280 0.42 220
250 HB 0.54 250 2.70 0.40 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.70
7.00 0.21 0.54
120
280
2.16 5.00 0.38 200
230 HB 5.60 250 180
280 HB 0.18 0.48 210 0.36 150
350 HB 4.90 180 1.80 4.50 130
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.70
5.60
0.18
0.48
70
190 2.16 4.10 0.36 140
280 HB 150 120
320 HB 4.20 0.42 130 1.44 3.60 0.34 100
350 HB 110 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.70 7.00 0.20 0.48 170 270 2.16 5.00 0.30 190
240 HB 160 220 1.80 0.26 170
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.70 5.60 0.18 0.42 80 150 1.44 4.10 0.29 100
310 HB 70 140 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.70 7.00 0.18 0.48 170 250 1.26 4.10 0.24 190
42 HRc 5.60 120 190 3.60 130
K
Grey 7
GG20, GG40,
EN-GJL-250,
N030B
150 HB
0.70 7.00 0.15 0.72 170 250 3.60
5.00 0.42
200
200 HB 160 230 3.24 180
250 HB 0.66 150 210 160
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
0.70 7.00 0.15 0.60 120
250 2.70
5.00 0.36
180
200 HB 230 2.34 160
250 HB 190 2.16 140
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.70 4.20 0.20 0.42 25 45
45 1.26 3.30 0.34
32
Inconel 700 250 HB 30
Stellite 21 350 HB 23 40 28
Ti based 10 T40 - 0.70 4.90 0.20 0.48 35 55 1.44 3.30 0.40 45
TiAl6V4 - 4.20 0.42 45 65 1.26 0.36 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.70
3.50
0.11
0.36 50 100 1.08 3.30 0.30 80
50 HRc 2.80 0.30
40
90 0.72 2.50 0.24 70
55 HRc 2.10 0.24 80 0.54 1.70 0.22 60
Chilled Cast Iron Ni-Hard 2 400 HB 2.80 0.30 60 0.72 2.50 50
White Cast Iron G-X300CrMo15 55 HRc 2.10 0.24 30 50 0.54 1.70 0.18 40
NF Aluminium 12 AlSi12 130 HB 0.70 8.40 0.20 0.72 200 400 3.24 5.00 0.48 280
238 239
MACHINING CONDITIONS | TURNING - LT 10 - LT 1000MACHINING CONDITIONS | TURNING - LT 10 - LT 1000
CCMT 120408 NN
CNMP 120408 NN
TCMT 16T308 NN
TNMP 160408 NN
TPMR 160308 NN
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/rev] Vc Amax
[mm2]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 5.00 0.21 0.50 180
330 1.80 3.00 0.35
240
190 HB 280 220
250 HB 0.45 250 1.50 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50
5.00 0.21 0.45
120
280
1.20 3.00
0.32 200
230 HB 4.00 250 180
280 HB 0.18 0.40 210 0.30 150
350 HB 3.50 180 1.00 130
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50
4.00
0.18
0.40
70
190 1.20
2.50
0.30 140
280 HB 150 120
320 HB 3.00 0.35 130 0.80 0.28 100
350 HB 110 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 5.00 0.20 0.40 170 270 1.20 3.00 0.35 190
240 HB 160 220 1.00 0.32 170
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 4.00 0.18 0.35 80 150 0.80 2.50 0.28 100
310 HB 70 140 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 5.00 0.22 0.40 170 250 1.00 3.00 0.32 190
42 HRc 4.00 120 190 2.50 130
K
Grey 7
GG20, GG40,
EN-GJL-250,
N030B
150 HB
0.50 5.00 0.15 0.60 170 250 2.00
3.00 0.35
200
200 HB 160 230 1.80 180
250 HB 0.55 150 210 160
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
0.50 5.00 0.15 0.50 120
250 1.50
3.00 0.30
180
200 HB 230 1.30 160
250 HB 190 1.20 140
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 3.00 0.20 0.35 25 45
45 0.70 2.00 0.28
32
Inconel 700 250 HB 30
Stellite 21 350 HB 23 40 28
Ti based 10 T40 - 0.50 4.00 0.20 0.40 35 55 0.80 2.00 0.33 45
TiAl6V4 - 3.00 0.35 45 65 0.70 0.30 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
2.50
0.11
0.30 50 100 0.60 2.00 0.25 80
50 HRc 2.00 0.25
40
90 0.40 1.50 0.20 70
55 HRc 1.50 0.20 80 0.30 1.00 0.18 60
Chilled Cast Iron Ni-Hard 2 400 HB 2.00 0.25 60 0.40 1.50 50
White Cast Iron G-X300CrMo15 55 HRc 1.50 0.20 30 50 0.30 1.00 0.15 40
NF Aluminium 12 AlSi12 130 HB 0.50 6.00 0.20 0.60 200 400 1.80 3.00 0.40 280
RCMT 0602 M0
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/rev] Vc Amax
[mm2]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 2.00 0.15 0.40 180
330 0.64 1.00 0.35 240
190 HB 280 220
250 HB 1.50 0.35 250 0.56 0.30 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 2.00 0.15 0.35 120
280 0.56
1.00 0.30
200
230 HB 250 0.48 180
280 HB 210 0.40 150
350 HB 1.50 180 0.36 130
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50
2.00
0.13
0.35
70
190 0.48
1.00
0.30 140
280 HB
0.30
150 0.40 0.28 120
320 HB 1.50 130 0.32 0.28 100
350 HB 110 0.26 0.24 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 2.00 0.14 0.35 170 270 0.32 1.00 0.30 190
240 HB 0.32 160 220 0.29 170
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 1.50 0.13 0.30 80 150 0.30
0.30 1.00 0.28 100
310 HB 70 140 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 2.00 0.15 0.35 170 250 0.32 1.00 0.25 190
42 HRc 0.30 120 190 0.30 0.22 130
K
Grey 7
GG20, GG40,
EN-GJL-250,
N030B
150 HB
0.50 2.00 0.11 0.45
170 250 0.70
1.00 0.35
200
200 HB 160 230 0.65 180
250 HB 150 210 0.60 160
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
0.50 2.00 0.11 0.35 120
250 0.60
1.00 0.30
180
200 HB 230 0.50 160
250 HB 190 0.45 140
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 1.50 0.13 0.30 25 45
45 0.30 1.00 0.28
32
Inconel 700 250 HB 30
Stellite 21 350 HB 23 40 28
Ti based 10 T40 - 0.50 1.50 0.13 0.32 35 55 0.32 1.00 0.30 45
TiAl6V4 - 0.30 45 65 0.30 0.28 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
1.20
0.05
0.22 50 100 0.20 0.90 0.18 80
50 HRc 1.00 0.18
40
90 0.17 0.70 0.16 70
55 HRc 0.80 0.14 80 0.12 0.60 0.12 60
Chilled Cast Iron Ni-Hard 2 400 HB 1.20 0.22 60 0.17 0.90 0.18 50
White Cast Iron G-X300CrMo15 55 HRc 0.30 0.80 0.05 0.14 30 50 0.10 0.60 0.12 40
NF Aluminium 12 AlSi12 130 HB 0.50 2.00 0.15 0.40 200 400 0.70 1.00 0.35 280
240 241
MACHINING CONDITIONS | TURNING - LT 10 - LT 1000MACHINING CONDITIONS | TURNING - LT 10 - LT 1000
RCMT 0803 M0
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/rev] Vc Amax
[mm2]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 2.40 0.15 0.40 180
330 0.77 1.20 0.35 240
190 HB 280 220
250 HB 1.80 0.15 0.35 250 0.67 0.30 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 2.40 0.15 0.35 120
280 0.67
1.20 0.30
200
230 HB 250 0.58 180
280 HB 210 0.48 150
350 HB 1.80 180 0.43 130
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50
2.40
0.13
0.35
70
190 0.58
1.20
0.30 140
280 HB
0.30
150 0.48 0.28 120
320 HB 1.80 130 0.38 100
350 HB 110 0.31 0.24 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 2.40 0.14 0.35 170 270 0.38 1.20 0.30 190
240 HB 0.32 160 220 0.29 170
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 1.80 0.13 0.30 80 150 0.36 1.20 0.28 100
310 HB 70 140 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 2.40 0.15 0.35 170 250 0.38 1.20 0.25 190
42 HRc 0.30 120 190 0.36 0.22 130
K
Grey 7
GG20, GG40,
EN-GJL-250,
N030B
150 HB
0.50 2.40 0.11 0.45
170 250 0.84
1.20 0.35
200
200 HB 160 230 0.78 180
250 HB 150 210 0.72 160
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
0.50 2.40 0.11 0.35 120
250 0.72
1.20 0.30
180
200 HB 230 0.60 160
250 HB 190 0.54 140
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 1.80 0.13 0.30 25 45
45 0.36 1.20 0.28
32
Inconel 700 250 HB 30
Stellite 21 350 HB 23 40 28
Ti based 10 T40 - 0.50 1.80 0.13 0.32 35 55 0.38 1.20 0.30 45
TiAl6V4 - 0.30 45 65 0.36 0.28 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
1.40
0.05
0.22 50 100 0.24 1.10 0.18 80
50 HRc 1.20 0.18
40
90 0.20 0.80 0.16 70
55 HRc 1.00 0.14 80 0.14 0.70 0.12 60
Chilled Cast Iron Ni-Hard 2 400 HB 1.40 0.22 60 0.20 1.10 0.18 50
White Cast Iron G-X300CrMo15 55 HRc 1.00 0.14 30 50 0.12 0.70 0.12 40
NF Aluminium 12 AlSi12 130 HB 0.50 2.40 0.15 0.40 200 400 0.84 1.20 0.35 280
RCMT 10T3 M0
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/rev] Vc Amax
[mm2]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 2.80 0.15 0.40 180
330 0.90 1.40 0.35 240
190 HB 280 220
250 HB 2.10 0.35 250 0.78 0.30 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 2.80 0.15 0.35 120
280 0.78
1.40 0.30
200
230 HB 250 0.67 180
280 HB 210 0.56 150
350 HB 2.10 180 0.50 130
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50
2.80
0.13
0.35
70
190 0.67
1.40
0.30 140
280 HB
0.30
150 0.56 0.28 120
320 HB 2.10 130 0.45 100
350 HB 110 0.36 0.24 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 2.80 0.14 0.35 170 270 0.45 1.40 0.30 190
240 HB 0.32 160 220 0.29 170
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 2.10 0.13 0.30 80 150 0.42 1.40 0.28 100
310 HB 70 140 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 2.80 0.15 0.35 170 250 0.45 1.40 0.25 190
42 HRc 0.30 120 190 0.42 0.22 130
K
Grey 7
GG20, GG40,
EN-GJL-250,
N030B
150 HB
0.50 2.80 0.11 0.45
170 250 0.98
1.40 0.35
200
200 HB 160 230 0.91 180
250 HB 150 210 0.84 160
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
0.50 2.80 0.11 0.35 120
250 0.84
1.40 0.30
180
200 HB 230 0.70 160
250 HB 190 0.63 140
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 2.10 0.13 0.30 25 45
45 0.42 1.40 0.28
32
Inconel 700 250 HB 30
Stellite 21 350 HB 23 40 28
Ti based 10 T40 - 0.50 2.10 0.13 0.32 35 55 0.45 1.40 0.30 45
TiAl6V4 - 0.30 45 65 0.42 0.28 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
1.70
0.05
0.22 50 100 0.28 1.30 0.18 80
50 HRc 1.40 0.18
40
90 0.24 1.00 0.16 70
55 HRc 1.10 0.14 80 0.17 0.80 0.12 60
Chilled Cast Iron Ni-Hard 2 400 HB 1.70 0.22 60 0.24 1.30 0.18 50
White Cast Iron G-X300CrMo15 55 HRc 0.30 1.10 0.05 0.14 30 50 0.14 0.80 0.12 40
NF Aluminium 12 AlSi12 130 HB 0.50 2.80 0.15 0.40 200 400 0.98 1.40 0.35 280
242 243
MACHINING CONDITIONS | TURNING - LT 10 - LT 1000MACHINING CONDITIONS | TURNING - LT 10 - LT 1000
CPMT 060208 NN
TCMT 110208 NN
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/rev] Vc Amax
[mm2]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.30
2.10
0.08
0.20
180
330 0.37
1.00 0.14
240
190 HB 1.80 0.19 280 0.32 220
250 HB 0.17 250 0.30 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.30
1.80
1.80
0.08
0.17
120
280 0.31
1.00
0.11 200
230 HB 250 0.30 180
280 HB 1.40 0.15 210 0.25 0.10 150
350 HB 180 0.22 130
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.30
1.80
0.07
0.15
70
190 0.25
0.90 0.08
140
280 HB 0.14 150 120
320 HB 1.40 0.12 130 0.20 100
350 HB 110 0.16 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.30 1.80 0.06 0.15 170 270 0.20 1.00 0.07 190
240 HB 160 220 0.16 0.06 170
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.30 1.40 0.06 0.12 80 150 0.12 0.90 0.06 100
310 HB 70 140 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.30 1.80 0.06 0.15 170 250 0.20 0.90 0.07 190
42 HRc 1.40 0.14 120 190 0.16 0.80 0.06 130
K
Grey 7
GG20, GG40,
EN-GJL-250,
N030B
150 HB
0.30 2.10 0.06 0.17
170 250 0.40
1.00 0.14
200
200 HB 160 230 0.37 180
250 HB 150 210 0.37 160
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
0.30 1.80 0.06 0.15 120
250 0.30
1.00 0.10
180
200 HB 230 0.25 160
250 HB 190 140
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.30 1.40 0.07 0.13 25 45
45 0.16 0.70 0.08
32
Inconel 700 250 HB 30
Stellite 21 350 HB 23 40 28
Ti based 10 T40 - 0.30 1.40 0.07 0.14 35 55 0.20 0.70 0.11 45
TiAl6V4 - 0.12 45 65 0.16 0.08 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.30
1.30
0.04
0.10 50 100 0.12 0.70 0.08 80
50 HRc 1.10 0.09
40
90 0.11 0.60 0.06 70
55 HRc 1.00 0.08 80 0.08 0.50 0.05 60
Chilled Cast Iron Ni-Hard 2 400 HB 1.10 0.10 60 0.11 0.60 0.08 50
White Cast Iron G-X300CrMo15 55 HRc 1.00 0.08 30 50 0.08 0.50 0.05 40
NF Aluminium 12 AlSi12 130 HB 0.30 2.80 0.08 0.26 200 400 0.43 1.00 0.18 280
RCMT 1204 M0
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/rev] Vc Amax
[mm2]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 3.20 0.15 0.40 180
330 1.54 2.00 0.37 240
190 HB 280 220
250 HB 2.40 0.35 250 1.34 0.32 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 3.20 0.15 0.35 120
280 1.34
2.00 0.32
200
230 HB 250 1.15 180
280 HB 210 0.96 150
350 HB 2.40 180 0.86 130
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50
3.20
0.13
0.35
70
190 1.15
2.00
0.32 140
280 HB
0.30
150 0.96 0.29 120
320 HB 2.40 130 0.77 100
350 HB 110 0.62 0.25 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 3.20 0.14 0.35 170 270 0.77 2.00 0.32 190
240 HB 0.32 160 220 0.30 170
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 2.40 0.13 0.30 80 150 0.72 2.00 0.29 100
310 HB 70 140 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 3.20 0.15 0.35 170 250 0.77 2.00 0.26 190
42 HRc 0.30 120 190 0.72 0.23 130
K
Grey 7
GG20, GG40,
EN-GJL-250,
N030B
150 HB
0.50 3.20 0.11 0.45
170 250 1.68
2.00 0.37
200
200 HB 160 230 1.56 180
250 HB 150 210 1.44 160
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
0.50 3.20 0.11 0.35 120
250 1.44
2.00 0.32
180
200 HB 230 1.20 160
250 HB 190 1.08 140
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 2.40 0.13 0.30 25 45
45 0.72 2.00 0.29
32
Inconel 700 250 HB 30
Stellite 21 350 HB 23 40 28
Ti based 10 T40 - 0.50 2.40 0.13 0.32 35 55 0.77 2.00 0.32 45
TiAl6V4 - 0.30 45 65 0.72 0.29 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
1.90
0.05
0.22 50 100 0.48 1.80 0.19 80
50 HRc 1.60 0.18
40
90 0.41 1.40 0.17 70
55 HRc 1.30 0.14 80 0.29 1.20 0.13 60
Chilled Cast Iron Ni-Hard 2 400 HB 1.90 0.22 60 0.41 1.80 0.19 50
White Cast Iron G-X300CrMo15 55 HRc 0.30 1.30 0.14 30 50 0.24 1.20 0.13 40
NF Aluminium 12 AlSi12 130 HB 0.50 3.20 0.15 0.40 200 400 1.68 2.00 0.37 280
244 245
MACHINING CONDITIONS | TURNING - LT 1110SMACHINING CONDITIONS | TURNING - LT 1110S
MATERIAL GROUP LAMINA GR. N° MATERIAL EXAMPLE HARDNESS
NiTi Alloy Fe, Ni & Co
Based 9
Incoloy 800 240 HB
Inconel 700 250 HB
Stellite 21 350 HB
Ti Based 10 TiAI6V4 -
T40 -
DESIGNATION MATERIAL
EXAMPLE
DOC (mm) FEED (mm/t) Vc (m/min) Amax SUGGESTED
STARTING PARAMETERS
min max min max min max (mm^2) doc (mm) feed (mm/t) Vc (m/mm)
CNMG 120408 NX
DNMG 150408 NX
DNMG 150608 NX
TNMG 160408 NX
Incoloy 800
0.50
3.00
0.18
0.35 30 50 0.67
2.00
0.27 30Inconel 700
Stellite 21 20 40
TiAI6V4 3.50 0.40 50 70 0.76 0.31 55
T40 3.00 0.35 40 60 0.67 0.29 45
SNMG 120408 NX Incoloy 800
0.50
3.00
0.18
0.49 30 50 0.94
2.00
0.38 30Inconel 700
Stellite 21 20 40
TiAI6V4 3.50 0.56 50 70 1.07 0.45 55
T40 3.00 0.49 40 60 0.94 0.41 45
TNMG 220408 NX Incoloy 800
0.50
4.20
0.18
0.35 30 50 0.67
2.00
0.27 30Inconel 700
Stellite 21 20 40
TiAI6V4 4.90 0.40 50 70 0.76 0.31 55
T40 4.20 0.35 40 60 0.67 0.29 45
WNMG 060408 NX Incoloy 800
0.50
1.50
0.18
0.35 30 50 0.44
1.20
0.27 30Inconel 700
Stellite 21 20 40
TiAI6V4 1.80 0.40 50 70 0.50 0.31 55
T40 1.50 0.35 40 60 0.44 0.29 45
WNMG 080408 NX Incoloy 800
0.50
2.10
0.18
0.35 30 50 0.67
1.60
0.27 30Inconel 700
Stellite 21 20 40
TiAI6V4 2.50 0.40 50 70 0.76 0.31 55
T40 2.10 0.35 40 60 0.67 0.29 45
CNMG 120404 NN
DNMG 150404 NN
Incoloy 800
0.30 2.00 0.09
0.15 30 50 0.26
1.30
0.10 40
Inconel 700
Stellite 21 20 35
TiAI6V4 0.16 50 70 0.32 0.14 60
T40 0.14 40 60 0.26 0.10 50
LT 1110S - NX CHIPBREAKER
MATERIAL GROUP LAMINA GR. N° MATERIAL EXAMPLE HARDNESS
NiTi Alloy Ti Based 10 TiAI6V4 -
T40 -
DESIGNATION MATERIAL
EXAMPLE
DOC (mm) FEED (mm/t) Vc (m/min) Amax SUGGESTED
STARTING PARAMETERS
min max min max min max (mm^2) doc (mm) feed (mm/t) Vc (m/mm)
CCGT 060204 NS TiAI6V4 0.30 1.00 0.05 0.10 40 60 0.07 0.50 0.08 50
T40 50 70 60
CCGT 09T304 NS
CNGG 09T304 NS
TiAI6V4 0.30 1.80 0.06 0.12 40 60 0.15 1.30 0.10 50
T40 0.14 50 70 0.18 0.12 60
CNGG 120404 NS TiAI6V4 0.30 2.00 0.06 0.14 40 60 0.20 1.50 0.11 50
T40 0.16 50 70 0.22 0.13 60
CNGG 120408 NS TiAI6V4 0.50 3.50 0.18 0.40 40 60 0.98 2.50 0.28 45
T40 0.43 50 70 1.05 0.30 55
DCGT 11T304 NS
DNGG 150604 NS
TiAI6V4 0.30 1.50 0.06 0.12 40 60 0.13 1.00 0.10 50
T40 0.14 50 70 0.15 0.12 60
DNGG 110404 NS TiAI6V4 0.30 1.70 0.06 0.12 40 60 0.14 1.30 0.10 50
T40 0.14 50 70 0.17 0.12 60
DNGG 110408 NS TiAI6V4 0.50 3.00 0.15 0.30 40 60 0.63 2.00 0.20 45
T40 0.32 50 70 0.67 0.23 55
DNGG 150608 NS TiAI6V4 0.50 2.30 0.14 0.36 40 60 0.58 1.20 0.25 45
T40 0.38 50 70 0.61 1.40 0.28 55
TNGG 160404 NS TiAI6V4 0.30 2.00 0.06 0.14 40 60 0.20 1.50 0.11 50
T40 0.16 50 70 0.22 0.13 60
TNGG 160408 NS TiAI6V4 0.50 3.50 0.18 0.40 40 60 0.98 2.50 0.28 45
T40 0.43 50 70 1.05 0.30 55
VCGT 160404 NS
VNGG 160404 NS
TiAI6V4 0.30 1.50 0.06 0.12 40 60 0.13 0.80 0.10 50
T40 0.14 50 70 0.15 0.11 60
VNGG 160408 NS TiAI6V4 0.50 2.00 0.14 0.34 40 60 0.48 1.00 0.23 45
T40 0.36 50 70 0.50 1.20 0.25 55
WNGG 060404 NS TiAI6V4 0.30 1.70 0.06 0.14 40 60 0.17 1.10 0.10 50
T40 0.12 50 70 0.14 0.12 60
WNGG 060408 NS
WNGG 080408 NS
TiAI6V4 0.50 2.30 0.15 0.30 40 60 0.48 1.60 0.20 45
T40 0.32 50 70 0.52 0.23 55
WNGG 080404 NS TiAI6V4 0.30 2.50 0.06 0.14 40 60 0.25 1.60 0.11 50
T40 0.16 50 70 0.28 0.13 60
LT 1110S - NS CHIPBREAKER
247
MACHINING CONDITIONS | TURNING - LT 1120M
246
MACHINING CONDITIONS | TURNING - LT 1110S
LT 1120M - NX CHIPBREAKER
MATERIAL GROUP LAMINA GROUP MATERIAL EXAMPLE HARDNESS
Stainless Steel Austentic 4304, 316,
X5CrNi18-9
180 HB
240 HB
Duplex 5X2CrNiN23-4,
S31500
290 HB
310 HB
Ferritic &
Martensitic 6 410, X6Cr17, 17-4 PH, 430
200 HB
42 HRc
DESIGNATION MATERIAL
EXAMPLE
DOC (mm) FEED (mm/t) Amax Vc (m/min) SUGGESTED
STARTING PARAMETERS
min max min max (mm^2) min max doc (mm) feed (mm/t) Vc (m/mm)
CNMG 120408 NX
CNMP 120408 NX
DNMG 110408 NX
DNMG 150408 NX
TNMG 160408 NX
TNMG 220408 NX
304, 316,
X5CrNi18-9
0.50
5.00 0.18 0.40 1.14 90 270 3.00 0.24 190
0.95 80 220 0.21 170
X2CrNiN23-4,
S31500 4.00 0.16 0.35 0.76 40 150 2.50 0.23 100
140 90
410, X6Cr17,
17-4 PH, 430
5.00 0.16 0.40 0.67 90 250 2.50 0.19
0.19
190
4.00 0.67 60 190 2.20 130
SNMG 120408 NX 304, 316,
X5CrNi18-9
0.50
5.00
0.25
0.56 1.61 90 270 3.00 0.34 190
1.34 80 220 0.30 170
X2CrNiN23-4,
S31500 4.00 0.49 1.07 40 150 2.50 0.32 100
140 90
410, X6Cr17,
17-4 PH, 430
5.00 0.52 0.94 90 250 2.50 0.27 190
4.00 60 190 2.20 130
WNMG 060408 NX
WNMG 080408 NX 304, 316,
X5CrNi18-9
0.50
2.50 0.18 0.40 1.14 90 270 1.80 0.24 190
0.95 80 220 0.21 170
X2CrNiN23-4,
S31500 2.00 0.16 0.35 0.76 40 150 1.50 0.23 100
140 90
410, X6Cr17,
17-4 PH, 430
2.50 0.16 0.40 0.67 90 250 1.50 0.19 190
2.00 60 190 1.30 130
DESIGNATION MATERIAL
EXAMPLE
DOC (mm) FEED (mm/t) Amax Vc (m/min) SUGGESTED
STARTING PARAMETERS
min max min max (mm^2) min max doc (mm) feed (mm/t) Vc (m/mm)
CNMG 120412 NN
DNMG 150412 NN
DNMG 150612 NN
Incoloy 800
0.70
3.60
0.25
0.47 30 50 1.19
2.70
0.37
32
Inconel 700 30
Stellite 21 20 40 28
TiAI6V4 4.20 0.54 50 70 1.36 0.44 55
T40 3.60 0.47 40 60 1.19 0.40 45
DNMG 150604 NN
TNMG 160404 NN
Incoloy 800
0.30 2.00 0.09
0.15 30 50 0.26
1.30
0.10 40
Inconel 700
Stellite 21 20 35
TiAI6V4 0.16 50 70 0.32 0.14 60
T40 0.14 40 60 0.26 0.10 50
TNMG 160412 NN Incoloy 800
0.70
3.00
0.25
0.47 30 50 1.19
2.40
0.37 30Inconel 700
Stellite 21 40
TiAI6V4 3.50 0.54 50 70 1.36 0.44 55
T40 3.00 0.47 40 60 1.19 0.40 45
TNMG 220412 NN Incoloy 800
0.70
4.20
0.25
0.47 30 50 1.19
2.70
0.37 30Inconel 700
Stellite 21 40
TiAI6V4 4.90 0.54 50 70 1.36 0.44 55
T40 4.20 0.47 40 60 1.19 0.40 45
TNMG 220404 NN
WNMG 060404 NN
WNMG 080404 NN
Incoloy 800
0.30 2.00 0.09
0.15 30 50 0.26
1.30
0.10 40
Inconel 700
Stellite 21 20 35
TiAI6V4 0.16 50 70 0.32 0.14 60
T40 0.14 40 60 0.26 0.10 50
WNMG 080412 NN Incoloy 800
0.70
2.10
0.24
0.46 30 50 0.84
1.70
0.35 30Inconel 700
Stellite 21 40
TiAI6V4 2.50 0.52 50 70 0.96 0.41 55
T40 2.10 0.46 40 60 0.84 0.38 45
LT 1110S - NN CHIPBREAKER
MATERIAL GROUP LAMINA GR. N° MATERIAL EXAMPLE HARDNESS
NiTi Alloy Fe, Ni & Co Based
9
Incoloy 800 240 HB
Inconel 700 250 HB
Stellite 21 350 HB
Ti Based 10 TiAI6V4 -
T40 -
249
MACHINING CONDITIONS | TURNING - LT 1125P
248
MACHINING CONDITIONS | TURNING - LT 1120M
LT 1120M - NN CHIPBREAKER
MATERIAL GROUP LAMINA GROUP MATERIAL EXAMPLE HARDNESS
Stainless Steel Austentic 4304, 316,
X5CrNi18-9
180 HB
240 HB
Duplex 5X2CrNiN23-4,
S31500
290 HB
310 HB
Ferritic &
Martensitic 6 410, X6Cr17, 17-4 PH, 430
200 HB
42 HRc
DESIGNATION MATERIAL
EXAMPLE
DOC (mm) FEED (mm/t) Amax Vc (m/min) SUGGESTED
STARTING PARAMETERS
min max min max (mm^2) min max doc (mm) feed (mm/t) Vc (m/mm)
CNMP 120408 NN
DNMG 110408 NN 304, 316,
X5CrNi18-9
0.50
5.00 0.20 0.40 1.20 90 270 3.00 0.25 190
1.00 80 220 0.22 170
X2CrNiN23-4,
S31500 4.00 0.18 0.35 0.80 40 150 2.50 0.24 100
140 90
410, X6Cr17,
17-4 PH, 430
5.00 0.18 0.40 0.70 90 250 2.50 0.20 190
4.00 60 190 2.20 130
CNMG 120412 NN
CNMP 120412 NN
DNMG 150412 NN
DNMG 150612 NN
TNMG 160412 NN
TNMG 220412 NN
304, 316,
X5CrNi18-9
0.70
6.00 0.25 0.54 2.04 90 270 4.00 0.33 190
1.70 80 220 0.29 170
X2CrNiN23-4,
S31500 4.80 0.23 0.47 1.36 40 150 3.40 0.32 100
40 140 90
410, X6Cr17,
17-4 PH, 430
6.00 0.23 0.54 1.30 90 250 3.40 0.26 190
4.80 1.25 60 190 2.90 130
SNMG 120412 NN 304, 316,
X5CrNi18-9
0.70
6.00 0.35 0.76 2.64 90 270 4.00 0.50 190
2.20 80 220 0.43 170
X2CrNiN23-4,
S31500 4.80 0.34 0.67 1.76 40 150 3.40 0.45 100
140 90
410, X6Cr17,
17-4 PH, 430
6.00 0.32 0.70 1.54 90 250 3.40 0.40 190
4.80 60 190 2.90 130
WNMG 080412 NN 304, 316,
X5CrNi18-9
0.70
3.50 0.24 0.52 1.44 90 270 2.60 0.31 190
1.20 80 220 0.28 170
X2CrNiN23-4,
S31500 2.80 0.22 0.46 0.96 40 150 2.10 0.30 100
140 90
410, X6Cr17,
17-4 PH, 430
3.50 0.22 0.50 0.84 90 250 2.10 0.25 190
2.80 60 190 1.90 130
LT 1125P
DESIGNATION MATERIAL
EXAMPLE
DOC (mm) FEED (mm/t) Amax Vc (m/min) SUGGESTED
STARTING PARAMETERS
min max min max (mm^2) min max doc (mm) feed (mm/t) Vc (m/mm)
CNMG 120404 MP
DNMG 110404 MP
DNMG 150404 MP
DNMG 150604 MP
TNMG 160404 MP
VNMG 160404 MP
WNMG 080404 MP
C35, Ck45,
1020, 1045,
1060, 28Mn6
0.30
3.00
0.11
0.23 0.60
90
330
2.00 0.18
240
2.50 0.22 0.52 280 220
0.20 0.48 250 200
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
2.50
0.10
0.20 0.50
60
280
2.00
0.14 200
0.48 250 180
2.00 0.18 0.40 210 0.13 150
0.36 180 130
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
2.50
0.09
0.18 0.40
35
190
1.70 0.10
140
0.16 150 120
2.00 0.14 0.32 130 100
0.26 110 90
CNMG 120408 MP
DNMG 110408 MP
DNMG 150408 MP
DNMG 150608 MP
SNMG 120408 MP
TNMG 160408 MP
TNMG 220408 MP
VNMG 160408 MP
C35, Ck45,
1020, 1045,
1060, 28Mn6
0.50
5.00 0.18 0.50 1.71 90
330
3.00
0.36 240
280 0.33 220
0.45 1.42 250 0.31 200
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
5.00 0.18 0.45 1.14 60
280
3.00 0.30 200
4.00 250 180
0.16 0.40 210 0.29 150
3.50 0.95 180 2.70 130
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
4.00
0.16
0.40 1.14
35
190
2.50
0.29
140
150 120
3.00 0.35 0.76 130 0.27 100
110 90
MATERIAL GROUP LAMINA GROUP MATERIAL EXAMPLE HARDNESS
Steel Non-alloyed
1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
190 HB
250 HB
Low alloyed
2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
230 HB
280 HB
350 HB
High alloyed
3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
280 HB
320 HB
350 HB
250 251
MACHINING CONDITIONS | ALU TURNING - LT 05MACHINING CONDITIONS | TURNING - LT 1125P
250
LT 05 - NON FERROUS TURNING
DESIGNATION MATERIAL
EXAMPLE
DOC (mm) FEED (mm/t) Amax Vc (m/min) SUGGESTED
STARTING PARAMETERS
min max min max (mm^2) min max doc (mm) feed (mm/t) Vc (m/mm)
WNMG 060408 MP
WNMG 080408 MP C35, Ck45,
1020, 1045,
1060, 28Mn6
0.50
2.50 0.18 0.50 1.13 90
330
1.80
0.36 240
280 0.33 220
0.45 0.95 250 0.31 200
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
2.50 0.18 0.45 0.76 60
280
1.80 0.30 200
2.00 250 180
0.16 0.40 210 0.29 150
1.80 0.63 180 160 130
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
2.00
0.16
0.40 0.76
35
190 1.50 0.29 140
150 120
1.50 0.35 0.50 130 1.30 0.27 100
110 90
CNMG 120412 MP
DNMG 150412 MP
DNMG 150612 MP
TNMG 160404 MP
SNMG 120412 MP
TNMG 160412 MP
TNMG 220412 MP
C35, Ck45,
1020, 1045,
1060, 28Mn6
0.70
6.00 0.26 0.68 3.06 90
330
4.00
0.50 240
280 0.46 220
0.61 2.55 250 0.44 200
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
6.00 0.26 0.61 2.04 60
280
4.00 0.42 200
4.80 250 180
0.22 0.54 210 0.40 150
4.20 1.70 180 3.60 130
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
4.80
0.22
0.54 2.04
35
190
3.40
0.40
140
150 120
3.60 0.47 1.36
130
0.37
100
110 90
WNMG 080412 MP C35, Ck45,
1020, 1045,
1060, 28Mn6
0.70
3.50 0.25 0.65 2.16 90
330
2.60
0.48 240
280 0.44 220
0.59 1.80 250 0.41 200
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
3.50 0.25 0.59 1.44 60
280
2.60 0.40 200
2.80 250 180
0.22 0.52 210 0.38 150
2.50 1.20 180 2.30 130
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
2.80
0.22
0.52 1.44
35
190
2.10 0.38
140
150 120
2.10 0.46 0.96
130
1.90 0.35
100
110 90
CNMG 160616 MP C35, Ck45,
1020, 1045,
1060, 28Mn6
1.50
7.60 0.44 0.80 4.40 90
330
6.00
0.70 240
280 0.65 220
0.78 4.20 250 0.62 200
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
7.60 0.42 0.74 4.00 60
280
6.00 0.60 200
7.40 250 180
0.40 0.70 210 0.53 150
7.20 3.40 180 5.50 130
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
6.60
0.40
0.72 3.00
35
190
5.00 0.50
140
150 120
6.20 0.66 2.60
130
4.50 0.48
100
110 90
DESIGNATION MATERIAL
EXAMPLE
DOC (mm) FEED (mm/t) Amax Vc (m/min) SUGGESTED
STARTING PARAMETERS
min max min max (mm^2) min max doc (mm) feed (mm/t) Vc (m/mm)
CCGT 060204 NS Si < 4%
0.30 2.50
0.10 0.29 1.02 250 600
1.50 0.23
300
0.12 0.33 1.28 400 1,200 400
CuZn30
0.10
0.29 1.02 150 800 250
Fiber Plastics
0.19 1.02
70 500
1.20 0.15 150Hard Rubber 80 300
Graphite 100 200
CCGT 09T304 NS Si < 4%
0.30 4.50
0.10 0.30 1.20 250 600
2.50 0.23
300
0.12 0.35 1.50 400 1,200 400
CuZn30
0.10
0.30
1.20
150 800 250
Fiber Plastics
0.20
70 500
2.00 0.15 150Hard Rubber 80 300
Graphite 100 200
CNGG 120408 NS Si < 4%
0.50
6.00
0.18
0.50 2.10 400 1,200
4.00 0.36 400
250 600 300
CuZn30 0.60 2.52 150 800 0.45 250
Fiber Plastics 5.50 0.36 1.39 70 500 3.50 0.24
150Hard Rubber 6.00 0.40 1.68 100 200 4.00 0.26
Graphite 4.00 0.34 0.95 80 300 3.00 0.22
CNGG 09T304 NS
DNGG 110404 NS
TNGG 160404 NS
VCGT 160404 NS
VNGG 160404 NS
WNGG 080404 NS
Si < 4%
0.30 4.50 0.10
0.30 0.95 400 1,200
2.30
0.27 400
250 600 300
CuZn30 0.35 1.10 150 800 0.25 250
Fiber Plastics 0.27 0.85 70 500 0.20
150Hard Rubber 0.22 0.69 100 200 0.16
Graphite 4.00 0.26 0.73 80 300 1.60 0.18
DCGT 11T304 NS Si < 4%
0.30 4.50
0.10 0.30 1.20 250 600
2.30 0.23
300
0.12 0.35 1.50 400 1,200 400
CuZn30
0.10
0.30
1.20
150 800 250
Fiber Plastics
0.20
70 500
1.80 0.15 150Hard Rubber 80 300
Graphite 100 200
MATERIAL GROUP LAMINA GR. N° MATERIAL EXAMPLE HARDNESS
Non
Ferrous
AI (< 8%Si) 13 Si < 4% 100 HB
60 HB
Copper Alloys 14 CuZn30 100 HB
Non-Metallic 15 Fiber Plastics -
Hard Rubber -
Graphite -
253
MACHINING CONDITIONS | PARTING & GROOVING
252
MACHINING CONDITIONS | ALU TURNING - LT 05
DESIGNATION MATERIAL
EXAMPLE
DOC (mm) FEED (mm/t) Amax Vc (m/min) SUGGESTED
STARTING PARAMETERS
min max min max (mm^2) min max doc (mm) feed (mm/t) Vc (m/mm)
DNGG 110408 NS Si < 4%
0.50
5.00
0.18
0.46 1.61 400 1,200
3.00 0.30 400
250 600 300
CuZn30 0.60 2.10 150 800 0.35 250
Fiber Plastics 4.50 0.38 1.20 70 500 2.80 0.24
150Hard Rubber 5.00 0.40 1.40 100 200 3.00 0.28
Graphite 4.00 0.34 0.95 80 300 2.50 0.22
DNGG 150604 NS Si < 4%
0.30 5.50
0.10 0.30 1.40 250 600
2.50 0.23
300
0.12 0.35 1.80 400 1,200 400
CuZn30
0.10
0.30
1.40
150 800 250
Fiber Plastics
0.20
70 500
2.00 0.15 150Hard Rubber 80 300
Graphite 100 200
DNGG 150608 NS
WNGG 080408 NS Si < 4%
0.50 5.50
0.18 0.50 1.40 250 600
3.00
0.32 300
0.60 1.80 400 1,200 400
CuZn30
0.15 0.40 1.40
150 800
0.25
250
Fiber Plastics 70 500
150Hard Rubber 80 300
Graphite 100 200
TNGG 160408 NS Si < 4%
0.30 4.50 0.18
0.50 1.58 400 1,200
2.30
0.36 400
250 600 300
CuZn30 0.60 1.89 150 800 0.45 250
Fiber Plastics 0.36 1.13 70 500 0.24
150Hard Rubber 0.40 1.26 100 200 0.26
Graphite 4.00 0.34 0.95 80 300 1.60 0.22
WNGG 060404 NS Si < 4%
0.30 3.00 0.10
0.30 0.95 400 1,200
1.80
0.27 400
250 600 300
CuZn30 0.35 1.10 150 800 0.25 250
Fiber Plastics 0.27 0.85 70 500 0.20
150Hard Rubber 0.22 0.69 100 200 0.16
Graphite 2.5 0.26 0.73 80 300 1.60 0.18
WNGG 060408 NS Si < 4%
0.50 3.00
0.18 0.50 1.40 250 600
1.80
0.32 300
0.60 1.80 400 1,200 400
CuZn30
0.15 0.40 1.40
150 800
0.25
250
Fiber Plastics 70 500
150Hard Rubber 80 300
Graphite 100 200
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
LT 1000
Vc [m/min]
GCTX 2002 NN
Feed
[mm/rev]
GCTX 3003 NN
Feed
[mm/rev]
GCTX 3003 PP
Feed
[mm/rev]
min max min max min max min max
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
130
220
0.50 0.17 0.05 0.17 0.05 0.17190 HB 220
250 HB 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
90
200
0.50 0.15 0.05 0.15 0.05 0.15
230 HB
280 HB 170
350 HB 150
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
60
170
0.50
0.14
0.05
0.14
0.05
0.14
280 HB 150
320 HB 130 0.13 0.13 0.13
350 HB 100 0.12 0.12 0.12
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 90 150 0.50 0.10 0.05 0.10 0.05 0.10
240 HB 70 140
Duplex 5X2CrNiN23-4,
S31500
290 HB 60 100 0.50 0.09 0.05 0.09 0.05 0.09
310 HB
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 60 130 0.50 0.09 0.05 0.09 0.05 0.09
42 HRc 50 90 0.08 0.08 0.08
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
130 190 0.50 0.16 0.05 0.16 0.05 0.16200 HB
250 HB
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
90 150 0.50 0.14 0.05 0.14 0.05 0.14200 HB
250 HB
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
30 40 0.50 0.08 0.05 0.08 0.05 0.08Inconel 700 250 HB
Stellite 21 350 HB
Ti based 10 T40 - 40 60 0.50 0.08 0.05 0.08 0.05 0.08
TiAl6V4 - 30 40
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc 50 90
0.50
0.11
0.05
0.11
0.05
0.11
50 HRc 40 70 0.10 0.10 0.10
55 HRc 30 60 0.09 0.09 0.09
Chilled Cast Iron Ni-Hard 2 400 HB 40 0.08 0.08 0.08
0.08
White Cast Iron G-X300CrMo15 55 HRc 30 50 0.08
NF Aluminium 12 AlSi12 130 HB 100 300 0.50 0.10 0.05 0.11 0.05 0.11
GCTX 2002 NN
GCTX 3003 NN
GCTX 3003 PP
254 255
MACHINING CONDITIONS | PARTING & GROOVINGMACHINING CONDITIONS | PARTING & GROOVING
When using grooving inserts for side turning, the cutting depth is dependent upon the width of insert, the material
and the rigidity of the workpiece.
Depth of cut recommendation:
- Max Ap (d.o.c.) is equal to 70% of insert width
- Min Ap (d.o.c.) is equal to the corner radius
When using grooving inserts for side turning, the cutting depth is dependent upon the width of insert, the material
and the rigidity of the workpiece.
Depth of cut recommendation:
- Max Ap (d.o.c.) is equal to 70% of insert width
- Min Ap (d.o.c.) is equal to the corner radius
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
LT10
Vc [m/min]
MGNM 200 G
Feed
[mm/rev]
MGMN 300 M
Feed
[mm/rev]
MGMN 400 M
Feed
[mm/rev]
MGMN 500 m
Feed
[mm/rev]
min max min max min max min max min max
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
110
220
0.06
0.21
0.07
0.25
0.13
0.35
0.20
0.41
190 HB 180 0.20 0.24 0.33 0.40
250 HB 170 0.18 0.22 0.30 0.36
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
70
180
0.05
0.18
0.06
0.22
0.12
0.30
0.18
0.36
0.36
230 HB 170
280 HB 140 0.16 0.20 0.27 0.32
0.32
350 HB 120
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
40
130
0.05
0.16
0.05
0.20
0.11
0.27
0.16
0.32
280 HB 100 0.14 0.18 0.24 0.29
320 HB 90 0.13 0.15 0.21 0.25
0.25
350 HB 70
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 100 180 0.05 0.16 0.06 0.20 0.12 0.27 0.18 0.32
0.32
240 HB 150
Duplex 5X2CrNiN23-4,
S31500
290 HB 50 100 0.05 0.13 0.05 0.15 0.11 0.21 0.16 0.25
0.25
310 HB 40 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 100 170 0.05 0.16 0.06 0.20 0.12 0.27 0.18 0.32
42 HRc 70 130 0.14 0.18 0.24 0.29
K
Grey 7
GG20, GG40,
EN-GJL-250,
N030B
150 HB 100 170
0.04 0.18 0.05 0.22 0.10 0.30 0.14
0.36
200 HB 150 0.36
250 HB 90 140 0.36
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
70
170
0.04 0.16 0.05 0.20 0.10 0.27 0.14
0.32
0.32
0.32
200 HB 150
250 HB 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
20
40
0.05 0.14 0.05 0.17 0.11 0.23 0.16
0.27
0.27
0.27
Inconel 700 250 HB 40
Stellite 21 350 HB 30
Ti based 10
T40 - 30 40 0.05 0.14 0.05 0.18 0.11 0.24 0.16 0.29
TiAl6V4 - 20 0.13 0.15 0.21 0.25
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
30
70
0.03
0.11
0.03
0.13
0.06
0.18
0.09
0.22
50 HRc 60 0.09 0.11 0.15 0.18
55 HRc 50 0.08 0.10 0.14 0.16
Chilled Cast Iron Ni-Hard 2 400 HB 40 0.11 0.13 0.18 0.22
White Cast Iron G-X300CrMo15 55 HRc 20 0.08 0.10 0.14 0.16
NF Aluminium 12 AlSi12 130 HB 120 260 0.05 0.27 0.06 0.33 0.12 0.45 0.18 0.54
MGMN 200 G
MGMN 300 M
MGMN 400 M
MGMN 500 M
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
LT10
Vc [m/min]
WGE 2000
Feed
[mm/rev]
WGE 3000
Feed
[mm/rev]
WGE 4000
Feed
[mm/rev]
WGE 5000
Feed
[mm/rev]
min max min max min max min max min max
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
110
220
0.04
0.12
0.07
0.24
0.08
0.26
0.08
0.30
190 HB 180 0.11 0.23 0.25 0.29
250 HB 170 0.10 0.21 0.23 0.26
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
70
180
0.04
0.10
0.06
0.21
0.07
0.23
0.07
0.26
230 HB 170
280 HB 140 0.09 0.19 0.21 0.23
350 HB 120
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
40
130
0.04
0.09
0.05
0.19
0.06
0.21
0.06
0.23
280 HB 100 0.08 0.17 0.18 0.21
320 HB 90 0.07 0.15 0.16 0.18
350 HB 70
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 100 180 0.04 0.09 0.06 0.19 0.07 0.21 0.07 0.23
240 HB 150
Duplex 5X2CrNiN23-4,
S31500
290 HB 50 100 0.04 0.07 0.05 0.15 0.06 0.16 0.06 0.18
310 HB 40 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 100 170 0.04 0.09 0.06 0.19 0.07 0.21 0.07 0.23
42 HRc 70 130 0.08 0.17 0.18 0.21
K
Grey 7
GG20, GG40,
EN-GJL-250,
N030B
150 HB 100 170
0.03 0.10 0.05 0.21 0.06 0.23 0.06 0.26200 HB 150
250 HB 90 140
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
70
170
0.03 0.09 0.05 0.19 0.06 0.21 0.06 0.23200 HB 150
250 HB 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
20
40
0.04 0.08 0.05 0.16 0.06 0.17 0.06 0.20
Inconel 700 250 HB 40
Stellite 21 350 HB 30
Ti based 10
T40 - 30 40 0.04 0.08 0.05 0.17 0.06 0.18 0.06 0.21
TiAl6V4 - 20 0.07 0.15 0.16 0.18
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
30
70
0.03
0.06
0.03
0.13
0.04
0.14
0.04
0.16
50 HRc 60 0.05 0.11 0.12 0.13
55 HRc 50 0.09 0.10 0.12
Chilled Cast Iron Ni-Hard 2 400 HB 40 0.06 0.13 0.14 0.16
White Cast Iron G-X300CrMo15 55 HRc 20 0.05 0.09 0.10 0.12
NF Aluminium 12 AlSi12 130 HB 120 260 0.04 0.15 0.06 0.32 0.07 0.35 0.07 0.39
WGE 2000
WGE 3000
WGE 4000
WGE 5000
USER GUIDE
257
256
MACHINING
CONDITIONS
MILLING
Minimize your
machining down time
258 259
MACHINING CONDITIONS | MILLING - LT 3000MACHINING CONDITIONS | MILLING - LT 3000
AOMT 123608 PETR
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 11.00 0.13 0.22 190
330
2.00 0.15
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 11.00 0.11
0.18 150 240
2.00
0.13 200
230 HB 210 180
280 HB 0.15 130 190 0.12 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 7.90 0.08
0.15 90 150
1.50
0.12 130
280 HB 130 120
320 HB 0.13 60 110 0.10 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 11.00 0.11 0.18 190 250 2.00 0.13 220
240 HB 0.08 0.15 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 7.90 0.08 0.13 70 130 1.50 0.10 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 11.00 0.11 0.18 150 210 2.00 0.13 190
42 HRc 7.90 0.08 0.14 90 150 1.50 0.10 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 11.00 0.13 0.22 150
240
2.00 0.15
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 11.00 0.11 0.20 100
200
2.00 0.13
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 7.90 0.08 0.13 25
45
1.50 0.10
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.50 7.90 0.08 0.14 30 55 1.50 0.12 40
T40 - 0.13 40 65 0.10 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
3.90
0.07
0.13
40
80 1.00 0.09 60
50 HRc 2.40 0.11 70 0.80 0.08 55
55 HRc 1.20 0.10 60 0.50 50
Chilled Cast Iron Ni-Hard 2 400 HB 3.10 0.13 80 0.80 0.09 50
White Cast Iron G-X300CrMo15 55 HRc 1.20 0.10 30 60 0.50 0.08 40
NF Aluminium 12 AlSi12 130 HB 0.50 11.00 0.13 0.22 200 400 2.00 0.16 280
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 14.00 0.18 0.32 190
250
4.00 0.23
250
190 HB 220 220
250 HB 200 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 14.00 0.15
0.25 150 200
4.00
0.20 200
230 HB 180 180
280 HB 0.22 130 150 0.18 150
350 HB 140 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 10.00 0.12
0.22 90 130
3.00
0.18 130
280 HB 120 120
320 HB 0.18 60 100 0.16 100
350 HB 80 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 14.00 0.15 0.25 190 220 4.00 0.20 220
240 HB 0.12 0.22 160 190 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 10.00 0.12 0.18 70 100 3.00 0.16 100
310 HB 90 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 14.00 0.15 0.25 150 190 4.00 0.20 190
42 HRc 10.00 0.20 90 130 3.00 0.16 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 14.00 0.18 0.32 150
200
4.00 0.23
200
200 HB 180 180
250 HB 160 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 14.00 0.15 0.28 100
180
4.00 0.20
180
200 HB 150 150
250 HB 130 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 10.00 0.12 0.18 25
32
3.00 0.16
32
Inconel 700 250 HB 30 30
Stellite 21 350 HB 30 30
Ti based 10 TiAl6V4 - 0.50 10.00 0.12 0.20 30 40 3.00 0.18 40
T40 - 0.18 40 55 0.16 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
5.00
0.10
0.18
40
60 2.00 0.14 60
50 HRc 3.00 0.16 55 1.50 0.13 55
55 HRc 1.50 0.14 50 1.00 0.12 50
Chilled Cast Iron Ni-Hard 2 400 HB 4.00 0.18 50 1.50 0.14 50
White Cast Iron G-X300CrMo15 55 HRc 1.50 0.14 30 40 1.00 0.12 40
NF Aluminium 12 AlSi12 130 HB 0.50 14.00 0.18 0.32 200 280 4.00 0.25 280
ADKT 1505 PDTR
260 261
MACHINING CONDITIONS | MILLING - LT 3000MACHINING CONDITIONS | MILLING - LT 3000
XPKT 0602-HF
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.20 0.50 0.20 1.40 190
330
0.50 1.00
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.20 0.50 0.20 1.30
150 240
0.40
0.80 200
230 HB 210 180
280 HB 130 190 0.70 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.20 0.40 0.20 1.10
90 150
0.40
0.70 130
280 HB 130 120
320 HB 60 110 0.60 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.20 0.40 0.20 0.70 190 250 0.40 0.50 220
240 HB 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.20 0.40 0.20 0.50 70 130 0.40 0.35 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.20 0.40 0.20 0.50 150 210 0.40 0.40 190
42 HRc 90 150 0.30 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.20 0.50 0.20 1.40 150
240
0.50 1.00
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.20 0.50 0.20 1.20 100
200 0.50 0.90
180
200 HB 180 150
250 HB 150 0.40 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.20 0.40 0.20 0.50 25
45
0.30 0.30
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.20 0.40 0.20 0.40 30 55 0.30 0.30 40
T40 - 40 65 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.20
0.40
0.20
0.70
40
80 0.40 0.40 60
50 HRc
0.30
0.60 70
0.20 0.30
55
55 HRc
0.50
60 50
Chilled Cast Iron Ni-Hard 2 400 HB 80 50
White Cast Iron G-X300CrMo15 55 HRc 30 60 40
NF Aluminium 12 AlSi12 130 HB 0.20 0.50 0.20 0.70 200 400 0.50 0.60 280
APKT 060204 PDTR
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.30 5.50 0.04 0.13 190
330
1.30 0.07
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.30 5.50 0.03
0.10 150 240
1.30
0.06 200
230 HB 210 180
280 HB 0.09 130 190 0.05 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.30 3.90 0.03
0.09 90 150
1.00 0.05
130
280 HB 130 120
320 HB 0.07 60 110 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.30 5.50 0.03 0.10 190 250 1.30 0.06 220
240 HB 0.09 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.30 3.90 0.03 0.07 70 130 1.00 0.05 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.30 5.50 0.03 0.10 150 210 1.30 0.06 190
42 HRc 3.90 0.08 90 150 1.00 0.05 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.30 5.50 0.04 0.13 150
240
1.30 0.07
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.30 5.50 0.03 0.11 100
200
1.30 0.06
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.30 3.90 0.03 0.07 25
45
1.00 0.05
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.30 3.90 0.03 0.08 30 55 1.00 0.05 40
T40 - 0.07 40 65 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.30
2.00
0.02
0.07
40
80 0.70
0.04
60
50 HRc 1.20 0.06 70 0.50 55
55 HRc 0.60 60 0.30 50
Chilled Cast Iron Ni-Hard 2 400 HB 1.60 0.07 80 0.50 50
White Cast Iron G-X300CrMo15 55 HRc 0.60 0.06 30 60 0.30 40
NF Aluminium 12 AlSi12 130 HB 0.30 5.50 0.04 0.13 200 400 1.30 0.08 280
262 263
MACHINING CONDITIONS | MILLING - LT 30 - LT 3000MACHINING CONDITIONS | MILLING - LT 30 - LT 3000
APKT 100308 PDTR
APMT 0903 PDTR
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 9.00 0.13 0.26 190
330
2.00 0.17
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 9.00 0.11
0.21 150 240
2.00
0.15 200
230 HB 210 180
280 HB 0.18 130 190 0.13 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 6.40 0.08
0.18 90 150
1.50
0.13 130
280 HB 130 120
320 HB 0.15 60 110 0.12 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 9.00 0.11 0.21 190 250 2.00 0.15 220
240 HB 0.08 0.18 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 6.40 0.08 0.15 70 130 1.50 0.12 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 9.00 0.11 0.21 150 210 2.00 0.15 190
42 HRc 6.40 0.16 90 150 1.50 0.12 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 9.00 0.13 0.26 150
240
2.00 0.17
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 9.00 0.11 0.23 100
200
2.00 0.15
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 6.40 0.08 0.15 25
45
1.50 0.12
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.50 6.40 0.08 0.16 30 55 1.50 0.13 40
T40 - 0.15 40 65 0.12 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
3.20
0.07
0.15
40
80 1.00 0.10 60
50 HRc 1.90 0.13 70 0.80 0.09 55
55 HRc 1.00 0.11 60 0.50 0.09 50
Chilled Cast Iron Ni-Hard 2 400 HB 2.60 0.15 80 0.80 0.10 50
White Cast Iron G-X300CrMo15 55 HRc 1.00 0.11 30 60 0.50 0.09 40
NF Aluminium 12 AlSi12 130 HB 0.50 9.00 0.13 0.26 200 400 2.00 0.18 280
APKT 100304 PDTR
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 9.00 0.11 0.20 190
330
2.00 0.14
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 9.00 0.09
0.16 150 240
2.00
0.12 200
230 HB 210 180
280 HB 0.14 130 190 0.11 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 6.40 0.07
0.14 90 150
1.50
0.11 130
280 HB 130 120
320 HB 0.11 60 110 0.10 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 9.00 0.09 0.16 190 250 2.00 0.12 220
240 HB 0.07 0.14 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 6.40 0.07 0.11 70 130 1.50 0.10 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 9.00 0.09 0.16 150 210 2.00 0.12 190
42 HRc 6.40 0.12 90 150 1.50 0.10 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 9.00 0.11 0.20 150
240
2.00 0.14
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 9.00 0.09 0.17 100
200
2.00 0.12
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 6.40 0.07 0.11 25
45
1.50 0.10
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.50 6.40 0.07 0.12 30 55 1.50 0.11 40
T40 - 0.11 40 65 0.10 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
3.20
0.06
0.11
40
80 1.00 0.09 60
50 HRc 1.90 0.10 70 0.80 0.08 55
55 HRc 1.00 0.09 60 0.50 0.07 50
Chilled Cast Iron Ni-Hard 2 400 HB 2.60 0.11 80 0.80 0.09 50
White Cast Iron G-X300CrMo15 55 HRc 1.00 0.09 30 60 0.50 0.07 40
NF Aluminium 12 AlSi12 130 HB 0.50 9.00 0.11 0.20 200 400 2.00 0.16 280
264 265
MACHINING CONDITIONS | MILLING - LT 30 - LT 3000MACHINING CONDITIONS | MILLING - LT 30 - LT 3000
APKT 100316 PDTR
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 9.00 0.13 0.28 190
330
2.00 0.20
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 9.00 0.10
0.22 150 240
2.00
0.18 200
230 HB 210 180
280 HB 0.19 130 190 0.16 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 6.40 0.08
0.19 90 150
1.50
0.16 130
280 HB 130 120
320 HB 0.16 60 110 0.14 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 9.00 0.10 0.22 190 250 2.00 0.18 220
240 HB 0.08 0.19 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 6.40 0.08 0.16 70 130 1.50 0.14 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 9.00 0.10 0.22 150 210 2.00 0.18 190
42 HRc 6.40 0.18 90 150 1.50 0.14 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 9.00 0.13 0.28 150
240
2.00 0.20
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 9.00 0.10 0.25 100
200
2.00 0.18
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 6.40 0.08 0.16 25
45
1.50 0.14
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.50 6.40 0.08 0.18 30 55 1.50 0.16 40
T40 - 0.16 40 65 0.14 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
3.20
0.07
0.16
40
80 1.00 0.12 60
50 HRc 1.90 0.14 70 0.80 0.11 55
55 HRc 1.00 0.12 60 0.50 0.10 50
Chilled Cast Iron Ni-Hard 2 400 HB 2.60 0.16 80 0.80 0.12 50
White Cast Iron G-X300CrMo15 55 HRc 1.00 0.12 30 60 0.50 0.10 40
NF Aluminium 12 AlSi12 130 HB 0.50 9.00 0.13 0.28 200 400 2.00 0.22 280
APKT 100312 PDTR
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 9.00 0.13 0.28 190
330
2.00 0.20
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 9.00 0.10
0.22 150 240
2.00
0.18 200
230 HB 210 180
280 HB 0.19 130 190 0.16 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 6.40 0.08
0.19 90 150
1.50
0.16 130
280 HB 130 120
320 HB 0.16 60 110 0.14 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 9.00 0.10 0.22 190 250 2.00 0.18 220
240 HB 0.08 0.19 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 6.40 0.08 0.16 70 130 1.50 0.14 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 9.00 0.10 0.22 150 210 2.00 0.18 190
42 HRc 6.40 0.18 90 150 1.50 0.14 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 9.00 0.13 0.28 150
240
2.00 0.20
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 9.00 0.10 0.25 100
200
2.00 0.18
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 6.40 0.08 0.16 25
45
1.50 0.14
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.50 6.40 0.08 0.18 30 55 1.50 0.16 40
T40 - 0.16 40 65 0.14 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
3.20
0.07
0.16
40
80 1.00 0.12 60
50 HRc 1.90 0.14 70 0.80 0.11 55
55 HRc 1.00 0.12 60 0.50 0.10 50
Chilled Cast Iron Ni-Hard 2 400 HB 2.60 0.16 80 0.80 0.12 50
White Cast Iron G-X300CrMo15 55 HRc 1.00 0.12 30 60 0.50 0.10 40
NF Aluminium 12 AlSi12 130 HB 0.50 9.00 0.13 0.28 200 400 2.00 0.22 280
266 267
MACHINING CONDITIONS | MILLING - LT 30 - LT 3000MACHINING CONDITIONS | MILLING - LT30 - LT 3000
APKT 100340 PDTR
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 9.00 0.13 0.32 190
330
1.00 0.25
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 9.00 0.10
0.25 150 240
1.00
0.22 200
230 HB 210 180
280 HB 0.22 130 190 0.20 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 6.40 0.08
0.22 90 150
1.00
0.20 130
280 HB 130 120
320 HB 0.18 60 110 0.18 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 9.00 0.10 0.25 190 250 1.00 0.22 220
240 HB 0.08 0.22 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 6.40 0.08 0.18 70 130 1.00 0.18 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 9.00 0.10 0.25 150 210 1.00 0.22 190
42 HRc 6.40 0.20 90 150 0.18 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 9.00 0.13 0.32 150
240
1.00 0.25
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 9.00 0.10 0.28 100
200
1.00 0.22
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 6.40 0.08 0.18 25
45
1.00 0.18
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.50 6.40 0.08 0.20 30 55 1.00 0.20 40
T40 - 0.18 40 65 0.18 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.40
3.20
0.07
0.18
40
80
0.70
0.15 60
50 HRc 1.90 0.16 70 0.14 55
55 HRc 1.00 0.14 60 0.13 50
Chilled Cast Iron Ni-Hard 2 400 HB 2.60 0.18 80 0.15 50
White Cast Iron G-X300CrMo15 55 HRc 1.00 0.14 30 60 0.13 40
NF Aluminium 12 AlSi12 130 HB 0.50 9.00 0.13 0.32 200 400 1.00 0.28 280
APKT 100332 PDTR
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 9.00 0.13 0.32 190
330
1.00 0.23
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 9.00 0.10
0.25 150 240
1.00
0.20 200
230 HB 210 180
280 HB 0.22 130 190 0.18 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 6.40 0.08
0.22 90 150
1.00
0.18 130
280 HB 130 120
320 HB 0.18 60 110 0.16 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 9.00 0.10 0.25 190 250 1.00 0.20 220
240 HB 0.08 0.22 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 6.40 0.08 0.18 70 130 1.00 0.16 100
310 HB 120 0.16 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 9.00 0.10 0.25 150 210 1.00 0.20 190
42 HRc 6.40 0.20 90 150 0.16 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 9.00 0.13 0.32 150
240
1.00 0.23
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 9.00 0.10 0.28 100
200
1.00 0.20
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 6.40 0.08 0.18 25
45
1.00 0.16
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.50 6.40 0.08 0.20 30 55 1.00 0.18 40
T40 - 0.18 40 65 0.16 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.40
3.20
0.07
0.18
40
80
0.70
0.14 60
50 HRc 1.90 0.16 70 0.13 55
55 HRc 1.00 0.14 60 0.12 50
Chilled Cast Iron Ni-Hard 2 400 HB 2.60 0.18 80 0.14 50
White Cast Iron G-X300CrMo15 55 HRc 1.00 0.14 30 60 0.12 40
NF Aluminium 12 AlSi12 130 HB 0.50 9.00 0.13 0.32 200 400 1.00 0.25 280
268 269
MACHINING CONDITIONS | MILLING - LT 30 - LT 3000MACHINING CONDITIONS | MILLING - LT 30 - LT 3000
APKT 160416 PDTR
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 15.00 0.18 0.32 190
330
5.00 0.23
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 15.00 0.15
0.25 150 240
5.00
0.20 200
230 HB 210 180
280 HB 0.22 130 190 0.18 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 10.70 0.12
0.22 90 150
3.80
0.18 130
280 HB 130 120
320 HB 0.18 60 110 0.16 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 15.00 0.15 0.25 190 250 5.00 0.20 220
240 HB 0.12 0.22 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 10.70 0.12 0.18 70 130 3.80 0.16 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 15.00 0.15 0.25 150 210 5.00 0.20 190
42 HRc 10.70 0.20 90 150 3.80 0.16 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 15.00 0.18 0.32 150
240
5.00 0.23
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 15.00 0.15 0.28 100
200
5.00 0.20
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 10.70 0.12 0.18 25
45
3.80 0.16
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.50 10.70 0.12 0.20 30 55 3.80 0.18 40
T40 - 0.18 40 65 0.16 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
5.40
0.10
0.18
40
80 2.50 0.14 60
50 HRc 3.20 0.16 70 1.90 0.13 55
55 HRc 1.60 0.14 60 1.30 0.12 50
Chilled Cast Iron Ni-Hard 2 400 HB 4.30 0.18 80 1.90 0.14 50
White Cast Iron G-X300CrMo15 55 HRc 1.60 0.14 30 60 1.30 0.12 40
NF Aluminium 12 AlSi12 130 HB 0.50 15.00 0.18 0.32 200 400 5.00 0.25 280
ANKX 170608 PNTR*
APKT 1604 PDTR
APKT 160408 PDTR
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 15.00 0.18 0.32 190
330
4.00 0.23
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 15.00 0.15
0.25 150 240
4.00
0.20 200
230 HB 210 180
280 HB 0.22 130 190 0.18 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 10.70 0.12
0.22 90 150
3.00
0.18 130
280 HB 130 120
320 HB 0.18 60 110 0.16 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 15.00 0.15 0.25 190 250 4.00 0.20 220
240 HB 0.12 0.22 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 10.70 0.12 0.18 70 130 3.00 0.16 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 15.00 0.15 0.25 150 210 4.00 0.20 190
42 HRc 10.70 0.20 90 150 3.00 0.16 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 15.00 0.18 0.32 150
240
4.00 0.23
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 15.00 0.15 0.28 100
200
4.00 0.20
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 10.70 0.12 0.18 25
45
3.00 0.16
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.50 10.70 0.12 0.20 30 55 3.00 0.18 40
T40 - 0.18 40 65 0.16 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
5.40
0.10
0.18
40
80 2.00 0.14 60
50 HRc 3.20 0.16 70 1.50 0.13 55
55 HRc 1.60 0.14 60 1.00 0.12 50
Chilled Cast Iron Ni-Hard 2 400 HB 4.30 0.18 80 1.50 0.14 50
White Cast Iron G-X300CrMo15 55 HRc 1.60 0.14 30 60 1.00 0.12 40
NF Aluminium 12 AlSi12 130 HB 0.50 15.00 0.18 0.32 200 400 4.00 0.25 280
*For slot milling : Reduce the feed rate to 60%
Max feed rate after chip thickness compensation = 0.8mm/tooth
Not recommended for Ramping Down operation
270 271
MACHINING CONDITIONS | MILLING - LT 30 - LT 3000MACHINING CONDITIONS | MILLING - LT 30 - LT 3000
APKT 160432 PDTR
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 15.00 0.18 0.32 190
330
5.00 0.23
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 15.00 0.15
0.25 150 240
5.00
0.20 200
230 HB 210 180
280 HB 0.22 130 190 0.18 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 10.70 0.12
0.22 90 150
3.80
0.18 130
280 HB 130 120
320 HB 0.18 60 110 0.16 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 15.00 0.15 0.25 190 250 5.00 0.20 220
240 HB 0.12 0.22 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 10.70 0.12 0.18 70 130 3.80 0.16 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 15.00 0.15 0.25 150 210 5.00 0.20 190
42 HRc 10.70 0.20 90 150 3.80 0.16 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 15.00 0.18 0.32 150
240
5.00 0.23
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 15.00 0.15 0.28 100
200
5.00 0.20
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 10.70 0.12 0.18 25
45
3.80 0.16
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.50 10.70 0.12 0.20 30 55 3.80 0.18 40
T40 - 0.18 40 65 0.16 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
5.40
0.10
0.18
40
80 2.50 0.14 60
50 HRc 3.20 0.16 70 1.90 0.13 55
55 HRc 1.60 0.14 60 1.30 0.12 50
Chilled Cast Iron Ni-Hard 2 400 HB 4.30 0.18 80 1.90 0.14 50
White Cast Iron G-X300CrMo15 55 HRc 1.60 0.14 30 60 1.30 0.12 40
NF Aluminium 12 AlSi12 130 HB 0.50 15.00 0.18 0.32 200 400 5.00 0.25 280
APKT 160424 PDTR
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 15.00 0.18 0.32 190
330
5.00 0.23
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 15.00 0.15
0.25 150 240
5.00
0.20 200
230 HB 210 180
280 HB 0.22 130 190 0.18 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 10.70 0.12
0.22 90 150
3.80
0.18 130
280 HB 130 120
320 HB 0.18 60 110 0.16 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 15.00 0.15 0.25 190 250 5.00 0.20 220
240 HB 0.12 0.22 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 10.70 0.12 0.18 70 130 3.80 0.16 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 15.00 0.15 0.25 150 210 5.00 0.20 190
42 HRc 10.70 0.20 90 150 3.80 0.16 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 15.00 0.18 0.32 150
240
5.00 0.23
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 15.00 0.15 0.28 100
200
5.00 0.20
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 10.70 0.12 0.18 25
45
3.80 0.16
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.50 10.70 0.12 0.20 30 55 3.80 0.18 40
T40 - 0.18 40 65 0.16 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
5.40
0.10
0.18
40
80 2.50 0.14 60
50 HRc 3.20 0.16 70 1.90 0.13 55
55 HRc 1.60 0.14 60 1.30 0.12 50
Chilled Cast Iron Ni-Hard 2 400 HB 0.50 4.30 0.18 80 1.90 0.14 50
White Cast Iron G-X300CrMo15 55 HRc 0.50 1.60 0.14 30 60 1.30 0.12 40
NF Aluminium 12 AlSi12 130 HB 0.50 15.00 0.18 0.32 200 400 5.00 0.25 280
272 273
MACHINING CONDITIONS | MILLING - LT 3000MACHINING CONDITIONS | MILLING - LT 30 - LT 3000
XPKW 0602-HF
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.20 0.50 0.20 1.40 190
330
0.50 1.00
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.20 0.50 0.20 1.30
150 240 0.40 0.80 200
230 HB 210 180
280 HB 130 190 0.40 0.70 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.20 0.40 0.20 1.10
90 150 0.40 0.70 130
280 HB 130 120
320 HB 60 110 0.40 0.60 100
350 HB 90 80
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.20 0.40 0.20 0.50 150 210 0.40 0.40 190
42 HRc 0.60 90 150 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.20 0.50 0.20 1.40 150
240
0.50 1.00
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.20 0.50 0.20 1.20 100
200 0.50 0.90
180
200 HB 180 150
250 HB 150 0.40 130
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.20
0.40
0.20
0.80
40
80 0.40 0.50 60
50 HRc 0.30 0.70 70 0.30 0.40 55
55 HRc 0.50 60 0.30 50
Chilled Cast Iron Ni-Hard 2 400 HB 0.20 0.30 0.20 0.50 80 0.30 0.40 50
White Cast Iron G-X300CrMo15 55 HRc 0.20 0.30 0.20 0.50 30 60 0.30 0.30 40
APKT 1705 PETR
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 15.00 0.18 0.40 190
330
4.00 0.28
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 15.00 0.15
0.31 150 240
4.00
0.24 200
230 HB 210 180
280 HB 0.27 130 190 0.22 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 10.70 0.12
0.27 90 150
3.00
0.22 130
280 HB 130 120
320 HB 0.22 60 110 0.19 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 15.00 0.15 0.31 190 250 4.00 0.24 220
240 HB 0.12 0.27 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 10.70 0.12 0.22 70 130 3.00 0.19 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 15.00 0.15 0.31 150 210 4.00 0.24 190
42 HRc 10.70 0.25 90 150 3.00 0.19 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 15.00 0.18 0.40 150
240
4.00 0.28
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 15.00 0.15 0.35 100
200
4.00 0.24
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 10.70 0.12 0.22 25
45
3.00 0.19
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.50 10.70 0.12 0.25 30 55 3.00 0.22 40
T40 - 0.22 40 65 0.19 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
5.40
0.10
0.22
40
80 2.00 0.17 60
50 HRc 3.20 0.20 70 1.50 0.16 55
55 HRc 1.60 0.17 60 1.00 0.14 50
Chilled Cast Iron Ni-Hard 2 400 HB 4.30 0.22 80 1.50 0.17 50
White Cast Iron G-X300CrMo15 55 HRc 1.60 0.17 30 60 1.00 0.14 40
NF Aluminium 12 AlSi12 130 HB 0.50 15.00 0.18 0.40 200 400 4.00 0.30 280
274 275
MACHINING CONDITIONS | MILLING - LT 30 - LT 3000MACHINING CONDITIONS | MILLING - LT 30 - LT 3000
APMT 1604 PDTR
APMT 160408 PDTR
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 15.00 0.16 0.30 190
330
4.00 0.21
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 15.00 0.14
0.23 150 240
4.00
0.18 200
230 HB 210 180
280 HB 0.20 130 190 0.16 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 10.70 0.11
0.20 90 150
3.00
0.16 130
280 HB 130 120
320 HB 0.17 60 110 0.14 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 15.00 0.14 0.23 190 250 4.00 0.18 220
240 HB 0.11 0.20 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 10.70 0.11 0.17 70 130 3.00 0.14 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 15.00 0.14 0.23 150 210 4.00 0.18 190
42 HRc 10.70 0.14 0.19 90 150 3.00 0.14 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 15.00 0.16 0.30 150
240
4.00 0.21
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 15.00 0.14 0.26 100
200
4.00 0.18
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 10.70 0.11 0.17 25
45
3.00 0.14
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.50 10.70 0.11 0.19 30 55 3.00 0.16 40
T40 - 0.17 40 65 0.14 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
5.40
0.09
0.17
40
80 2.00 0.13 60
50 HRc 3.20 0.15 70 1.50 0.12 55
55 HRc 1.60 0.13 60 1.00 0.11 50
Chilled Cast Iron Ni-Hard 2 400 HB 4.30 0.17 80 1.50 0.13 50
White Cast Iron G-X300CrMo15 55 HRc 1.60 0.13 30 60 1.00 0.11 40
NF Aluminium 12 AlSi12 130 HB 0.50 15.00 0.16 0.30 200 400 4.00 0.22 280
APMT 1135 PDTR
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 10.00 0.13 0.22 190
330
2.00 0.15
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 10.00 0.10
0.17 150 240
2.00
0.13 200
230 HB 210 180
280 HB 0.15 130 190 0.12 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 7.20 0.08
0.15 90 150
1.50
0.12 130
280 HB 130 120
320 HB 0.13 60 110 0.10 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 10.00 0.10 0.17 190 250 2.00 0.13 220
240 HB 0.08 0.15 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 7.20 0.08 0.13 70 130 1.50 0.10 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 10.00 0.10 0.17 150 210 2.00 0.13 190
42 HRc 7.20 0.08 0.14 90 150 1.50 0.10 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 10.00 0.13 0.22 150
240
2.00 0.15
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 10.00 0.10 0.20 100
200
2.00 0.13
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 7.20 0.08 0.13 25
45
1.50 0.10
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.50 7.20 0.08 0.14 30 55 1.50 0.12 40
T40 - 0.13 40 65 0.10 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
3.60
0.07
0.13
40
80 1.00 0.09 60
50 HRc 2.10 0.11 70 0.80 0.08 55
55 HRc 1.10 0.10 60 0.50 0.08 50
Chilled Cast Iron Ni-Hard 2 400 HB 2.90 0.13 80 0.80 0.09 50
White Cast Iron G-X300CrMo15 55 HRc 1.10 0.10 30 60 0.50 0.08 40
NF Aluminium 12 AlSi12 130 HB 0.50 10.00 0.13 0.22 200 400 2.00 0.16 280
276 277
MACHINING CONDITIONS | MILLING - LT 30 - LT 3000MACHINING CONDITIONS | MILLING - LT 3000
LDMT 1504 PDSR
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 14.00 0.18 0.32 190
330
4.00 0.23
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 14.00 0.15
0.25 150 240
4.00
0.20 200
230 HB 210 180
280 HB 0.22 130 190 0.18 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 10.00 0.12
0.22 90 150
3.00
0.18 130
280 HB 130 120
320 HB 0.18 60 110 0.16 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 14.00 0.15 0.25 190 250 4.00 0.20 220
240 HB 0.12 0.22 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 10.00 0.12 0.18 70 130 3.00 0.16 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 14.00 0.15 0.25 150 210 4.00 0.20 190
42 HRc 10.00 0.20 90 150 3.00 0.16 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 14.00 0.18 0.32 150
240
4.00 0.23
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 14.00 0.15 0.28 100
200
4.00 0.20
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 10.00 0.12 0.18 25
45
3.00 0.16
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.50 10.00 0.12 0.20 30 55 3.00 0.18 40
T40 - 0.18 40 65 0.16 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
5.00
0.10
0.18
40
80 2.00 0.14 60
50 HRc 3.00 0.16 70 1.50 0.13 55
55 HRc 1.50 0.14 60 1.00 0.12 50
Chilled Cast Iron Ni-Hard 2 400 HB 4.00 0.18 80 1.50 0.14 50
White Cast Iron G-X300CrMo15 55 HRc 1.50 0.14 30 60 1.00 0.12 40
NF Aluminium 12 AlSi12 130 HB 0.50 14.00 0.18 0.32 200 400 4.00 0.25 280
HNKX 0604-45
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 3.50 0.16 0.34 190
330
2.50 0.30
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 3.50 0.14
0.28 150 240
2.50
0.26 200
230 HB 210 180
280 HB 0.26 130 190 0.24 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 3.50 0.11
0.28 90 150
2.50
0.26 130
280 HB 130 120
320 HB 0.24 60 110 0.22 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 3.50 0.14 0.30 190 250 2.50 0.26 220
240 HB 0.11 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 3.00 0.11 0.25 70 130 1.70 0.22 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 3.50 0.14 0.30 150 210 2.00 0.26 190
42 HRc 3.00 0.25 90 150 0.22 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 3.50 0.17 0.34 150
240
2.00 0.30
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 3.50 0.14 0.30 100
200
2.00 0.27
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 3.00 0.11 0.20 25
45
1.70 0.18
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.50 3.00 0.11 0.25 30 55 1.70 0.23 40
T40 - 0.23 40 65 0.20 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.40
1.50
0.10
0.22
40
80 1.00 0.18 60
50 HRc 1.50 0.20 70 1.00 0.16 55
55 HRc 1.00 0.18 60 0.70 0.15 50
Chilled Cast Iron Ni-Hard 2 400 HB 1.50 0.22 80 1.00 0.19 50
White Cast Iron G-X300CrMo15 55 HRc 1.00 0.20 30 60 0.70 0.17 40
NF Aluminium 12 AlSi12 130 HB 0.50 3.50 0.17 0.36 200 400 2.00 0.30 280
278 279
MACHINING CONDITIONS | MILLING - LT 30 - LT 3000MACHINING CONDITIONS | MILLING - LT 30 - LT 3000
ODMT 060508 TN
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 4.00 0.22 0.54 190
330
2.50 0.39
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 4.00 0.18
0.43 150 240
2.50
0.34 200
230 HB 210 180
280 HB 0.37 130 190 0.31 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 2.80 0.14
0.37 90 150
1.90
0.31 130
280 HB 130 120
320 HB 0.31 60 110 0.27 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 4.00 0.18 0.37 190 250 2.50 0.31 220
240 HB 0.14 0.34 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 2.80 0.14 0.31 70 130 1.90 0.27 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 4.00 0.18 0.37 150 210 2.50 0.31 190
42 HRc 2.80 0.34 90 150 1.90 0.27 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 4.00 0.22 0.54 150
240
2.50 0.39
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 4.00 0.18 0.48 100
200
2.50 0.34
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 2.80 0.14 0.31 25
45
1.90 0.27
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.50 2.80 0.14 0.34 30 55 1.90 0.31 40
T40 - 0.31 40 65 0.27 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.40
1.40
0.12
0.31
40
80 1.30 0.24 60
50 HRc 1.10 0.27 70 0.90 0.22 55
55 HRc 0.90 0.24 60 0.60 0.20 50
Chilled Cast Iron Ni-Hard 2 400 HB 1.10 0.31 80 0.90 0.24 50
White Cast Iron G-X300CrMo15 55 HRc 0.90 0.24 30 60 0.60 0.20 40
NF Aluminium 12 AlSi12 130 HB 0.50 4.00 0.22 0.54 200 400 2.50 0.43 280
ODMT 0504 ZZTR
OFMT 050405 TR
OFMT 05T305 TN
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 3.50 0.22 0.51 190
330
2.40 0.37
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 3.50 0.18
0.40 150 240
2.40
0.32 200
230 HB 210 180
280 HB 0.35 130 190 0.29 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 2.50 0.14
0.35 90 150
1.80
0.29 130
280 HB 130 120
320 HB 0.29 60 110 0.26 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 3.50 0.18 0.35 190 250 2.40 0.29 220
240 HB 0.14 0.32 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 2.50 0.14 0.29 70 130 1.80 0.26 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 3.50 0.18 0.35 150 210 2.40 0.29 190
42 HRc 2.50 0.32 90 150 1.80 0.26 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 3.50 0.22 0.51 150
240
2.40 0.37
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 3.50 0.18 0.45 100
200
2.40 0.32
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 2.50 0.14 0.29 25
45
1.80 0.26
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.50 2.50 0.14 0.32 30 55 1.80 0.29 40
T40 - 0.29 40 65 0.26 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.40
1.30
0.12
0.29
40
80 1.20 0.22 60
50 HRc 1.00 0.26 70 0.90 0.21 55
55 HRc 0.80 0.22 60 0.60 0.19 50
Chilled Cast Iron Ni-Hard 2 400 HB 1.00 0.29 80 0.90 0.22 50
White Cast Iron G-X300CrMo15 55 HRc 0.80 0.22 30 60 0.60 0.19 40
NF Aluminium 12 AlSi12 130 HB 0.50 3.50 0.22 0.51 200 400 2.40 0.40 280
280 281
MACHINING CONDITIONS | MILLING - LT 30 - LT 3000MACHINING CONDITIONS | MILLING - LT 30 - LT 3000
OFER 070405 TN
OFMT 070405 TN
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 4.50 0.22 0.51 190
330
3.00 0.37
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 4.50 0.18
0.40 150 240
3.00
0.32 200
230 HB 210 180
280 HB 0.35 130 190 0.29 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 3.20 0.14
0.35 90 150
2.20
0.29 130
280 HB 130 120
320 HB 0.29 60 110 0.26 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 4.50 0.18 0.35 190 250 3.00 0.29 220
240 HB 0.14 0.32 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 3.20 0.14 0.29 70 130 2.20 0.26 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 4.50 0.18 0.35 150 210 3.00 0.29 190
42 HRc 3.20 0.32 90 150 2.20 0.26 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 4.50 0.22 0.51 150
240
3.00 0.37
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 4.50 0.18 0.45 100
200
3.00 0.32
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 3.20 0.14 0.29 25
45
2.20 0.26
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.50 3.20 0.14 0.32 30 55 2.20 0.29 40
T40 - 0.29 40 65 0.26 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.40
1.60
0.12
0.29
40
80 1.50 0.22 60
50 HRc 1.30 0.26 70 1.10 0.21 55
55 HRc 1.00 0.22 60 0.70 0.19 50
Chilled Cast Iron Ni-Hard 2 400 HB 1.30 0.29 80 1.10 0.22 50
White Cast Iron G-X300CrMo15 55 HRc 1.00 0.22 30 60 0.70 0.19 40
NF Aluminium 12 AlSi12 130 HB 0.50 4.50 0.22 0.51 200 400 3.00 0.40 280
ODMW 060508 TN
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 4.00 0.22 0.58 190
330
3.00 0.41
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 4.00 0.18
0.45 150 240
3.00
0.36 200
230 HB 210 180
280 HB 0.40 130 190 0.32 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 2.80 0.14
0.40 90 150
2.30
0.32 130
280 HB 130 120
320 HB 0.32 60 110 0.29 100
350 HB 90 80
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 4.00 0.22 0.58 150
240
3.00 0.41
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 4.00 0.18 0.50 100
200
3.00 0.36
180
200 HB 180 150
250 HB 150 130
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.40
1.40
0.12
0.32
40
80 1.10 0.25 60
50 HRc 1.10 0.29 70 0.90 0.23 55
55 HRc 0.90 0.25 60 0.70 0.22 50
Chilled Cast Iron Ni-Hard 2 400 HB 1.10 0.32 80 0.90 0.25 50
White Cast Iron G-X300CrMo15 55 HRc 0.90 0.25 30 60 0.70 0.22 40
282 283
MACHINING CONDITIONS | MILLING - LT 30 - LT 3000MACHINING CONDITIONS | MILLING - LT 30 - LT 3000
RDMT 0602 M0
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 1.50 0.18 0.48 190
330
0.80 0.29
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 1.50 0.15
0.38 150 240
0.80
0.25 200
230 HB 210 180
280 HB 0.33 130 190 0.22 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 1.10 0.12
0.33 90 150
0.60
0.22 130
280 HB 130 120
320 HB 0.27 60 110 0.20 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 1.50 0.15 0.38 190 250 0.80 0.25 220
240 HB 0.12 0.33 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 1.20 0.12 0.27 70 130 0.60 0.20 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 1.50 0.15 0.38 150 210 0.80 0.25 190
42 HRc 1.20 0.30 90 150 0.60 0.20 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 1.50 0.18 0.48 150
240
0.80 0.29
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 1.50 0.15 0.42 100
200
0.80 0.25
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 1.20 0.12 0.27 25
45
0.60 0.20
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.50 1.20 0.12 0.30 30 55 0.60 0.22 40
T40 - 0.27 40 65 0.20 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.30
0.60
0.10
0.27
40
80 0.40 0.17 60
50 HRc
0.40
0.24 70
0.30
0.16 55
55 HRc 0.21 60 0.15 50
Chilled Cast Iron Ni-Hard 2 400 HB 0.27 80 0.18 50
White Cast Iron G-X300CrMo15 55 HRc 0.50 0.21 30 60 0.15 40
NF Aluminium 12 AlSi12 130 HB 0.50 1.50 0.18 0.48 200 400 0.80 0.31 280
ONKX 0806-45
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 4.00 0.16 0.58 190
330
3.00 0.46
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 4.00 0.14
0.50 150 240
3.00
0.40 200
230 HB 210 180
280 HB 0.44 130 190 0.36 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 4.00 0.11
0.44 90 150
3.00
0.36 130
280 HB 130 120
320 HB 0.36 60 110 0.32 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 1.50 0.14 0.44 190 250 1.20 0.34 220
240 HB 0.11 0.40 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 1.50 0.11 0.36 70 130 1.20 0.30 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 1.50 0.14 0.44 150 210 1.20 0.34 190
42 HRc 0.40 90 150 0.30 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 4.00 0.17 0.58 150
240
4.00 0.46
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 4.00 0.14 0.52 100
200
4.00 0.40
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 1.50 0.11 0.36 25
45
1.20 0.30
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.50 1.50 0.11 0.40 30 55 1.20 0.34 40
T40 - 0.36 40 65 0.30 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.40
3.00
0.09
0.36
40
80 2.00 0.28 60
50 HRc 0.32 70 1.00 0.26 55
55 HRc 1.50 0.28 60 0.50 0.24 50
Chilled Cast Iron Ni-Hard 2 400 HB 3.00 0.36 80 1.50 0.28 50
White Cast Iron G-X300CrMo15 55 HRc 1.50 0.28 30 60 0.50 0.24 40
NF Aluminium 12 AlSi12 130 HB 0.50 1.50 0.17 0.60 200 400 1.50 0.50 280
284 285
MACHINING CONDITIONS | MILLING - LT 30 - LT 3000MACHINING CONDITIONS | MILLING - LT 30 - LT 3000
RDMT 0803 M0
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 2.00 0.18 0.58 190
330
0.80 0.34
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 2.00 0.15
0.45 150 240
0.80
0.30 200
230 HB 210 180
280 HB 0.40 130 190 0.27 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 1.40 0.12
0.40 90 150
0.60
0.27 130
280 HB 130 120
320 HB 0.32 60 110 0.24 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 2.00 0.15 0.45 190 250 0.80 0.30 220
240 HB 0.12 0.40 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 1.50 0.12 0.32 70 130 0.60 0.24 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 2.00 0.15 0.45 150 210 0.80 0.30 190
42 HRc 1.50 0.36 90 150 0.60 0.24 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 2.00 0.18 0.58 150
240
0.80 0.34
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 2.00 0.15 0.50 100
200
0.80 0.30
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 1.50 0.12 0.32 25
45
0.60 0.24
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.50 1.50 0.12 0.36 30 55 0.60 0.27 40
T40 - 0.32 40 65 0.24 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.30
0.70
0.10
0.32
40
80 0.40 0.21 60
50 HRc 0.60 0.29 70
0.30
0.19 55
55 HRc 0.50 0.25 60 0.18 50
Chilled Cast Iron Ni-Hard 2 400 HB 0.60 0.32 80 0.21 50
White Cast Iron G-X300CrMo15 55 HRc 0.50 0.25 30 60 0.18 40
NF Aluminium 12 AlSi12 130 HB 0.50 2.00 0.18 0.58 200 400 0.80 0.38 280
RDMT 0702 M0
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 1.80 0.18 0.54 190
330
0.80 0.32
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 1.80 0.15
0.43 150 240
0.80
0.28 200
230 HB 210 180
280 HB 0.37 130 190 0.25 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 1.30 0.12
0.37 90 150
0.60
0.25 130
280 HB 130 120
320 HB 0.31 60 110 0.22 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 1.80 0.15 0.43 190 250 0.80 0.28 220
240 HB 0.12 0.37 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 1.40 0.12 0.31 70 130 0.60 0.22 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 1.80 0.15 0.43 150 210 0.80 0.28 190
42 HRc 1.40 0.34 90 150 0.60 0.22 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 1.80 0.18 0.54 150
240
0.80 0.32
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 1.80 0.15 0.48 100
200
0.80 0.28
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 1.40 0.12 0.31 25
45
0.60 0.22
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.50 1.40 0.12 0.34 30 55 0.60 0.25 40
T40 - 0.31 40 65 0.22 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.30
0.60
0.10
0.31
40
80 0.40 0.20 60
50 HRc
0.50
0.27 70
0.30
0.18 55
55 HRc 0.24 60 0.17 50
Chilled Cast Iron Ni-Hard 2 400 HB 0.31 80 0.20 50
White Cast Iron G-X300CrMo15 55 HRc 0.24 30 60 0.17 40
NF Aluminium 12 AlSi12 130 HB 0.50 1.80 0.18 0.54 200 400 0.80 0.35 280
286 287
MACHINING CONDITIONS | MILLINGMACHINING CONDITIONS | MILLING
LT 30 - LT 3000
RDMT 1204 M0
RDMT 12T3 M0
LT 3000
RDMX 1204 M0
RDMX 12T3 M0
RXMT 1204 M0
RXMX 1204 M0
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 3.00 0.25 0.74 190
330
1.30 0.34
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 3.00 0.21
0.57 150 240
1.30
0.30 200
230 HB 210 180
280 HB 0.51 130 190 0.27 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 2.20 0.17
0.51 90 150
1.00
0.27 130
280 HB 130 120
320 HB 0.41 60 110 0.24 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 3.00 0.21 0.57 190 250 1.30 0.30 220
240 HB 0.17 0.51 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 2.40 0.17 0.41 70 130 1.00 0.24 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 3.00 0.21 0.57 150 210 1.30 0.30 190
42 HRc 2.40 0.46 90 150 1.00 0.24 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 3.00 0.25 0.74 150
240
1.30 0.34
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 3.00 0.21 0.64 100
200
1.30 0.30
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 2.40 0.17 0.41 25
45
1.00 0.24
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.50 2.40 0.17 0.46 30 55 1.00 0.27 40
T40 - 0.41 40 65 0.24 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.30
1.10
0.14
0.41
40
80 0.70 0.21 60
50 HRc 0.90 0.37 70 0.50 0.19 55
55 HRc 0.80 0.32 60 0.30 0.18 50
Chilled Cast Iron Ni-Hard 2 400 HB 0.90 0.41 80 0.50 0.21 50
White Cast Iron G-X300CrMo15 55 HRc 0.80 0.32 30 60 0.30 0.18 40
NF Aluminium 12 AlSi12 130 HB 0.50 3.00 0.25 0.74 200 400 1.30 0.38 280
LT 30 - LT 3000
RDMT 1003 M0
RDMT 10T3 M0
RDMX 10T3 M0
LT 3000
RDMX 1003 M0
RXMT 10T3 M0
RXMX 10T3 M0
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 2.50 0.18 0.64 190
330
1.00 0.34
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 2.50 0.15
0.50 150 240
1.00
0.30 200
230 HB 210 180
280 HB 0.44 130 190 0.27 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 1.80 0.12
0.44 90 150
0.80
0.27 130
280 HB 130 120
320 HB 0.36 60 110 0.24 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 2.50 0.15 0.50 190 250 1.00 0.30 220
240 HB 0.12 0.44 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 2.00 0.12 0.36 70 130 0.80 0.24 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 2.50 0.15 0.50 150 210 1.00 0.30 190
42 HRc 2.00 0.40 90 150 0.80 0.24 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 2.50 0.18 0.64 150
240
1.00 0.34
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 2.50 0.15 0.56 100
200
1.00 0.30
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 2.00 0.12 0.36 25
45
0.80 0.24
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.50 2.00 0.12 0.40 30 55 0.80 0.27 40
T40 - 0.36 40 65 0.24 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.30
0.90
0.10
0.36
40
80 0.50 0.21 60
50 HRc 0.70 0.32 70 0.40 0.19 55
55 HRc 0.60 0.28 60 0.30 0.18 50
Chilled Cast Iron Ni-Hard 2 400 HB 0.70 0.36 80 0.40 0.21 50
White Cast Iron G-X300CrMo15 55 HRc 0.60 0.28 30 60 0.30 0.18 40
NF Aluminium 12 AlSi12 130 HB 0.50 2.50 0.18 0.64 200 400 1.00 0.38 280
288 289
MACHINING CONDITIONS | MILLINGMACHINING CONDITIONS | MILLING - LT 3000
LT 30 - LT 3000
RDMW 1003 M0
RDMW 10T3 M0
LT 3000
RXMW 10T3 M0
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 2.50 0.18 0.70 190 0.58 1.00 0.39
250
190 HB 220
250 HB 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 2.50 0.15
0.55
130
0.45
1.00
0.34 200
230 HB 180
280 HB 0.48 0.40 0.31 150
350 HB 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 1.80 0.12
0.48
60
0.40
0.80
0.31 130
280 HB 120
320 HB 0.40 0.32 0.27 100
350 HB 80
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 2.50 0.18 0.70 150 0.58 1.00 0.39
200
200 HB 180
250 HB 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 2.50 0.15 0.62 100 0.50 1.00 0.34
180
200 HB 150
250 HB 130
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.30
0.90
0.10
0.40
30
0.32 0.50 0.24 60
50 HRc 0.70 0.35 0.29 0.40 0.22 55
55 HRc 0.60 0.31 0.25 0.30 0.20 50
Chilled Cast Iron Ni-Hard 2 400 HB 0.70 0.40 0.32 0.40 0.24 50
White Cast Iron G-X300CrMo15 55 HRc 0.60 0.31 0.25 0.30 0.20 40
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 4.00 0.27
0.70
190 330 1.50
0.60 250
190 HB 0.65 0.60 220
250 HB 3.00 0.50 0.50 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50
4.00 0.25 0.65
130
240 1.50
0.60 200
230 HB 3.00 0.57 0.55 180
280 HB 2.00 0.23 0.52 170 0.50 150
350 HB 1.50 0.50 1.00 0.50 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50
2.00
0.20
0.57
60
150
1.00
0.55 130
280 HB 0.52 0.50 120
320 HB 1.50 0.50 90 100
350 HB 0.47 0.45 80
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 3.00 0.20 0.80 150 240 2.00
0.80 200
200 HB 0.70 180
250 HB 0.60 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 2.50 0.20 0.60 100 200 1.50
0.50 180
200 HB 0.55 150
250 HB 0.60 130
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.30
1.00
0.18
0.38
30
80
0.50
0.38 60
50 HRc 0.80 0.34 70 0.34 55
55 HRc 0.50 0.30 60 0.30 50
Chilled Cast Iron Ni-Hard 2 400 HB 1.00 0.38 80 0.38 50
White Cast Iron G-X300CrMo15 55 HRc 0.50 0.34 60 0.34 40
RDMT 1604 M0
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 4.00 0.25 1.00 190
330
2.00 0.34
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 4.00 0.21
0.78 150 240
2.00
0.30 200
230 HB 210 180
280 HB 0.69 130 190 0.27 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 2.80 0.17
0.69 90 150
1.50
0.27 130
280 HB 130 120
320 HB 0.56 60 110 0.24 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 4.00 0.21 0.78 190 250 2.00 0.30 220
240 HB 0.17 0.69 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 3.10 0.17 0.56 70 130 1.50 0.24 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 4.00 0.21 0.78 150 210 2.00 0.30 190
42 HRc 3.10 0.63 90 150 1.50 0.24 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 4.00 0.25 1.00 150
240
2.00 0.34
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 4.00 0.21 0.88 100
200
2.00 0.30
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 3.10 0.17 0.56 25
45
1.50 0.24
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.50 3.10 0.17 0.63 30 55 1.50 0.27 40
T40 - 0.56 40 65 0.24 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.40
1.40
0.14
0.56
40
80 1.00 0.21 60
50 HRc 1.10 0.50 70 0.80 0.19 55
55 HRc 1.00 0.44 60 0.50 0.18 50
Chilled Cast Iron Ni-Hard 2 400 HB 1.10 0.56 80 0.80 0.21 50
White Cast Iron G-X300CrMo15 55 HRc 1.00 0.44 30 60 0.50 0.18 40
NF Aluminium 12 AlSi12 130 HB 0.50 4.00 0.25 1.00 200 400 2.00 0.38 280
LT 30 - LT 3000
RDMW 1204 M0
RDMW 12T3 M0
LT 3000
RXMW 1204 M0
290 291
MACHINING CONDITIONS | MILLING - LT 3000MACHINING CONDITIONS | MILLING - LT 30 - LT 3000
SDKW 0904-HF
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.30 1.50 0.30 1.50 190 330
1.10
1.30
250
190 HB 1.00 220
250 HB 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.30 1.30 0.30 1.36 130
240
0.80
1.10 200
230 HB 180
280 HB 170 1.00 150
350 HB 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.30
1.30
0.30 1.20 60
150
0.70
0.90 130
280 HB 1.20 120
320 HB 1.10 90 0.70 100
350 HB 80
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.30 1.50 0.30
2.26
150 240 1.20 1.30
200
200 HB 1.50 180
250 HB 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.30 1.50 0.30 1.36 100 200 1.20 1.10
180
200 HB 150
250 HB 130
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.30
0.60
0.30
0.90
30
80 0.60 0.60 60
50 HRc 0.76 70 0.50 0.50 55
55 HRc 0.50
0.60
60
0.40
0.40 50
Chilled Cast Iron Ni-Hard 2 400 HB 0.60 80 0.50 50
White Cast Iron G-X300CrMo15 55 HRc 0.50 60 0.40 40
SDKW 1205-HF
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.30 2.00 0.30 2.70 190 330 1.30 1.70
250
190 HB 220
250 HB 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.30 1.60 0.30 2.50 130
240
1.00
1.50 200
230 HB 180
280 HB 170 1.40 150
350 HB 2.25 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.30
1.60
0.30
2.25
60
150
0.80
1.20 130
280 HB 1.30 2.00 120
320 HB 1.10 1.80 90 1.00 100
350 HB 1.60 80
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.30 2.00 0.30 2.70 150 240 1.60 1.70
200
200 HB 180
250 HB 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.30 2.00 0.30 2.25 100 200 1.60 1.60
180
200 HB 150
250 HB 130
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.30
0.80
0.30
1.25
30
80 0.70 0.80 60
50 HRc 0.70 1.10 70 0.50 0.70 55
55 HRc 0.60 0.90 60
0.40 0.60
50
Chilled Cast Iron Ni-Hard 2 400 HB 0.70 0.80 80 50
White Cast Iron G-X300CrMo15 55 HRc 0.60 60 40
SDKT 1204 AETN
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 7.00 0.18 0.53 190
330
3.00 0.39
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 7.00 0.15
0.41 150 240
3.00
0.34 200
230 HB 210 180
280 HB 0.36 130 190 0.31 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 5.00 0.12
0.36 90 150
2.30
0.31 130
280 HB 130 120
320 HB 0.30 60 110 0.27 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 7.00 0.15 0.36 190 250 3.00 0.31 220
240 HB 0.12 0.33 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 5.00 0.12 0.30 70 130 2.30 0.27 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 7.00 0.15 0.36 150 210 3.00 0.31 190
42 HRc 5.00 0.30 90 150 2.30 0.27 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 7.00 0.18 0.53 150
240
3.00 0.39
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 7.00 0.15 0.46 100
200
3.00 0.34
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 5.00 0.12 0.30 25
45
2.30 0.27
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.50 5.00 0.12 0.33 30 55 2.30 0.31 40
T40 - 0.30 40 65 0.27 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
2.50
0.10
0.30
40
80 1.50 0.24 60
50 HRc 1.80 0.26 70 1.10 0.22 55
55 HRc 1.50 0.23 60 0.80 0.20 50
Chilled Cast Iron Ni-Hard 2 400 HB 2.00 0.30 80 1.10 0.24 50
White Cast Iron G-X300CrMo15 55 HRc 1.50 0.23 30 60 0.80 0.20 40
NF Aluminium 12 AlSi12 130 HB 0.50 7.00 0.18 0.53 200 400 3.00 0.43 280
292 293
MACHINING CONDITIONS | MILLING - LT 3000MACHINING CONDITIONS | MILLING - LT 3000
SDKX 1205-HF
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.30 2.00 0.30 2.70 190
330
1.20 1.70
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.30 1.60 0.30 2.50 150 240
0.90
1.50 200
230 HB 210 180
280 HB 130 190 1.40 150
350 HB 2.25 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.30
1.60
0.30
2.25 90 150
0.70
1.20 130
280 HB 1.30 2.00 130 120
320 HB 1.10 1.80 60 110 1.00 100
350 HB 1.60 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.30 1.50 0.30 1.00 190 250 0.90 0.80 220
240 HB 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.30 1.20 0.30 0.65 70 130 0.80 0.50 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.30 1.50 0.30 0.70 150 210 0.90 0.60 190
42 HRc 1.10 0.65 90 150 0.80 0.50 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.30 2.00 0.30 2.70 150
240
1.50 1.70
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.30 2.00 0.30 2.25 100
200
1.50 1.60
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.30 1.80 0.30
0.90
25
45
1.00 0.50
32
Inconel 700 250 HB 0.80 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.30 1.80 0.30 0.90 30 55 1.00 0.50 40
T40 - 2.00 0.80 40 65 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.30
0.80
0.30
1.25
40
80 0.60 0.80 60
50 HRc 0.70 1.10 70 0.50 0.70 55
55 HRc 0.60 0.90 60
0.40 0.60
50
Chilled Cast Iron Ni-Hard 2 400 HB 0.70 0.80 80 50
White Cast Iron G-X300CrMo15 55 HRc 0.60 30 60 40
NF Aluminium 12 AlSi12 130 HB 0.30 2.00 0.30 1.10 200 400 2.00 1.00 280
SDKX 0904-HF
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.30 1.50 0.30 1.50 190
330
1.00 1.20
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.30 1.20 0.30 1.36
150 240
0.80
1.00 200
230 HB 210 180
280 HB 130 190 0.90 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.30
1.20
0.30 1.20
90 150
0.70
0.80 130
280 HB 1.10 130 120
320 HB 1.00 60 110 0.70 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.30 1.30 0.30 0.76 190 250 0.80 0.50 220
240 HB 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.30 1.10 0.30 0.46 70 130 0.70 0.30 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.30 1.20 0.30 0.52 150 210 0.80 0.40 190
42 HRc 1.00 0.46 90 150 0.70 0.30 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.30 1.50 0.30
2.26
150
240
1.20 1.20
200
200 HB 1.50 220 180
250 HB 1.50 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.30 1.50 0.30 1.36 100
200
1.20 1.00
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.30 1.40 0.30 0.60 25
45
0.80 0.30
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.30 1.40 0.30 0.52 30 55 0.80 0.30 40
T40 - 1.50 40 65 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.30
0.60
0.30
0.90
40
80 0.60 0.50 60
50 HRc
0.50
0.76 70 0.50 55
55 HRc
0.60
60
0.40
0.40 50
Chilled Cast Iron Ni-Hard 2 400 HB 80 0.50 50
White Cast Iron G-X300CrMo15 55 HRc 30 60 0.40 40
NF Aluminium 12 AlSi12 130 HB 0.30 1.50 0.30 0.76 200 400 1.50 0.70 280
294 295
MACHINING CONDITIONS | MILLING - LT 30 - LT 3000MACHINING CONDITIONS | MILLING - LT 30 - LT 3000
SEKN 1504 AFTN
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 9.00 0.18 0.50 190
330
4.00 0.37
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 9.00 0.15
0.39 150 240
4.00
0.32 200
230 HB 210 180
280 HB 0.34 130 190 0.29 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 6.40 0.12
0.34 90 150
3.00
0.29 130
280 HB 130 120
320 HB 0.28 60 110 0.26 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 9.00 0.15 0.34 190 250 4.00 0.29 220
240 HB 0.12 0.31 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 6.40 0.12 0.28 70 130 3.00 0.26 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 9.00 0.15 0.34 150 210 4.00 0.29 190
42 HRc 6.40 0.28 90 150 3.00 0.26 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 9.00 0.18 0.50 150
240
4.00 0.37
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 9.00 0.15 0.43 100
200
4.00 0.32
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 6.40 0.12 0.28 25
45
3.00 0.26
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.50 6.40 0.12 0.31 30 55 3.00 0.29 40
T40 - 0.28 40 65 0.26 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
3.20
0.10
0.28
40
80 2.00 0.22 60
50 HRc 1.90 0.25 70 1.50 0.21 55
55 HRc 1.60 0.22 60 1.00 0.19 50
Chilled Cast Iron Ni-Hard 2 400 HB 2.60 0.28 80 1.50 0.22 50
White Cast Iron G-X300CrMo15 55 HRc 1.60 0.22 30 60 1.00 0.19 40
NF Aluminium 12 AlSi12 130 HB 0.50 9.00 0.18 0.50 200 400 4.00 0.40 280
SEKN 1203 AFTN
SEKN 1204 AFTN
SEKR 1203 AFTN
SEKR 1204 AFTN
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 7.00 0.18 0.46 190
330
3.00 0.34
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 7.00 0.15
0.36 150 240
3.00
0.30 200
230 HB 210 180
280 HB 0.32 130 190 0.27 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 5.00 0.12
0.32 90 150
2.30
0.27 130
280 HB 130 120
320 HB 0.26 60 110 0.24 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 7.00 0.15 0.32 190 250 3.00 0.27 220
240 HB 0.12 0.29 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 5.00 0.12 0.26 70 130 2.30 0.24 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 7.00 0.15 0.32 150 210 3.00 0.27 190
42 HRc 5.00 0.26 90 150 2.30 0.24 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 7.00 0.18 0.46 150
240
3.00 0.34
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 7.00 0.15 0.41 100
200
3.00 0.30
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 5.00 0.12 0.26 25
45
2.30 0.24
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.50 5.00 0.12 0.29 30 55 2.30 0.27 40
T40 - 0.26 40 65 2.30 0.24 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
2.50
0.10
0.26
40
80 1.50 0.21 60
50 HRc 1.80 0.23 70 1.10 0.19 55
55 HRc 1.50 0.20 60 0.80 0.18 50
Chilled Cast Iron Ni-Hard 2 400 HB 2.00 0.26 80 1.10 0.21 50
White Cast Iron G-X300CrMo15 55 HRc 1.50 0.20 30 60 0.80 0.18 40
NF Aluminium 12 AlSi12 130 HB 0.50 7.00 0.18 0.46 200 400 3.00 0.37 280
297
MACHINING CONDITIONS | MILLING - LT 30 - LT 3000
296
MACHINING CONDITIONS | MILLING - LT 30 - LT 3000
SNKX 1205-45
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 5.00 0.16 0.34 190
330
3.00 0.30
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 5.00 0.14
0.28 150 240
3.00
0.26 200
230 HB 210 180
280 HB 0.26 130 190 0.24 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 5.00 0.11
0.28 90 150
3.00
0.26 130
280 HB 130 120
320 HB 0.24 60 110 0.22 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 5.00 0.14 0.30 190 250 3.00 0.26 220
240 HB 0.11 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 4.00 0.11 0.25 70 130 2.50 0.22 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 5.00 0.14 0.30 150 210 3.00 0.26 190
42 HRc 4.00 0.25 90 150 0.22 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 5.00 0.17 0.34 150
240
3.00 0.30
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 5.00 0.14 0.30 100
200
3.00 0.27
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 4.00 0.11 0.20 25
45
2.50 0.18
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.50 4.00 0.11 0.25 30 55 2.50 0.23 40
T40 - 0.23 40 65 0.20 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.40
2.00
0.10
0.22
40
80 1.30 0.18 60
50 HRc 0.20 70 1.30 0.16 55
55 HRc 1.00 0.18 60 1.00 0.15 50
Chilled Cast Iron Ni-Hard 2 400 HB 2.00 0.22 80 1.30 0.19 50
White Cast Iron G-X300CrMo15 55 HRc 1.00 0.20 30 60 1.00 0.17 40
NF Aluminium 12 AlSi12 130 HB 0.50 5.00 0.17 0.36 200 400 3.00 0.30 280
SEKT 1204 AFTN
SEKT 12T3 AGSN
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 6.00 0.18 0.46 190
330
3.00 0.34
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 6.00 0.15
0.36 150 240
3.00
0.30 200
230 HB 210 180
280 HB 0.32 130 190 0.27 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 5.00 0.12
0.32 90 150
2.30
0.27 130
280 HB 130 120
320 HB 0.26 60 110 0.24 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 6.00 0.15 0.32 190 250 3.00 0.27 220
240 HB 0.12 0.29 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 5.00 0.12 0.26 70 130 2.30 0.24 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 6.00 0.15 0.32 150 210 3.00 0.27 190
42 HRc 5.00 0.26 90 150 2.30 0.24 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 6.00 0.18 0.46 150
240
3.00 0.34
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 6.00 0.15 0.41 100
200
3.00 0.30
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 5.00 0.12 0.26 25
45
2.30 0.24
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.50 5.00 0.12 0.29 30 55 2.30 0.27 40
T40 - 0.26 40 65 2.30 0.24 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
2.50
0.10
0.26
40
80 1.50 0.21 60
50 HRc 1.80 0.23 70 1.10 0.19 55
55 HRc 1.50 0.20 60 0.80 0.18 50
Chilled Cast Iron Ni-Hard 2 400 HB 0.50 2.00 0.26 80 1.10 0.21 50
White Cast Iron G-X300CrMo15 55 HRc 0.50 1.50 0.20 30 60 0.80 0.18 40
NF Aluminium 12 AlSi12 130 HB 0.50 6.00 0.18 0.46 200 400 3.00 0.37 280
298 299
MACHINING CONDITIONS | MILLING - LT 30 - LT 3000MACHINING CONDITIONS | MILLING - LT 30 - LT 3000
SPKN 1203 EDTR
SPKN 1204 EDTR
Material
Group
Lamina
Gr. N°
Material
Examples Hardness DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 7.00 0.18 0.43 190 330 3.00 0.30
250
190 HB 220
250 HB 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 7.00 0.15
0.34
150
240
3.00
0.26 200
230 HB 180
280 HB 0.30 170 0.23 150
350 HB 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 5.00 0.12
0.30
70
150
2.30
0.23 130
280 HB 120
320 HB 0.24 90 0.21 100
350 HB 80
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 7.00 0.18 0.43 150 240 3.00 0.30
200
200 HB 180
250 HB 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 7.00 0.15 0.38 100 200 3.00 0.26
180
200 HB 150
250 HB 130
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
2.50
0.10
0.24
40
80 1.50 0.18 60
50 HRc 1.80 0.22 70 1.10 0.17 55
55 HRc 1.50 0.19 60 0.80 0.16 50
Chilled Cast Iron Ni-Hard 2 400 HB 2.00 0.24 80 1.10 0.18 50
White Cast Iron G-X300CrMo15 55 HRc 1.50 0.19 60 0.80 0.16 40
SPKN 1504 EDTR
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 9.00 0.18 0.43 190 330 4.00 0.30
250
190 HB 220
250 HB 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 9.00 0.15
0.34
130
240
4.00
0.26 200
230 HB 180
280 HB 0.30 170 0.23 150
350 HB 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 6.40 0.12
0.30
60
150
3.00
0.23 130
280 HB 120
320 HB 0.24 90 0.21 100
350 HB 80
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 9.00 0.18 0.43 150 240 4.00 0.30
200
200 HB 180
250 HB 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 9.00 0.15 0.38 100 200 4.00 0.26
180
200 HB 150
250 HB 130
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
3.20
0.10
0.24
30
80 2.00 0.18 60
50 HRc 2.30 0.22 70 1.50 0.17 55
55 HRc 1.90 0.19 60 1.00 0.16 50
Chilled Cast Iron Ni-Hard 2 400 HB 2.60 0.24 80 1.50 0.18 50
White Cast Iron G-X300CrMo15 55 HRc 1.90 0.19 60 1.00 0.16 40
SNKX 1607-45
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 6.50 0.16 0.58 190
330
4.00 0.46
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 6.50 0.14
0.50 150 240
4.00
0.40 200
230 HB 210 180
280 HB 0.44 130 190 0.36 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 6.50 0.11
0.44 90 150
3.00
0.36 130
280 HB 130 120
320 HB 0.36 60 110 0.32 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 6.50 0.14 0.44 190 250 4.00 0.34 220
240 HB 0.11 0.40 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 5.00 0.11 0.36 70 130 3.00 0.30 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 6.50 0.14 0.44 150 210 4.00 0.34 190
42 HRc 5.00 0.40 90 150 3.00 0.30 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 6.50 0.17 0.58 150
240
4.00 0.46
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 6.50 0.14 0.52 100
200
4.00 0.40
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 5.00 0.11 0.36 25
45
3.00 0.30
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.50 5.00 0.11 0.40 30 55 3.00 0.34 40
T40 - 0.36 40 65 0.30 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.40
3.00
0.09
0.36
40
80 2.00 0.28 60
50 HRc 0.32 70 1.50 0.26 55
55 HRc 1.50 0.28 60 1.00 0.24 50
Chilled Cast Iron Ni-Hard 2 400 HB 3.00 0.36 80 1.50 0.28 50
White Cast Iron G-X300CrMo15 55 HRc 1.50 0.28 30 60 1.00 0.24 40
NF Aluminium 12 AlSi12 130 HB 0.50 6.50 0.17 0.60 200 400 4.00 0.50 280
300 301
MACHINING CONDITIONS | MILLING - LT 30 - LT 3000MACHINING CONDITIONS | MILLING - LT 30 - LT 3000
SPMT 060304 TN
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.30 6.00 0.06
0.12
190
330
2.40
0.10 250
190 HB 0.10 300 0.08 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.30 6.00
0.06 0.12 150 240
2.40
0.10 200
230 HB
0.10
210
0.08
180
280 HB 0.05 130 190 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.30 6.00
0.06 0.08 90 150
1.80
0.07 130
280 HB
0.05
0.10 130 0.08 120
320 HB 0.08 60 110 0.06 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.30 6.00 0.06 0.08 190 250 2.40 0.07 220
240 HB 0.05 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.30 6.00 0.05 0.08 70 130 1.80 0.07 100
310 HB 0.07 120 0.06 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.30 6.00 0.05 0.08 150 210 2.40 0.07 190
42 HRc 0.07 90 150 1.80 0.06 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.30 6.00 0.05
0.14
150
240
2.40
0.12 200
200 HB 0.12 220 0.10 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.30 6.00 0.05
0.14
100
200
2.40
0.12 180
200 HB 0.12 180 0.10 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.30 6.00 0.04 0.08 25
45
1.80 0.06
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.30 6.00 0.04 0.08 30 55 1.80 0.06 40
T40 - 40 65 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.30 6.00 0.04
0.10
40
80 1.20 0.08 60
50 HRc 0.08 70 0.90 0.06 55
55 HRc
0.06
60 0.60
0.05
50
Chilled Cast Iron Ni-Hard 2 400 HB 80 0.90 50
White Cast Iron G-X300CrMo15 55 HRc 30 60 0.60 40
NF Aluminium 12 AlSi12 130 HB 0.30 6.00 0.08 0.14 200 400 2.40 0.12 280
SPKR 1203 EDTR
SPKR 1204 EDTR
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 7.00 0.18 0.38 190
330
3.00 0.26
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 7.00 0.15
0.30 150 240
3.00
0.23 200
230 HB 210 180
280 HB 0.26 130 190 0.21 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB 0.50
5.00 0.12
0.26 90 150
2.30
0.21 130
280 HB 130 120
320 HB 0.50 0.22 60 110 0.18 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 7.00 0.15 0.26 190 250 3.00 0.21 220
240 HB 0.12 0.24 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 5.00 0.12 0.22 70 130 2.30 0.18 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 7.00 0.15 0.26 150 210 3.00 0.21 190
42 HRc 5.00 0.22 90 150 2.30 0.18 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 7.00 0.18 0.38 150
240
3.00 0.26
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 7.00 0.15 0.34 100
200
3.00 0.23
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 5.00 0.12 0.22 25
45
2.30 0.18
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.50 5.00 0.12 0.24 30 55 2.30 0.21 40
T40 - 0.22 40 65 0.18 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
2.50
0.10
0.22
40
80 1.50 0.16 60
50 HRc 1.80 0.19 70 1.10 0.15 55
55 HRc 1.50 0.17 60 0.80 0.14 50
Chilled Cast Iron Ni-Hard 2 400 HB 2.00 0.22 80 1.10 0.16 50
White Cast Iron G-X300CrMo15 55 HRc 1.50 0.17 30 60 0.80 0.14 40
NF Aluminium 12 AlSi12 130 HB 0.50 7.00 0.18 0.38 200 400 3.00 0.29 280
302 303
MACHINING CONDITIONS | MILLING - LT 30 - LT 3000MACHINING CONDITIONS | MILLING - LT 30 - LT 3000
SPMT 120408 TN
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 12.00
0.10 0.22
190
330
3.20
0.19 250
190 HB 0.08 0.20 300 0.17 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 12.00
0.10 0.22 150 240
3.20
0.19 200
230 HB 0.08 0.20 210 0.17 180
280 HB 0.07 0.18 130 190 0.15 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 12.00
0.08 0.20 90 150
2.40
0.17 130
280 HB
0.07 0.18 130 0.15 120
320 HB 60 110 100
350 HB 0.16 90 0.14 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 12.00 0.09 0.12 190 250 3.20 0.10 220
240 HB 0.08 0.10 160 210 0.08 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 12.00 0.08 0.10 70 130 2.40 0.08 100
310 HB 0.06 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 12.00 0.08 0.12 150 210 3.20 0.10 190
42 HRc 0.06 0.10 90 150 2.40 0.08 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 12.00 0.10
0.28
150
240
3.20
0.26 200
200 HB 0.26 220 0.24 180
250 HB 0.24 190 0.22 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 12.00 0.10
0.26
100
200
3.20
0.24 180
200 HB 0.24 180 0.22 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 12.00 0.06 0.14 25
45
2.40 0.12 32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 0.11 30
Ti based 10 TiAl6V4 - 0.50 12.00 0.06 0.14 30 55 2.40 0.12 40
T40 - 40 65 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50 12.00 0.06
0.14
40
80 1.60 0.10 60
50 HRc 0.12 70 1.20
0.08
55
55 HRc
0.10
60 0.80 50
Chilled Cast Iron Ni-Hard 2 400 HB 80 1.20 50
White Cast Iron G-X300CrMo15 55 HRc 30 60 0.80 40
NF Aluminium 12 AlSi12 130 HB 0.50 12.00 0.10 0.18 200 400 3.20 0.15 280
SPMT 09T308 TN
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 9.00
0.07 0.17
190
330
2.40
0.15 250
190 HB 0.06 0.15 300 0.13 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 9.00
0.07 0.17 150 240
2.40
0.15 200
230 HB 0.06 0.15 210 0.13 180
280 HB 0.05 0.13 130 190 0.11 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 9.00
0.07 0.15 90 150
1.80
0.13 130
280 HB
0.05
0.13 130 0.11 120
320 HB 0.10 60 110 0.08 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 9.00 0.07 0.12 190 250 2.40 0.10 220
240 HB 0.05 0.10 160 210 0.08 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 9.00 0.05 0.10 70 130 1.80 0.08 100
310 HB 0.08 120 0.07 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 9.00 0.05 0.08 150 210 2.40 0.07 190
42 HRc 90 150 1.80 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 9.00 0.06 0.22 150
240
2.40 0.18 200
200 HB 220 180
250 HB 0.20 190 0.16 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 9.00
0.06 0.22 100
200
2.40 0.18 180
200 HB 0.05 180 150
250 HB 0.20 150 0.16 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 9.00 0.04 0.12 25
45
1.80 0.10
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.50 9.00 0.04 0.12 30 55 1.80 0.10 40
T40 - 40 65 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50 9.00 0.04
0.12
40
80 1.20 0.10 60
50 HRc 0.10 70 0.90 0.08 55
55 HRc
0.08
60 0.60
0.06
50
Chilled Cast Iron Ni-Hard 2 400 HB 80 0.90 50
White Cast Iron G-X300CrMo15 55 HRc 30 60 0.60 40
NF Aluminium 12 AlSi12 130 HB 0.50 9.00 0.08 0.16 200 400 2.40 0.13 280
304 305
MACHINING CONDITIONS | MILLING - LT 30 - LT 3000MACHINING CONDITIONS | MILLING - LT 30 - LT 3000
SPUN 120308
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 7.00 0.18 0.37 190 330 3.00 0.26
250
190 HB 220
250 HB 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 7.00 0.15
0.29
150
240
3.00
0.23 200
230 HB 180
280 HB 0.25 170 0.21 150
350 HB 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 5.00 0.12
0.25
70
150
2.30
0.21 130
280 HB 120
320 HB 0.21 90 0.18 100
350 HB 80
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 7.00 0.18 0.37 150 240 3.00 0.26
200
200 HB 180
250 HB 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 7.00 0.15 0.32 100 200 3.00 0.23
180
200 HB 150
250 HB 130
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
2.50
0.10
0.21
40
80 1.50 0.16 60
50 HRc 1.80 0.18 70 1.10 0.15 55
55 HRc 1.50 0.16 60 0.80 0.14 50
Chilled Cast Iron Ni-Hard 2 400 HB 2.00 0.21 80 1.10 0.16 50
White Cast Iron G-X300CrMo15 55 HRc 1.50 0.16 60 0.80 0.14 40
SPMT 12T308
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 9.00 0.13 0.29 190
330
3.00 0.18
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 9.00 0.10
0.22 150 240
3.00
0.16 200
230 HB 210 180
280 HB 0.20 130 190 0.14 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 6.40 0.08
0.20 90 150
2.30
0.14 130
280 HB 130 120
320 HB 0.16 60 110 0.13 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 9.00 0.10 0.22 190 250 3.00 0.16 220
240 HB 0.08 0.20 160 210 0.16 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 6.40 0.08 0.16 70 130 2.30 0.13 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 9.00 0.10 0.22 150 210 3.00 0.16 190
42 HRc 6.40 0.18 90 150 2.30 0.13 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 9.00 0.13 0.29 150
240
3.00 0.18
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 9.00 0.10 0.25 100
200
3.00 0.16
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 6.40 0.08 0.16 25
45
2.30 0.13
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.50 6.40 0.08 0.18 30 55 2.30 0.14 40
T40 - 0.16 40 65 0.13 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
3.20
0.07
0.16
40
80 1.50 0.11 60
50 HRc 1.90 0.14 70 1.10 0.10 55
55 HRc 1.00 0.13 60 0.80 0.10 50
Chilled Cast Iron Ni-Hard 2 400 HB 2.60 0.16 80 1.10 0.11 50
White Cast Iron G-X300CrMo15 55 HRc 1.00 0.13 30 60 0.80 0.10 40
NF Aluminium 12 AlSi12 130 HB 0.50 9.00 0.13 0.29 200 400 3.00 0.20 280
306 307
MACHINING CONDITIONS | MILLING - LT 30 - LT 3000MACHINING CONDITIONS | MILLING - LT 30 - LT 3000
TPKR 1603 PDTR
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 12.00 0.13 0.22 190
330
3.00 0.17
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 12.00 0.10
0.17 150 240
3.00
0.15 200
230 HB 210 180
280 HB 0.15 130 190 0.13 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 8.60 0.08
0.15 90 150
2.30
0.13 130
280 HB 130 120
320 HB 0.13 60 110 0.12 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 12.00 0.10 0.15 190 250 3.00 0.13 220
240 HB 0.08 0.14 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 8.60 0.08 0.13 70 130 2.30 0.12 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 12.00 0.10 0.15 150 210 3.00 0.13 190
42 HRc 8.60 0.13 90 150 2.30 0.12 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 12.00 0.13 0.22 150
240
3.00 0.17
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 12.00 0.10 0.20 100
200
3.00 0.15
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 8.60 0.08 0.13 25
45
2.30 0.12
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.50 8.60 0.08 0.14 30 55 2.30 0.13 40
T40 - 0.13 40 65 2.30 0.12 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
4.30
0.07
0.13
40
80 1.50 0.10 60
50 HRc 3.00 0.11 70 1.10 0.09 55
55 HRc 2.60 0.10 60 0.80 0.09 50
Chilled Cast Iron Ni-Hard 2 400 HB 3.40 0.13 80 1.10 0.10 50
White Cast Iron G-X300CrMo15 55 HRc 2.60 0.10 30 60 0.80 0.09 40
NF Aluminium 12 AlSi12 130 HB 0.50 12.00 0.13 0.22 200 400 3.00 0.18 280
TPKN 1603 PDTR
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 12.00 0.14 0.27 190 330 3.00 0.19
250
190 HB 220
250 HB 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 12.00 0.12
0.21
150
240
3.00
0.17 200
230 HB 180
280 HB 0.19 170 0.15 150
350 HB 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 8.60 0.10
0.19
70
150
2.30
0.15 130
280 HB 120
320 HB 0.15 90 0.14 100
350 HB 80
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 12.00 0.14 0.27 150 240 3.00 0.19
200
200 HB 180
250 HB 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 12.00 0.12 0.24 100 200 3.00 0.17
180
200 HB 150
250 HB 130
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
4.30
0.08
0.15
40
80 1.50 0.12 60
50 HRc 3.00 0.14 70 1.10 0.11 55
55 HRc 2.60 0.12 60 0.80 0.10 50
Chilled Cast Iron Ni-Hard 2 400 HB 3.40 0.15 80 1.10 0.12 50
White Cast Iron G-X300CrMo15 55 HRc 2.60 0.12 60 0.80 0.10 40
TPKN 2204 PDTR
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 18.00 0.16 0.27 190 330 4.00 0.19
250
190 HB 220
250 HB 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 18.00 0.14
0.21
150
240
4.00
0.17 200
230 HB 180
280 HB 0.19 170 0.15 150
350 HB 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 12.90 0.11
0.19
70
150
3.00
0.15 130
280 HB 120
320 HB 0.15 90 0.13 100
350 HB 80
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 18.00 0.16 0.27 150 240 4.00 0.19
200
200 HB 180
250 HB 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 18.00 0.14 0.24 100 200 4.00 0.17
180
200 HB 150
250 HB 130
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
6.40
0.09
0.15
40
80 2.00 0.12 60
50 HRc 4.50 0.14 70 1.50 0.11 55
55 HRc 3.90 0.12 60 1.00 0.10 50
Chilled Cast Iron Ni-Hard 2 400 HB 5.10 0.15 80 1.50 0.12 50
White Cast Iron G-X300CrMo15 55 HRc 3.90 0.12 60 1.00 0.10 40
308 309
MACHINING CONDITIONS | MILLING - LT 30 - LT 3000MACHINING CONDITIONS | MILLING - LT 30 - LT 3000
TPUN 160308
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 12.00 0.14 0.27 190 330 3.00 0.19
250
190 HB 220
250 HB 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 12.00 0.12
0.21
150
240
3.00
0.17 200
230 HB 180
280 HB 0.19 170 0.15 150
350 HB 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 8.60 0.10
0.19
70
150
2.30
0.15 130
280 HB 120
320 HB 0.15 90 0.14 100
350 HB 80
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 12.00 0.14 0.27 150 240 3.00 0.19
200
200 HB 180
250 HB 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 12.00 0.12 0.24 100 200 3.00 0.17
180
200 HB 150
250 HB 130
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
4.30
0.08
0.15
40
80 1.50 0.12 60
50 HRc 3.00 0.14 70 1.10 0.11 55
55 HRc 2.60 0.12 60 0.80 0.10 50
Chilled Cast Iron Ni-Hard 2 400 HB 3.40 0.15 80 1.10 0.12 50
White Cast Iron G-X300CrMo15 55 HRc 2.60 0.12 60 0.80 0.10 40
TPKR 2204 PDTR
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 18.00 0.13 0.22 190
330
4.00 0.17
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 18.00 0.10
0.17 150 240
4.00
0.15 200
230 HB 210 180
280 HB 0.15 130 190 0.13 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 12.90 0.08
0.15 90 150
3.00
0.13 130
280 HB 130 120
320 HB 0.13 60 110 0.12 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 18.00 0.10 0.15 190 250 4.00 0.13 220
240 HB 0.08 0.14 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 12.90 0.08 0.13 70 130 3.00 0.12 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 18.00 0.10 0.15 150 210 4.00 0.13 190
42 HRc 12.90 0.13 90 150 3.00 0.12 130
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.50 18.00 0.13 0.22 150
240
4.00 0.17
200
200 HB 220 180
250 HB 190 160
Malleable
& Nodular 8
GGG40,
GGG70,
50005
150 HB
0.50 18.00 0.10 0.20 100
200
4.00 0.15
180
200 HB 180 150
250 HB 150 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.50 12.90 0.08 0.13 25
45
3.00 0.12
32
Inconel 700 250 HB 45 30
Stellite 21 350 HB 45 30
Ti based 10 TiAl6V4 - 0.50 12.90 0.08 0.14 30 55 3.00 0.13 40
T40 - 0.13 40 65 0.12 55
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.50
6.40
0.07
0.13
40
80 2.00 0.10 60
50 HRc 4.50 0.11 70 1.50 0.09 55
55 HRc 3.90 0.10 60 1.00 0.09 50
Chilled Cast Iron Ni-Hard 2 400 HB 5.10 0.13 80 1.50 0.10 50
White Cast Iron G-X300CrMo15 55 HRc 3.90 0.10 30 60 1.00 0.09 40
NF Aluminium 12 AlSi12 130 HB 0.50 18.00 0.13 0.22 200 400 4.00 0.18 280
310 311
MACHINING CONDITIONS | MILLING - LT 3130MACHINING CONDITIONS | MILLING - LT 3130
APKT 100304 PDTR LT 3130
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 9.00 0.11 0.20 190
350
2.00 0.14
265
190 HB 320 240
250 HB 280 215
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 9.00 0.09
0.16 150 270
2.00
0.12 215
230 HB 230 200
280 HB 0.14 130 210 0.11 165
350 HB 190 155
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 6.40 0.07
0.14 90 170
1.50
0.11 140
280 HB 150 130
320 HB 0.11 60 120 0.10 110
350 HB 100 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 9.00 0.09 0.16 190 260 2.00 0.12 230
240 HB 0.07 0.14 160 220 200
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 6.40 0.07 0.11
0.11
70 140 1.50
1.50 0.10 110
310 HB 0.07 70 130 100
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 9.00 0.09 0.16 150 220 2.00 0.12 200
42 HRc 6.40 0.09 0.12 90 160 1.50 0.10 140
XPKW 0602-HF LT 3130
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.20 0.50 0.20 1.40 190
350
0.50 1.00
265
190 HB 320 240
250 HB 280 215
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.20 0.50 0.20 1.30
150 270
0.40
0.80 215
230 HB 230 200
280 HB 130 210 0.70 165
350 HB 130 190 155
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.20 0.40 0.20 1.10
90 170
0.40
0.70 140
280 HB 150 130
320 HB 60 120 0.60 110
350 HB 100 90
XPKT 0602-HF LT 3130
APKT 060204 PDTR LT 3130
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.20 0.50 0.20 1.40 190
330
0.50 1.00
250
190 HB 300 220
250 HB 250 200
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.20 0.50 0.20 1.30
150 240
0.40
0.80 200
230 HB 210 180
280 HB 130 190 0.70 150
350 HB 170 140
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.20 0.40 0.20 1.10
90 150
0.40
0.70 130
280 HB 130 120
320 HB 60 110 0.60 100
350 HB 90 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.20 0.40 0.20 0.70 190 250 0.40 0.50 220
240 HB 160 210 190
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.20 0.40 0.20 0.50 70 130 0.40 0.95 100
310 HB 120 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.20 0.40 0.20 0.50 150 210 0.40 0.40 190
42 HRc 90 150 0.30 130
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.30 5.50 0.04 0.13 190
350
1.30 0.07
265
190 HB 320 240
250 HB 280 215
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.30 5.50 0.03
0.10 150 270
1.30
0.06 215
230 HB 230 200
280 HB 0.09 130 210 0.05 165
350 HB 190 155
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.30 3.90 0.03
0.09 90 170
1.00 0.05
140
280 HB 150 130
320 HB 0.07 60 120 110
350 HB 100 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.30 5.50 0.03 0.10 190 260 1.30 0.06 230
240 HB 0.09 160 220 200
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.30 3.90 0.03 0.07 70 140 1.00 0.05 110
310 HB 130 100
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.30 5.50 0.03 0.10 150 220 1.30 0.06 200
42 HRc 3.90 0.08 90 160 1.00 0.05 140
312 313
MACHINING CONDITIONS | MILLING - LT 3130MACHINING CONDITIONS | MILLING - LT 3130
APMT 1135 PDTR LT 3130
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 10.00 0.13 0.22 190
350
2.00
0.15
265
190 HB 320 240
250 HB 280 215
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 10.00 0.11
0.18 150 270 0.13 215
230 HB 230 200
280 HB 0.15 130 210 0.12 165
350 HB 190 155
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 7.20 0.08
0.15 90 170
1.50
0.12 140
280 HB 150 130
320 HB 0.13 60 120 0.10 110
350 HB 100 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 10.00 0.11 0.18 190 260 2.00 0.13 230
240 HB 0.08 0.15 160 220 200
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 7.20 0.08 0.13 70 140 1.50 0.10 110
310 HB 0.08 130 100
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 10.00 0.11 0.18 150 220 2.00 0.13 200
42 HRc 7.20 0.08 0.14 90 160 1.50 0.10 140
APMT 1604 PDTR LT 3130
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 15.00 0.16 0.30 190
350
4.00 0.21
265
190 HB 320 240
250 HB 280 215
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 15.00 0.14
0.23 150 270
4.00
0.18 215
230 HB 230 200
280 HB 0.20 130 210 0.16 165
350 HB 190 155
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 10.70 0.11
0.20 90 170
3.00
0.16 140
280 HB 150 130
320 HB 0.17 60 120 0.14 110
350 HB 100 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 15.00 0.14 0.23 190 260 4.00 0.18 230
240 HB 0.11 0.20 160 220 200
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 10.70 0.11 0.17 70 140 3.00 0.14 110
310 HB 130 100
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 15.00 0.14 0.23 150 220 4.00 0.18 200
42 HRc 10.70 0.19 90 160 3.00 0.14 140
APKT 100308 PDTR LT 3130
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 9.00 0.13 0.26 190
350
2.00 0.17
265
190 HB 320 240
250 HB 280 215
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 9.00 0.11
0.21 150 270
2.00
0.15 215
230 HB 230 200
280 HB 0.18 130 210 0.13 165
350 HB 190 155
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 6.40 0.08
0.18 90 170
1.50
0.13 140
280 HB 150 130
320 HB 0.15 60 120 0.12 110
350 HB 100 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 9.00 0.11 0.21 190 260 2.00 0.15 230
240 HB 0.08 0.18 160 220 200
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 6.40 0.08 0.15 70 140 1.50 0.12 110
310 HB 0.15 130 100
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 9.00 0.11 0.21 150 220 2.00 0.15 200
42 HRc 6.40 0.16 90 160 1.50 0.12 140
ANKX 170608 PNTR LT 3130
APKT 1604 PDTR LT 3130
APKT 160408 PDTR LT 3130
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 15.00 0.18 0.32 190
350
4.00 0.23
265
190 HB 320 240
250 HB 280 215
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 15.00 0.15
0.25 150 270
4.00
0.20 215
230 HB 230 200
280 HB 0.22 130 210 0.18 165
350 HB 190 155
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 10.70 0.12
0.22 90 170
3.00
0.18 140
280 HB 150 130
320 HB 0.18 60 120 0.16 110
350 HB 100 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 15.00 0.15 0.25 190 260 4.00 0.20 230
240 HB 0.12 0.22 160 220 200
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 10.70 0.12 0.18 70 140 3.00 0.16 110
310 HB 130 100
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 15.00 0.15 0.25 150 220 4.00 0.20 200
42 HRc 10.70 0.20 90 160 3.00 0.16 140
314 315
MACHINING CONDITIONS | MILLING - LT 3130MACHINING CONDITIONS | MILLING - LT 3130
ONKX 0806-45 LT 3130
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 4.00 0.16 0.58 190
350
3.00 0.46
265
190 HB 320 240
250 HB 280 215
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 4.00 0.14
0.50 150 270
3.00
0.40 215
230 HB 230 200
280 HB 0.44 130 210 0.36 165
350 HB 190 155
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 4.00 0.11
0.44 90 170
3.00
0.36 140
280 HB 150 130
320 HB 0.36 60 120 0.32 110
350 HB 100 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 1.50 0.14 0.44 190 260 1.20 0.34 230
240 HB 0.11 0.40 160 220 200
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 1.50 0.11 0.36 70 140 1.20 0.30 110
310 HB 130 100
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 1.50 0.14 0.44 150 220 1.20 0.34 200
42 HRc 0.40 90 160 0.30 140
SCMT 09T308 LT 3130
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 9.00
0.07 0.17
190
350
2.40
0.15 265
190 HB 0.60 0.15 320 0.13 240
250 HB 280 215
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 9.00
0.07 0.17 150 270
2.40
0.15 215
230 HB 0.06 0.15 230 0.13 200
280 HB 0.05 0.13 130 210 0.11 165
350 HB 190 155
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 9.00
0.07 0.15 90 170
1.80
0.13 140
280 HB
0.05
0.13 150 0.11 130
320 HB 0.10 60 120 0.08 110
350 HB 100 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 9.00 0.07 0.12 190 260 2.40 0.10 230
240 HB 0.05 0.10 160 220 0.08 200
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 9.00 0.05 0.10 70 140 1.80 0.08 110
310 HB 0.08 130 0.07 100
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 9.00 0.05 0.08 150 220 2.40 0.07 200
42 HRc 90 160 1.80 140
HNKX 0604-45 LT 3130
ODMW 060508 TN LT 3130
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 3.50 0.16 0.34 190
350
2.50 0.30
265
190 HB 320 240
250 HB 280 215
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 3.50 0.14
0.28 150 270
2.50
0.26 215
230 HB 230 200
280 HB 0.26 130 210 0.24 165
350 HB 190 155
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 3.50 0.11
0.28 90 170
2.50
0.26 140
280 HB 150 130
320 HB 0.24 60 120 0.22 110
350 HB 100 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 3.50 0.14 0.30 190 260 2.50 0.26 230
240 HB 0.11 160 220 200
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 3.50 0.11 0.25 70 140 2.50 0.22 110
310 HB 130 100
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 3.50 0.14 0.30 150 220 2.50 0.26 200
42 HRc 0.25 90 160 0.22 140
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 4.00 0.22 0.58 190
350
3.00 0.41
265
190 HB 320 240
250 HB 280 215
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 4.00 0.18
0.45 150 270
3.00
0.36 215
230 HB 230 200
280 HB 0.40 130 210 0.32 165
350 HB 190 155
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 2.90 0.14
0.40 90 170
2.30
0.32 140
280 HB 150 130
320 HB 0.32 60 120 0.29 110
350 HB 100 90
316 317
MACHINING CONDITIONS | MILLING - LT 3130MACHINING CONDITIONS | MILLING - LT 3130
RDMT 10T3 M0 LT 3130
RXMT 10T3 M0 LT 3130
RDMT 1204 M0 LT 3130
RXMT 1204 M0 LT 3130
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 2.50 0.18 0.64 190
350
1.00 0.35
265
190 HB 320 240
250 HB 280 215
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 2.50 0.15
0.50 150 270
1.00
0.30 215
230 HB 230 200
280 HB 0.44 130 210 0.27 165
350 HB 190 155
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 1.80 0.12
0.44 90 170
0.80
0.27 140
280 HB 150 130
320 HB 0.36 60 120 0.24 110
350 HB 100 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 2.50 0.15 0.50 190 260 1.00 0.30 230
240 HB 0.12 0.44 160 220 200
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 2.00 0.12 0.36 70 140 0.80 0.24 110
310 HB 130 100
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 2.50 0.15
0.15
0.50 150 220 1.00 0.30 200
42 HRc 2.00 0.40 90 160 0.80 0.24 140
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 2.50 0.18 0.64 190
350
1.00 0.35
265
190 HB 320 240
250 HB 280 215
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 2.50 0.15
0.50 150 270
1.00
0.30 215
230 HB 230 200
280 HB 0.44 130 210 0.27 165
350 HB 190 155
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 1.80 0.12
0.44 90 170
0.80
0.27 140
280 HB 150 130
320 HB 0.36 60 120 0.24 110
350 HB 100 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 2.50 0.15 0.50 190 260 1.00 0.30 230
240 HB 0.12 0.44 160 220 200
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 2.00 0.12 0.36 70 140 0.80 0.24 110
310 HB 130 100
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 2.50 0.15 0.50 150 220 1.00 0.30 200
42 HRc 2.00 0.40 90 160 0.80 0.24 140
RDMT 1604 M0 LT 3130
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 4.00 0.25 1.00 190
350
2.00 0.35
265
190 HB 320 240
250 HB 280 215
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 4.00 0.21
0.78 150 270
2.00
0.30 215
230 HB 230 200
280 HB 0.69 130 210 0.27 165
350 HB 190 155
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 2.90 0.17
0.69 90 170
1.50
0.27 140
280 HB 150 130
320 HB 0.56 60 120 0.24 110
350 HB 100 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 4.00 0.21 0.78 190 260 2.00 0.30 230
240 HB 0.17 0.69 160 220 200
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 3.10 0.17 0.56 70 140 1.50 0.24 110
310 HB 0.56 130 100
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 4.00 0.21 0.78 150 220 2.00 0.30 200
42 HRc 3.10 0.63 90 160 1.50 0.24 140
RDMT 0702 M0 LT 3130
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 4.00 0.16 0.58 190
350
3.00 0.46
265
190 HB 320 240
250 HB 280 215
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 4.00 0.14
0.50 150 270
3.00
0.40 215
230 HB 230 200
280 HB 0.44 130 210 0.36 165
350 HB 190 155
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 4.00 0.11
0.44 90 170 3.00 0.36 140
280 HB 150 130
320 HB 0.36 60 120 3.00 0.32 110
350 HB 100 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 1.50 0.14 0.44 190 260 1.20 0.34 230
240 HB 0.11 0.40 160 220 200
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 1.50 0.11 0.36 70 140 1.20 0.30 110
310 HB 130 100
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 1.50 0.14 0.44 150 220 1.20 0.34 200
42 HRc 0.40 90 160 0.30 140
318 319
MACHINING CONDITIONS | MILLING - LT 3130MACHINING CONDITIONS | MILLING - LT 3130
RXMX 10T3 M0 LT 3130
RXMX 1204 M0 LT 3130
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 2.50 0.18 0.64 190
350
1.00 0.35
265
190 HB 320 240
250 HB 280 215
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 2.50 0.15
0.50 150 270
1.00
0.30 215
230 HB 230 200
280 HB 0.44 130 210 0.27 165
350 HB 190 155
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 1.80 0.12
0.44 90 170
0.80
0.27 140
280 HB 150 130
320 HB 0.36 60 120 0.24 110
350 HB 100 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 2.50 0.15 0.50 190 260 1.00 0.30 230
240 HB 0.12 0.44 160 220 200
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 2.00 0.12 0.36 70 140 0.80 0.24 110
310 HB 130 100
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 2.50 0.15 0.50 150 220 1.00 0.30 200
42 HRc 0.50 2.00 0.40 90 160 0.80 0.24 140
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 3.00 0.25 0.74 190
350
1.30 0.35
265
190 HB 320 240
250 HB 280 215
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 3.00 0.21
0.58 150 270
1.30
0.30 215
230 HB 230 200
280 HB 0.51 130 210 0.27 165
350 HB 190 155
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 2.20 0.17
0.51 90 170
1.00
0.27 140
280 HB 150 130
320 HB 0.41 60 120 0.24 110
350 HB 100 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 3.00 0.21 0.58 190 260 1.30 0.30 230
240 HB 0.17 0.51 160 220 200
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 2.40 0.17 0.41 70 140 1.00 0.24 110
310 HB 130 100
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 3.00 0.21 0.58 150 220 1.30 0.30 200
42 HRc 2.40 0.46 90 160 1.00 0.24 140
RDMW 10T3 M0 LT 3130
RXMW 10T3 M0 LT 3130
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 2.50 0.18 0.70 190
350
1.00 0.39
265
190 HB 320 240
250 HB 280 215
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 2.50 0.15
0.55 150 270
1.00
0.34 215
230 HB 230 200
280 HB 0.48 130 210 0.31 165
350 HB 190 155
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 1.80 0.12
0.48 90 170
0.80
0.31 140
280 HB 150 130
320 HB 0.40 60 120 0.27 110
350 HB 100 90
RDMW 1204 M0 LT 3130
RXMW 1204 M0 LT 3130
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 2.50 0.18 0.70 190
350
1.00 0.39
265
190 HB 320 240
250 HB 280 215
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 2.50 0.15
0.55 150 270
1.00
0.34 215
230 HB 230 200
280 HB 0.48 130 210 0.31 165
350 HB 190 155
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 1.80 0.12
0.48 90 170
0.80
0.31 140
280 HB 150 130
320 HB 0.40 60 120 0.27 110
350 HB 100 90
RDMW 1003 M0 LT 3130
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 4.00 0.25 1.00 190
350
2.00 0.35
265
190 HB 320 240
250 HB 280 215
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 4.00 0.21
0.78 150 270
2.00
0.30 215
230 HB 230 200
280 HB 0.69 130 210 0.27 165
350 HB 190 155
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 2.90 0.17
0.69 90 170
1.50
0.27 140
280 HB 150 130
320 HB 0.56 60 120 0.24 110
350 HB 100 90
320 321
MACHINING CONDITIONS | MILLING - LT 3130MACHINING CONDITIONS | MILLING - LT 3130
SDKW 0904-HF LT 3130
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.30 1.50 0.30 1.50 190
350 1.10
1.30
265
190 HB 320 1.00
1.00
240
250 HB 280 215
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.30 1.30 0.30 1.36
150 270
0.80
1.10 215
230 HB 230 200
280 HB 130 210 1.00 165
350 HB 190 155
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.30
1.30
03.0 1.20
90 170
0.70
0.90 140
280 HB 1.20 150 130
320 HB 1.10 60 120 0.70 110
350 HB 100 90
SDKW 1205-HF LT 3130
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.30 2.00 0.30 2.70 190
350
1.30 1.70
265
190 HB 320 240
250 HB 280 215
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.30 1.60 0.30 2.50 150 270
1.00
1.50 215
230 HB 230 200
280 HB 130 210 1.40 165
350 HB 2.25 190 155
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.30
1.60
0.30
2.25 90 170
0.80
1.20 140
280 HB 1.30 2.00 150 130
320 HB 1.10 1.80 60 120 1.00 110
350 HB 1.60 100 90
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.30 1.50 0.30 1.50
190
190
190
350
1.00 1.20
265
190 HB 320 240
250 HB 280 215
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.30 1.20 0.30 1.36
150
150
270
0.80
1.00 215
230 HB 230 200
280 HB 130
130
210 0.90 165
350 HB 190 155
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.30
1.20
0.30 1.20
90
90
170
0.70
0.80 140
280 HB 1.10 150 130
320 HB 1.00 60
60
120 0.70 110
350 HB 100 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.30 1.30 0.30 0.76 190 260 0.80 0.50 230
240 HB 160 220 200
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.30 1.10 0.30 0.46 70 140 0.70 0.30 110
310 HB 130 100
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.30 1.20 0.30 0.52 150 220 0.80 0.40 200
42 HRc 1.00 0.46 90 160 0.70 0.30 140
SDKX 0904-HF LT 3130
SDKX 1205-HF LT 3130
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.30 2.00 0.30 2.70 190
350
1.20 1.70
265
190 HB 320 240
250 HB 280 215
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.30 1.60 0.30 2.50 150 270
0.90
1.50 215
230 HB 230 200
280 HB 130 210 1.40 165
350 HB 2.25 190 155
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.30
1.60
0.30
2.25 90 170
0.70
1.20 140
280 HB 1.30 2.00 150 130
320 HB 1.10 1.80 60 120 1.00 110
350 HB 1.60 100 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.30 1.50 0.30 1.00 190 260 0.90 0.80 230
240 HB 160 220 200
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.30 1.20 0.30 0.65 70 140 0.80 0.50 110
310 HB 130 100
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.30 1.50 0.30 0.70 150 220 0.90 0.60 200
42 HRc 1.10 0.65 90 160 0.80 0.50 140
322 323
MACHINING CONDITIONS | MILLING - LT 3130MACHINING CONDITIONS | MILLING - LT 3130
SNKX 1205-45 LT 3130
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 5.00 0.16 0.34 190
350
3.00 0.30
265
190 HB 320 240
250 HB 280 215
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 5.00 0.14
0.28 150 270
3.00
0.26 215
230 HB 230 200
280 HB 0.26 130 210 0.24 165
350 HB 190 155
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 5.00 0.11
0.28 90 170
3.00
0.26 140
280 HB 150 130
320 HB 0.24 60 120 0.22 110
350 HB 100 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 5.00 0.14 0.30 190 260 3.00 0.26 230
240 HB 0.11 160 220 200
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 4.00 0.11 0.25 70 140 2.50 0.22 110
310 HB 130 100
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 5.00 0.14 0.30 150 220 3.00 0.26 200
42 HRc 4.00 0.25 90 160 0.22 140
SNKX 1607-45 LT 3130
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 6.50 0.16 0.58 190
350
4.00 0.46
265
190 HB 320 240
250 HB 280 215
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 6.50 0.14
0.50 150 270
4.00
0.40 215
230 HB 230 200
280 HB 0.44 130 210 0.36 165
350 HB 190 155
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 6.50 0.11
0.44 90 170
3.00
0.36 140
280 HB 150 130
320 HB 0.36 60 120 0.32 110
350 HB 100 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 6.50 0.14 0.44 190 260 4.00 0.34 230
240 HB 0.11 0.40 160 220 200
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 5.00 0.11 0.36 70 140 3.00 0.30 110
310 HB 130 100
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 6.50 0.14 0.44 150 220 4.00 0.34 200
42 HRc 5.00 0.40 90 160 3.00 0.30 140
SEKT 12T3 AGSN LT 3130
SEKT 1204 AFTN LT 3130
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.50 6.00 0.18 0.46
190
190
190
350
3.00 0.34
265
190 HB 320 240
250 HB 280 215
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.50 6.00 0.15
0.36 150
150
270
3.00
0.30 215
230 HB 230 200
280 HB 0.32 130
130
210 0.27 165
350 HB 190 155
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.50 5.00 0.12
0.32 90
90
170
2.30
0.27 140
280 HB 150 130
320 HB 0.26 60
60
120 0.24 110
350 HB 100 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.50 6.00 0.15 0.32 190 260 3.00 0.27 230
240 HB 0.12 0.29 160 220 200
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.50 5.00 0.12 0.26 70
70
140 2.30 0.24 110
310 HB 130 2.30 100
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.50 6.00 0.15 0.32 150 220 3.00 0.27 200
42 HRc 5.00 0.26 90 160 2.30 0.24 140
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/z]
Vc
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed Vc
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.30 2.00 0.30 2.70 190
350
1.20 1.70
265
190 HB 320 240
250 HB 280 215
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.30 1.60 0.30 2.50 150 270
0.90
1.50 215
230 HB 230 200
280 HB 130 210 1.40 165
350 HB 2.25 190 155
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.30
1.60
0.30
2.25 90 170
0.70
1.20 140
280 HB 1.30 2.00 150 130
320 HB 1.10 1.80 60 120 1.00 110
350 HB 1.60 100 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.30 1.50 0.30 1.00 190 260 0.90 0.80 230
240 HB 160 220 200
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.30 1.20 0.30 0.65 70 140 0.80 0.50 110
310 HB 130 100
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.30 1.50 0.30 0.70 150 220 0.90 0.60 200
42 HRc 1.10 0.65 90 160 0.80 0.50 140
USER GUIDE
325
324
MACHINING CONDITIONS | ALU MILLING - LT 05
MACHINING
CONDITIONS
SOLID END MILLS
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/rev]
VC
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed VC
NF
AL (<8%Si) 13 4% < Si < 8% 100 HB 0.30 9.00 0.10 0.18 200 1200 3.00 0.14 800
Si < 4% 60 HB 0.12 0.20
Copper Alloys 14 CuZn30 100HB 0.30 9.00 0.10 0.18 200 800 3.00 0.14 500
Non Metallic 15
Fiber Plastics -
0.30 9.00 0.12 0.20 180 300 3.00 0.12 250
Graphite -
Hard Rubber -
APGT 100304 PDER ALU
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/rev]
VC
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed VC
NF
AL (<8%Si) 13 4% < Si < 8% 100 HB 0.50 15.00 0.13 0.29 200 1200 4.00 0.16 800
Si < 4% 60 HB 0.15 0.32
Copper Alloys 14 CuZn30 100HB 0.50 15.00 0.13 0.29 200 800 4.00 0.16 500
Non Metallic 15
Fiber Plastics -
0.50 15.00 0.15 0.32 180 300 4.00 0.16 250
Graphite -
Hard Rubber -
APGT 160408 PDER ALU
SEGT 1204 AFEN ALU
LT 05 - NON FERROUS MILLING
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
DOC
[mm]
Feed
[mm/rev]
VC
[m/min]
Suggested Starting
Parameters
min max min max min max DOC Feed VC
NF
AL (<8%Si) 13 4% < Si < 8% 100 HB 0.30 9.00 0.10 0.35 200 1200 3.00 0.25 800
Si < 4% 60 HB 0.12
Copper Alloys 14 CuZn30 100HB 0.30 9.00 0.10 0.35 200 800 3.00 0.25 500
Non Metallic 15
Fiber Plastics -
0.30 9.00 0.12 0.35 180 300 3.00 0.25 250
Graphite -
Hard Rubber -
327
MACHINING CONDITIONS | SOLID END MILLS - DEPTH OF CUT AND FEED
326
MACHINING CONDITIONS | CUTTING SPEED
90° 2 FLUTE | LT 40 - Ø 1 - 5
Material Group Lamina
Gr. N°
Material
Examples Hardness Proling Slotting fz [mm/tooth]
ap ae ap Ø1.0 Ø2.0 Ø3.0 Ø4.0 Ø5.0
P
Non-Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
1.5xØ 0.5xØ 1.0xØ 0.008 0.010 0.014 0.019 0.024190 HB
250 HB
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
1.5xØ 0.5xØ
1.0xØ 0.008 0.009 0.013 0.020 0.024
230 HB
280 HB 0.7xØ 0.006 0.007 0.011 0.016 0.019
350 HB
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
1.5xØ 0.5xØ
1.0xØ 0.007 0.008 0.012 0.017 0.021
280 HB
320 HB 0.6xØ 0.005 0.006 0.009 0.013 0.016
350 HB
M
Austenitic 4 304, 316,
X5CrNi18-9
180 HB 1.5xØ 0.5xØ 1.0xØ 0.006 0.007 0.010 0.014 0.017
240 HB
Ferritic &
Martensitic 6 410, X6Cr17,
17-4 PH, 430
200 HB 1.5xØ 0.5xØ 1.0xØ 0.004 0.005 0.007 0.011 0.013
42 HRc
K
Grey 7
GG20, GG40,
EN-GJL-250,
No30B
150 HB
1.5xØ 0.5xØ 1.0xØ 0.010 0.011 0.016 0.023 0.029200 HB
250 HB
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
1.5xØ 0.5xØ 1.0xØ 0.008 0.010 0.014 0.020 0.025200 HB
250 HB
H Steel 11 X100CrMo13, 440C,
G-X260NiCr42
45 HRc 1.5xØ 0.3xØ 0.2xØ 0.003 0.004 0.005 0.009 0.011
50 HRc
NF Al (>8%Si) 12 AlSi12 130 HB 1.5xØ 0.5xØ 0.1xØ 0.009 0.010 0.015 0.021 0.026
Material
Group
Lamina
Gr. N°
Material
Examples Hardness Proling Slotting fz [mm/tooth]
ap ae ap Ø6.0 Ø8.0 Ø10.0 Ø12.0 Ø16.0
P
Non-Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
1.5xØ 0.5xØ 1.0xØ 0.032 0.044 0.052 0.062 0.074190 HB
250 HB
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
1.5xØ 0.5xØ
1.0xØ 0.031 0.042 0.050 0.059 0.071
230 HB
280 HB 0.7xØ 0.026 0.034 0.042 0.050 0.059
350 HB
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
1.5xØ 0.5xØ
1.0xØ 0.027 0.037 0.044 0.051 0.061
280 HB
320 HB 0.6xØ 0.020 0.028 0.033 0.039 0.046
350 HB
M
Austenitic 4 304, 316,
X5CrNi18-9
180 HB 1.5xØ 0.5xØ 1.0xØ 0.022 0.030 0.036 0.042 0.050
240 HB
Ferritic &
Martensitic 6 410, X6Cr17,
17-4 PH, 430
200 HB 1.5xØ 0.5xØ 1.0xØ 0.017 0.023 0.028 0.032 0.039
42 HRc
K
Grey 7 GG20, GG40,
EN-GJL-250, No30B
150 HB
1.5xØ 0.5xØ 1.0xØ 0.037 0.051 0.061 0.071 0.085200 HB
250 HB
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
1.5xØ 0.5xØ 1.0xØ 0.032 0.044 0.052 0.062 0.074200 HB
250 HB
H Steel 11 X100CrMo13, 440C,
G-X260NiCr42
45 HRc 1.5xØ 0.3xØ 0.2xØ 0.014 0.019 0.022 0.026 0.031
50 HRc
NF Al (>8%Si) 12 AlSi12 130 HB 1.5xØ 0.5xØ 0.1xØ 0.034 0.046 0.055 0.065 0.077
90° 2 FLUTE | LT 40 - Ø 6, 8, 10, 12, 16
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
LT 40
Vc [m/min]
LT 4000
Vc [m/min]
min max min max
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB 70 120 150 200
190 HB 65 110 140 190
250 HB 60 100 120 160
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB 65 110 120 180
230 HB 60 90 90 130
280 HB 55 85 80 120
350 HB 55 80 60 90
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB 60 90 70 130
280 HB 55 80 70 110
320 HB 55 75 60 90
350 HB 50 70 50 80
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 60 80 80 120
240 HB 50 70 70 120
Duplex 5X2CrNiN23-4,
S31500
290 HB - - 60 100
310 HB - - 60 90
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 40 60 50 90
42 HRc 30 45 30 60
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB 70 120 140 200
200 HB 65 110 150 190
250 HB 55 100 120 160
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB 65 110 130 180
200 HB 60 100 110 150
250 HB 55 90 90 130
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB - - 30 50
Inconel 700 250 HB - - 30 50
Stellite 21 350 HB - - 20 50
Ti based 10
T40 - - - 30 60
TiAl6V4 - - - 40 70
H
Steel
11
X100CrMo13, 440C,
G-X260NiCr42
45 HRc 35 60 40 60
50 HRc 30 50 40 60
55 HRc - - 30 50
Chilled Cast Iron Ni-Hard 2 400 HB - - 40 60
White Cast Iron G-X300CrMo15 55 HRc - - 30 50
NF Aluminium 12 AlSi12 130 HB 120 180 160 250
LT 40
LT 4000
The depth of cut and feed rate tables on the following pages are for the type and diameter specified above
each table. Refer to cutting speeds on this page for recommended materials per grade.
328 329
MACHINING CONDITIONS | SOLID END MILLS - DEPTH OF CUT AND FEEDMACHINING CONDITIONS | SOLID END MILLS - DEPTH OF CUT AND FEED
90° 4 FLUTE, LONG | LT 40 - Ø 3 - 6
Material
Group
Lamina
Gr. N°
Material
Examples Hardness Proling Slotting fz [mm/tooth]
ap ae ap Ø3.0 Ø4.0 Ø5.0 Ø6.0
P
Non-Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
1.5xØ 0.5xØ 1.0xØ 0.013 0.023 0.023 0.029190 HB
250 HB
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
1.5xØ 0.5xØ
1.0xØ 0.011 0.016 0.020 0.026
230 HB
280 HB 0.7xØ 0.009 0.013 0.016 0.020
350 HB
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
1.5xØ 0.5xØ
1.0xØ 0.009 0.013 0.016 0.020
280 HB
320 HB 0.6xØ 0.006 0.009 0.011 0.015
350 HB
M
Austenitic 4 304, 316,
X5CrNi18-9
180 HB 1.5xØ 0.5xØ 1.0xØ 0.008 0.012 0.015 0.019
240 HB
Ferritic &
Martensitic 6 410, X6Cr17,
17-4 PH, 430
200 HB 1.5xØ 0.5xØ 1.0xØ 0.006 0.009 0.011 0.014
42 HRc
K
Grey 7 GG20, GG40,
EN-GJL-250, No30B
150 HB
1.5xØ 0.5xØ 1.0xØ 0.012 0.017 0.022 0.028200 HB
250 HB
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
1.5xØ 0.5xØ 1.0xØ 0.011 0.017 0.021 0.026200 HB
250 HB
H Steel 11 X100CrMo13, 440C,
G-X260NiCr42
45 HRc 1.5xØ 0.3xØ 0.2xØ 0.004 0.006 0.008 0.010
50 HRc
NF Al (>8%Si) 12 AlSi12 130 HB 1.5xØ 0.5xØ 0.1xØ 0.013 0.018 0.023 0.029
90° 4 FLUTE, LONG | LT 40 - Ø 8, 10, 12, 16
Material
Group
Lamina
Gr. N°
Material
Examples Hardness Proling Slotting fz [mm/tooth]
ap ae ap Ø8.0 Ø10.0 Ø12.0 Ø16.0
P
Non-Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
1.5xØ 0.5xØ 1.0xØ 0.040 0.048 0.056 0.076190 HB
250 HB
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
1.5xØ 0.5xØ
1.0xØ 0.036 0.042 0.050 0.068
230 HB
280 HB 0.7xØ 0.028 0.033 0.039 0.053
350 HB
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
1.5xØ 0.5xØ
1.0xØ 0.028 0.033 0.039 0.053
280 HB
320 HB 0.6xØ 0.020 0.024 0.028 0.038
350 HB
M
Austenitic 4 304, 316,
X5CrNi18-9
180 HB 1.5xØ 0.5xØ 1.0xØ 0.026 0.031 0.036 0.049
240 HB
Ferritic &
Martensitic 6 410, X6Cr17,
17-4 PH, 430
200 HB 1.5xØ 0.5xØ 1.0xØ 0.019 0.023 0.027 0.036
42 HRc
K
Grey 7 GG20, GG40,
EN-GJL-250, No30B
150 HB
1.5xØ 0.5xØ 1.0xØ 0.038 0.045 0.053 0.072200 HB
250 HB
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
1.5xØ 0.5xØ 1.0xØ 0.036 0.043 0.050 0.068200 HB
250 HB
H Steel 11 X100CrMo13, 440C,
G-X260NiCr42
45 HRc 1.5xØ 0.3xØ 0.2xØ 0.014 0.017 0.020 0.027
50 HRc
NF Al (>8%Si) 12 AlSi12 130 HB 1.5xØ 0.5xØ 0.1xØ 0.040 0.048 0.056 0.076
90° 4 FLUTE, SHORT | LT 40 Ø 1 - 5
Material
Group
Lamina
Gr. N°
Material
Examples Hardness Proling Slotting fz [mm/tooth]
ap ae ap Ø1.0 Ø2.0 Ø3.0 Ø4.0 Ø5.0
P
Non-Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
1.5xØ 0.5xØ 1.0xØ 0.008 0.010 0.014 0.019 0.024190 HB
250 HB
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
1.5xØ 0.5xØ
1.0xØ 0.008 0.009 0.013 0.020 0.024
230 HB
280 HB 0.7xØ 0.006 0.007 0.011 0.016 0.019
350 HB
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
1.5xØ 0.5xØ
1.0xØ 0.007 0.008 0.012 0.017 0.021
280 HB
320 HB 0.6xØ 0.005 0.006 0.009 0.013 0.016
350 HB
M
Austenitic 4 304, 316,
X5CrNi18-9
180 HB 1.5xØ 0.5xØ 1.0xØ 0.006 0.007 0.010 0.014 0.017
240 HB
Ferritic &
Martensitic 6 410, X6Cr17,
17-4 PH, 430
200 HB 1.5xØ 0.5xØ 1.0xØ 0.004 0.005 0.007 0.011 0.013
42 HRc
K
Grey 7 GG20, GG40,
EN-GJL-250, No30B
150 HB
1.5xØ 0.5xØ 1.0xØ 0.010 0.011 0.016 0.023 0.029200 HB
250 HB
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
1.5xØ 0.5xØ 1.0xØ 0.008 0.010 0.014 0.020 0.025200 HB
250 HB
H Steel 11 X100CrMo13, 440C,
G-X260NiCr42
45 HRc 1.5xØ 0.3xØ 0.2xØ 0.003 0.004 0.005 0.009 0.011
50 HRc
NF Al (>8%Si) 12 AlSi12 130 HB 1.5xØ 0.5xØ 0.1xØ 0.009 0.010 0.015 0.021 0.026
Material
Group
Lamina
Gr. N°
Material
Examples Hardness Proling Slotting fz [mm/tooth]
ap ae ap Ø6.0 Ø8.0 Ø10.0 Ø12.0 Ø16.0
P
Non-Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
1.5xØ 0.5xØ 1.0xØ 0.032 0.044 0.052 0.062 0.084190 HB
250 HB
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
1.5xØ 0.5xØ
1.0xØ 0.031 0.042 0.050 0.059 0.074
230 HB
280 HB 0.7xØ 0.026 0.034 0.042 0.050 0.059
350 HB
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
1.5xØ 0.5xØ
1.0xØ 0.027 0.037 0.044 0.051 0.059
280 HB
320 HB 0.6xØ 0.020 0.028 0.033 0.039 0.042
350 HB
M
Austenitic 4 304, 316,
X5CrNi18-9
180 HB 1.5xØ 0.5xØ 1.0xØ 0.022 0.030 0.036 0.042 0.054
240 HB
Ferritic &
Martensitic 6 410, X6Cr17,
17-4 PH, 430
200 HB 1.5xØ 0.5xØ 1.0xØ 0.017 0.023 0.028 0.032 0.040
42 HRc
K
Grey 7 GG20, GG40,
EN-GJL-250, No30B
150 HB
1.5xØ 0.5xØ 1.0xØ 0.037 0.051 0.061 0.071 0.079200 HB
250 HB
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
1.5xØ 0.5xØ 1.0xØ 0.032 0.044 0.052 0.062 0.075200 HB
250 HB
H Steel 11 X100CrMo13, 440C,
G-X260NiCr42
45 HRc 1.5xØ 0.3xØ 0.2xØ 0.014 0.019 0.022 0.026 0.029
50 HRc
NF Al (>8%Si) 12 AlSi12 130 HB 1.5xØ 0.5xØ 0.1xØ 0.034 0.046 0.055 0.065 0.084
90° 4 FLUTE, SHORT | LT 40 Ø 6, 8, 10, 12, 16
330 331
MACHINING CONDITIONS | SOLID END MILLS - DEPTH OF CUT AND FEEDMACHINING CONDITIONS | SOLID END MILLS - DEPTH OF CUT AND FEED
Material
Group
Lamina
Gr. N°
Material
Examples Hardness Proling Slotting fz [mm/tooth]
ap ae ap Ø 1 Ø 2 Ø 3 Ø 4 Ø 5
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
1.5xØ 0.5xØ 1.0xØ 0.010 0.012 0.017 0.024 0.030
190 HB
250 HB
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB 1.5xØ 0.5xØ 1.0xØ 0.110 0.011 0.016 0.025 0.030
230 HB
280 HB 1.5xØ 0.5xØ 0.7xØ 0.007 0.009 0.014 0.020 0.024
350 HB
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB 1.5xØ 0.5xØ 1.0xØ 0.009 0.010 0.015 0.021 0.026
280 HB
320 HB 1.5xØ 0.5xØ 0.6xØ 0.007 0.008 0.011 0.016 0.020
350 HB
M
Austenitic 4 304, 316,
X5CrNi18-9
180 HB 1.5xØ 0.5xØ 1.0xØ 0.007 0.008 0.012 0.017 0.022
240 HB
Duplex 5 X2CrNiN23-4,
S31500
290 HB 1.5xØ 0.5xØ 1.0xØ 0.006 0.006 0.009 0.013 0.017
310 HB
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 1.5xØ 0.5xØ 1.0xØ 0.006 0.006 0.009 0.013 0.017
42 HRc
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
1.5xØ 0.5xØ 1.0xØ 0.012 0.014 0.020 0.029 0.036
200 HB
250 HB
Malleable
& Nodular 8GG20, GG70,
50005
150 HB
1.5xØ 0.5xØ 1.0xØ 0.010 0.012 0.017 0.025 0.031
200 HB
250 HB
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
1.5xØ 0.3xØ 1.0xØ 0.006 0.007 0.010 0.014 0.018Inconel 700 250 HB
Stellite 21 350 HB
Ti based 10 TiAl6V4 - 1.5xØ 0.5xØ 1.0xØ 0.006 0.007 0.010 0.015 0.018
T40 -
H
Steel 11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc 1.5xØ 0.3xØ 0.2xØ 0.004 0.007 0.007 0.011 0.013
50 HRc
55 HRc 1.5xØ 0.2xØ 0.1xØ 0.003 0.005 0.005 0.008 0.010
Chilled Cast Iron 12 Ni-Hard 2 400 HB 1.5xØ 0.2xØ 0.1xØ 0.003 0.005 0.005 0.008 0.010
White Cast Iron 13 G-X300CrMo15 55 HRc 1.5xØ 0.2xØ 0.1xØ 0.003 0.005 0.005 0.008 0.010
NF Aluminium 14 AlSi12 130 HB 1.5xØ 0.5xØ 1.0xØ 0.011 0.018 0.018 0.027 0.033
Material
Group
Lamina
Gr. N°
Material
Examples Hardness Proling Slotting fz [mm/tooth]
ap ae ap Ø 6 Ø 8 Ø 10 Ø 12
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
1.5xØ 0.5xØ 1.0xØ 0.040 0.055 0.065 0.077
190 HB
250 HB
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
1.5xØ 0.5xØ
1.0xØ 0.039 0.053 0.063 0.074
230 HB
280 HB 0.7xØ 0.032 0.043 0.052 0.062
350 HB
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
1.5xØ 0.5xØ
1.0xØ 0.033 0.046 0.055 0.064
280 HB
320 HB 0.6xØ 0.025 0.035 0.041 0.049
350 HB
M
Austenitic 4 304, 316,
X5CrNi18-9
180 HB 1.5xØ 0.5xØ 1.0xØ 0.028 0.038 0.045 0.053
240 HB
Duplex 5 X2CrNiN23-4,
S31500
290 HB 1.5xØ 0.5xØ 1.0xØ 0.021 0.029 0.035 0.040
310 HB
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 1.5xØ 0.5xØ 1.0xØ 0.021 0.029 0.035 0.040
42 HRc
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
1.5xØ 0.5xØ 1.0xØ 0.047 0.064 0.076 0.089
200 HB
250 HB
Malleable
& Nodular 8GG20, GG70,
50005
150 HB
1.5xØ 0.5xØ 1.0xØ 0.040 0.055 0.066 0.077
200 HB
250 HB
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
1.5xØ 0.3xØ 1.0xØ 0.023 0.031 0.037 0.044Inconel 700 250 HB
Stellite 21 350 HB
Ti based 10 TiAl6V4 - 1.5xØ 0.5xØ 1.0xØ 0.023 0.032 0.038 0.045
T40 -
H
Steel 11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
1.5xØ 0.3xØ 0.2xØ 0.017 0.023 0.028 0.032
50 HRc
55 HRc 0.2xØ 0.1xØ 0.013 0.017 0.021 0.024
Chilled Cast Iron 12 Ni-Hard 2 400 HB 1.5xØ 0.2xØ 0.1xØ 0.013 0.017 0.021 0.024
White Cast Iron 13 G-X300CrMo15 55 HRc 1.5xØ 0.2xØ 0.1xØ 0.013 0.017 0.021 0.024
NF Aluminium 14 AlSi12 130 HB 1.5xØ 0.5xØ 1.0xØ 0.042 0.058 0.069 0.081
90° 2 FLUTE | LT 4000 - Ø 1 - 5
90° 2 FLUTE | LT 4000 - Ø 6, 8, 10, 12
Material
Group
Lamina
Gr. N°
Material
Examples* Hardness Contouring fz [mm/tooth]
ap ae Ø1.0 Ø2.0 Ø3.0 Ø4.0 Ø5.0
P
Non-Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.25xØ 0.7xØ 0.028 0.036 0.052 0.064 0.084190 HB
250 HB
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.25xØ 0.7xØ
0.021 0.027 0.039 0.048 0.063
230 HB
280 HB 0.018 0.023 0.033 0.041 0.054
350 HB
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.25xØ 0.7xØ
0.018 0.023 0.033 0.040 0.053
280 HB
320 HB 0.013 0.017 0.025 0.031 0.040
350 HB
M
Austenitic 4 304, 316,
X5CrNi18-9
180 HB 0.25xØ 0.7xØ 0.015 0.019 0.027 0.033 0.044
240 HB
Ferritic &
Martensitic 6 410, X6Cr17,
17-4 PH, 430
200 HB 0.25xØ 0.7xØ 0.015 0.020 0.028 0.035 0.046
42 HRc
K
Grey 7 GG20, GG40,
EN-GJL-250, No30B
150 HB
0.25xØ 0.7xØ 0.025 0.032 0.046 0.056 0.074200 HB
250 HB
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
0.25xØ 0.7xØ 0.021 0.027 0.040 0.049 0.064200 HB
250 HB
H Steel 11 X100CrMo13, 440C,
G-X260NiCr42
45 HRc 0.25xØ 0.6xØ 0.009 0.012 0.017 0.020 0.027
50 HRc
NF Al (>8%Si) 12 AlSi12 130 HB 0.25xØ 0.7xØ 0.022 0.029 0.042 0.051 0.067
BALL NOSE 2 FLUTE | LT 40 - Ø 1 - 5
Material
Group
Lamina
Gr. N°
Material
Examples* Hardness Contouring fz [mm/tooth]
ap ae Ø6.0 Ø8.0 Ø10.0 Ø12.0 Ø16.0
P
Non-Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.25xØ 0.7xØ 0.080 0.092 0.100 0.112 0.106190 HB
250 HB
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.25xØ 0.7xØ
0.060 0.069 0.075 0.084 0.080
230 HB
280 HB 0.051 0.059 0.064 0.072 0.068
350 HB
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.25xØ 0.7xØ
0.051 0.058 0.063 0.071 0.067
280 HB
320 HB 0.038 0.044 0.048 0.054 0.051
350 HB
M
Austenitic 4 304, 316,
X5CrNi18-9
180 HB 0.25xØ 0.7xØ 0.042 0.048 0.052 0.058 0.055
240 HB
Ferritic &
Martensitic 6 410, X6Cr17,
17-4 PH, 430
200 HB 0.25xØ 0.7xØ 0.044 0.050 0.054 0.061 0.058
42 HRc
K
Grey 7 GG20, GG40,
EN-GJL-250, No30B
150 HB
0.25xØ 0.7xØ 0.070 0.081 0.088 0.099 0.093200 HB
250 HB
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
0.25xØ 0.7xØ 0.061 0.070 0.076 0.085 0.081200 HB
250 HB
H Steel 11 X100CrMo13, 440C,
G-X260NiCr42
45 HRc 0.25xØ 0.6xØ 0.026 0.029 0.032 0.036 0.034
50 HRc 0.25xØ
NF Al (>8%Si) 12 AlSi12 130 HB 0.25xØ 0.7xØ 0.064 0.074 0.080 0.090 0.085
BALL NOSE 2 FLUTE | LT 40 - Ø 6, 8, 10, 12, 16
332 333
MACHINING CONDITIONS | SOLID END MILLS - DEPTH OF CUT AND FEEDMACHINING CONDITIONS | SOLID END MILLS - DEPTH OF CUT AND FEED
Material
Group
Lamina
Gr. N°
Material
Examples Hardness Proling Slotting fz [mm/tooth]
ap ae ap Ø 1 Ø 2 Ø 3 Ø 4 Ø 5
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
1.5xØ 0.5xØ 1.0xØ 0.010 0.011 0.016 0.023 0.029
190 HB
250 HB
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB 1.5xØ 0.5xØ 1.0xØ 0.008 0.010 0.014 0.020 0.025
230 HB
280 HB 1.5xØ 0.5xØ 0.7xØ 0.007 0.008 0.011 0.016 0.020
350 HB
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB 1.5xØ 0.5xØ 1.0xØ 0.007 0.008 0.011 0.016 0.020
280 HB
320 HB 1.5xØ 0.5xØ 0.6xØ 0.005 0.006 0.008 0.011 0.014
350 HB
M
Austenitic 4 304, 316,
X5CrNi18-9
180 HB 1.5xØ 0.5xØ 1.0xØ 0.006 0.007 0.010 0.015 0.019
240 HB
Duplex 5 X2CrNiN23-4,
S31500
290 HB 1.5xØ 0.5xØ 1.0xØ 0.005 0.006 0.008 0.011 0.014
310 HB
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 1.5xØ 0.5xØ 1.0xØ 0.005 0.005 0.008 0.011 0.014
42 HRc
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
1.5xØ 0.5xØ 1.0xØ 0.009 0.011 0.015 0.022 0.027
200 HB
250 HB
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
1.5xØ 0.5xØ 1.0xØ 0.009 0.010 0.014 0.021 0.026
200 HB
250 HB
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
1.5xØ 0.3xØ 1.0xØ 0.004 0.004 0.006 0.009 0.011
Inconel 700 250 HB
Stellite 21 350 HB
Ti based 10 T40 - 1.5xØ 0.5xØ 1.0xØ 0.004 0.004 0.006 0.009 0.011
TiAl6V4 -
H
Steel 11 X100CrMo13, 440C,
G-X260NiCr42
45 HRc
1.5xØ 0.3xØ 0.2xØ 0.003 0.004 0.006 0.008 0.010
50 HRc
55 HRc 0.2xØ 0.1xØ
Chilled Cast Iron 12 Ni-Hard 2 400 HB 1.5xØ 0.2xØ 0.1xØ 0.003 0.003 0.005 0.007 0.009
White Cast Iron 13 G-X300CrMo15 55 HRc 1.5xØ 0.2xØ 0.1xØ 0.003 0.003 0.005 0.007 0.009
NF Aluminium 14 AlSi12 130 HB 1.5xØ 0.5xØ 1.0xØ 0.010 0.011 0.016 0.023 0.029
Material
Group
Lamina
Gr. N°
Material
Examples Hardness Proling Slotting fz [mm/tooth]
ap ae ap Ø 6 Ø 8 Ø 10 Ø 12 Ø 16
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
1.5xØ 0.5xØ 1.0xØ 0.050 0.059 0.070 0.099 0.095
190 HB
250 HB
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
1.5xØ 0.5xØ
1.0xØ 0.044 0.053 0.062 0.088 0.085
230 HB
280 HB 0.7xØ 0.035 0.042 0.049 0.069 0.067
350 HB
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
1.5xØ 0.5xØ
1.0xØ 0.035 0.042 0.049 0.069 0.067
280 HB
320 HB 0.6xØ 0.025 0.030 0.035 0.050 0.048
350 HB
M
Austenitic 4 304, 316,
X5CrNi18-9
180 HB 1.5xØ 0.5xØ 1.0xØ 0.032 0.039 0.045 0.064 0.062
240 HB
Duplex 5 X2CrNiN23-4,
S31500
290 HB 1.5xØ 0.5xØ 1.0xØ 0.025 0.030 0.035 0.050 0.048
310 HB
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 1.5xØ 0.5xØ 1.0xØ 0.024 0.029 0.033 0.048 0.046
42 HRc
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
1.5xØ 0.5xØ 1.0xØ 0.047 0.056 0.066 0.094 0.090
200 HB
250 HB
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
1.5xØ 0.5xØ 1.0xØ 0.045 0.053 0.063 0.089 0.086
200 HB
250 HB
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
1.5xØ 0.3xØ 1.0xØ 0.020 0.024 0.028 0.040 0.038
Inconel 700 250 HB
Stellite 21 350 HB
Ti based 10 T40 - 1.5xØ 0.5xØ 1.0xØ 0.020 0.024 0.028 0.040 0.038
TiAl6V4 -
H
Steel 11 X100CrMo13, 440C,
G-X260NiCr42
45 HRc
1.5xØ 0.3xØ 0.2xØ 0.017 0.021 0.024 0.035 0.033
50 HRc
55 HRc 0.2xØ 0.1xØ 0.029
Chilled Cast Iron 12 Ni-Hard 2 400 HB 1.5xØ 0.2xØ 0.1xØ 0.015 0.018 0.021 0.030 0.029
White Cast Iron 13 G-X300CrMo15 55 HRc 1.5xØ 0.2xØ 0.1xØ 0.015 0.018 0.021 0.030 0.029
NF Aluminium 14 AlSi12 130 HB 1.5xØ 0.5xØ 1.0xØ 0.050 0.059 0.070 0.099 0.095
90° 4 FLUTE | LT 4000 - Ø 1 - 5
90° 4 FLUTE | LT 4000 - Ø 6, 8, 10, 12, 16
90° 3 FLUTE | LT 4000 - Ø 3 - 6, 8, 10, 12
Material
Group
Lamina
Gr. N°
Material
Examples Hardness Proling Slotting fz [mm/tooth]
ap ae ap Ø 3 Ø 4 Ø 5 Ø 6 Ø 8 Ø 10 Ø 12
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
1.5xØ 0.5xØ 1.0xØ 0.018 0.027 0.033 0.042 0.058 0.069 0.081
190 HB
250 HB
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
1.5xØ 0.5xØ
1.0xØ 0.017 0.025 0.031 0.040 0.054 0.065 0.076
230 HB
280 HB 0.7xØ 0.015 0.021 0.026 0.034 0.046 0.055 0.065
350 HB
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
1.5xØ 0.5xØ
1.0xØ 0.015 0.021 0.026 0.033 0.046 0.055 0.064
280 HB
320 HB 0.6xØ 0.011 0.016 0.020 0.025 0.035 0.041 0.049
350 HB
M
Austenitic 4 304, 316,
X5CrNi18-9
180 HB 1.5xØ 0.5xØ 1.0xØ 0.012 0.017 0.022 0.028 0.038 0.045 0.053
240 HB
Duplex 5 X2CrNiN23-4,
S31500
290 HB 1.5xØ 0.5xØ 1.0xØ 0.009 0.013 0.017 0.021 0.029 0.035 0.040
310 HB
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 1.5xØ 0.5xØ 1.0xØ 0.009 0.013 0.016 0.020 0.028 0.033 0.039
42 HRc
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
1.5xØ 0.5xØ 1.0xØ 0.020 0.029 0.036 0.047 0.064 0.076 0.089
200 HB
250 HB
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
1.5xØ 0.5xØ 1.0xØ 0.017 0.025 0.031 0.040 0.055 0.066 0.077
200 HB
250 HB
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
1.5xØ 0.3xØ 1.0xØ 0.010 0.014 0.018 0.023 0.031 0.037 0.044
Inconel 700 250 HB
Stellite 21 350 HB
Ti based 10 T40 - 1.5xØ 0.5xØ 1.0xØ 0.007 0.011 0.013 0.017 0.023 0.028 0.032
TiAl6V4 -
H
Steel 11 X100CrMo13, 440C,
G-X260NiCr42
45 HRc
1.5xØ 0.3xØ 0.2xØ 0.006 0.009 0.012 0.015 0.020 0.024 0.028
50 HRc
55 HRc 0.2xØ 0.1xØ 0.006 0.008 0.010 0.013 0.017 0.021 0.024
Chilled Cast Iron 12 Ni-Hard 2 400 HB 1.5xØ 0.2xØ 0.1xØ 0.006 0.008 0.010 0.013 0.017 0.021 0.024
White Cast Iron 13 G-X300CrMo15 55 HRc 1.5xØ 0.2xØ 0.1xØ 0.006 0.008 0.010 0.013 0.017 0.021 0.024
NF Aluminium 14 AlSi12 130 HB 1.5xØ 0.5xØ 1.0xØ 0.018 0.027 0.033 0.042 0.058 0.0696 0.081
334 335
MACHINING CONDITIONS | SOLID END MILLS - DEPTH OF CUT AND FEEDMACHINING CONDITIONS | SOLID END MILLS - DEPTH OF CUT AND FEED
Material
Group
Lamina
Gr. N°
Material
Examples Hardness Proling Slotting fz [mm/tooth]
ap ae ap Ø 3 Ø 4 Ø 5 Ø 6 Ø 8 Ø 10 Ø 12
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
1.5xØ 0.5xØ 1.0xØ 0.017 0.024 0.030 0.040 0.055 0.065 0.077
190 HB
250 HB
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
1.5xØ 0.5xØ
1.0xØ 0.160 0.025 0.030 0.039 0.053 0.063 0.074
230 HB
280 HB 0.7xØ 0.014 0.020 0.024 0.032 0.043 0.052 0.062
350 HB
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
1.5xØ 0.5xØ
1.0xØ 0.015 0.021 0.026 0.033 0.046 0.055 0.064
280 HB
320 HB 0.6xØ 0.011 0.016 0.020 0.025 0.035 0.041 0.049
350 HB
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 1.5xØ 0.5xØ 1.0xØ 0.012 0.017 0.022 0.028 0.038 0.045 0.053
240 HB
Duplex 5X2CrNiN23-4,
S31500
290 HB 1.5xØ 0.5xØ 1.0xØ 0.009 0.013 0.017 0.021 0.029 0.035 0.040
310 HB
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 1.5xØ 0.5xØ 1.0xØ 0.009 0.013 0.017 0.021 0.029 0.035 0.040
42 HRc
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
1.5xØ 0.5xØ 1.0xØ 0.020 0.029 0.036 0.047 0.064 0.076 0.089
200 HB
250 HB
Malleable
& Nodular 8GG20, GG70,
50005
150 HB
1.5xØ 0.5xØ 1.0xØ 0.017 0.025 0.031 0.040 0.055 0.066 0.077
200 HB
250 HB
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
1.5xØ 0.3xØ 1.0xØ 0.010 0.014 0.018 0.023 0.031 0.037 0.044
Inconel 700 250 HB
Stellite 21 350 HB
Ti based 10 TiAl6V4 - 1.5xØ 0.5xØ 1.0xØ 0.010 0.015 0.018 0.023 0.032 0.038 0.045
T40 -
H
Steel 11 X100 CrMo13,
440C, G-X260NiCr42
45 HRc
1.5xØ 0.3xØ 0.2xØ 0.007 0.011 0.013 0.017 0.023 0.028 0.032
50 HRc
55 HRc 0.2xØ 0.1xØ 0.005 0.008 0.010 0.013 0.017 0.021 0.024
Chilled Cast Iron 12 Ni-Hard 2 400 HB 1.5xØ 0.2xØ 0.1xØ 0.005 0.008 0.010 0.013 0.017 0.021 0.024
White Cast Iron 13 G-X300CrMo15 55 HRc 1.5xØ 0.2xØ 0.1xØ 0.005 0.008 0.010 0.013 0.017 0.021 0.024
NF Aluminium 14 AlSi12 130 HB 1.5xØ 0.5xØ 1.0xØ 0.018 0.027 0.033 0.042 0.058 0.069 0.081
E90° 4 FLUTE WITH RADIUS 0.5 | LT 4000 - Ø 3 - 6, 8, 10, 12
Material
Group
Lamina
Gr. N°
Material
Examples Hardness Proling Slotting fz [mm/tooth]
ap ae ap Ø 3 Ø 4 Ø 5 Ø 6 Ø 8 Ø 10 Ø 12
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
1.5xØ 0.5xØ 1.0xØ 0.017 0.024 0.030 0.040 0.055 0.065 0.077
190 HB
250 HB
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
1.5xØ 0.5xØ
1.0xØ 0.160 0.025 0.030 0.039 0.053 0.063 0.074
230 HB
280 HB 0.7xØ 0.014 0.020 0.024 0.032 0.043 0.052 0.062
350 HB
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
1.5xØ 0.5xØ
1.0xØ 0.015 0.021 0.026 0.033 0.046 0.055 0.064
280 HB
320 HB 0.6xØ 0.011 0.016 0.020 0.025 0.035 0.041 0.049
350 HB
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 1.5xØ 0.5xØ 1.0xØ 0.012 0.017 0.022 0.028 0.038 0.045 0.053
240 HB
Duplex 5X2CrNiN23-4,
S31500
290 HB 1.5xØ 0.5xØ 1.0xØ 0.009 0.013 0.017 0.021 0.029 0.035 0.040
310 HB
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 1.5xØ 0.5xØ 1.0xØ 0.009 0.013 0.017 0.021 0.029 0.035 0.040
42 HRc
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
1.5xØ 0.5xØ 1.0xØ 0.020 0.029 0.036 0.047 0.064 0.076 0.089
200 HB
250 HB
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
1.5xØ 0.5xØ 1.0xØ 0.017 0.025 0.031 0.040 0.055 0.066 0.077
200 HB
250 HB
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
1.5xØ 0.3xØ 1.0xØ 0.010 0.014 0.018 0.023 0.031 0.037 0.044
Inconel 700 250 HB
Stellite 21 350 HB
Ti based 10 T40 - 1.5xØ 0.5xØ 1.0xØ 0.010 0.015 0.018 0.023 0.032 0.038 0.045
TiAl6V4 -
H
Steel 11 X100CrMo13, 440C,
G-X260NiCr42
45 HRc
1.5xØ 0.3xØ 0.2xØ 0.007 0.011 0.013 0.017 0.023 0.028 0.032
50 HRc
55 HRc 0.2xØ 0.1xØ 0.005 0.008 0.010 0.013 0.017 0.021 0.024
Chilled Cast Iron 12 Ni-Hard 2 400 HB 1.5xØ 0.2xØ 0.1xØ 0.005 0.008 0.010 0.013 0.017 0.021 0.024
White Cast Iron 13 G-X300CrMo15 55 HRc 1.5xØ 0.2xØ 0.1xØ 0.005 0.008 0.010 0.013 0.017 0.021 0.024
NF Aluminium 14 AlSi12 130 HB 1.5xØ 0.5xØ 1.0xØ 0.018 0.027 0.033 0.042 0.058 0.069 0.081
E90° 4 FLUTE WITH RADIUS 1.0 | LT 4000 - Ø 3 - 6, 8, 10, 12
Material
Group
Lamina
Gr. N°
Material
Examples Hardness Proling Slotting fz [mm/tooth]
ap ae ap Ø 1 Ø 2 Ø 3 Ø 4 Ø 5
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
1.5xØ 0.5xØ 1.0xØ 0.010 0.011 0.016 0.023 0.029
190 HB
250 HB
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
1.5xØ 0.5xØ
1.0xØ 0.008 0.010 0.014 0.020 0.025
230 HB
280 HB 0.7xØ 0.007 0.008 0.011 0.016 0.020
350 HB
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
1.5xØ 0.5xØ
1.0xØ 0.007 0.008 0.011 0.016 0.020
280 HB
320 HB 0.6xØ 0.005 0.006 0.008 0.011 0.014
350 HB
M
Austenitic 4 304, 316,
X5CrNi18-9
180 HB 1.5xØ 0.5xØ 1.0xØ 0.006 0.007 0.010 0.015 0.019
240 HB
Duplex 5 X2CrNiN23-4,
S31500
290 HB 1.5xØ 0.5xØ 1.0xØ 0.005 0.006 0.008 0.011 0.014
310 HB
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 1.5xØ 0.5xØ 1.0xØ 0.005 0.005 0.008 0.011 0.014
42 HRc
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
1.5xØ 0.5xØ 1.0xØ 0.009 0.011 0.015 0.022 0.027
200 HB
250 HB
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
1.5xØ 0.5xØ 1.0xØ 0.009 0.010 0.014 0.021 0.026
200 HB
250 HB
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
1.5xØ 0.3xØ 1.0xØ 0.004 0.004 0.006 0.009 0.011
Inconel 700 250 HB
Stellite 21 350 HB
Ti based 10 T40 - 1.5xØ 0.5xØ 1.0xØ 0.004 0.004 0.006 0.009 0.011
TiAl6V4 -
H
Steel 11 X100CrMo13, 440C,
G-X260NiCr42
45 HRc
1.5xØ 0.3xØ 0.2xØ 0.003 0.004 0.006 0.008 0.010
50 HRc
55 HRc 0.2xØ 0.1xØ 0.003 0.003 0.005 0.007 0.009
Chilled Cast Iron 12 Ni-Hard 2 400 HB 1.5xØ 0.2xØ 0.1xØ 0.003 0.003 0.005 0.007 0.009
White Cast Iron 13 G-X300CrMo15 55 HRc 1.5xØ 0.2xØ 0.1xØ 0.003 0.003 0.005 0.007 0.009
NF Aluminium 14 AlSi12 130 HB 1.5xØ 0.5xØ 1.0xØ 0.010 0.011 0.016 0.023 0.029
Material
Group
Lamina
Gr. N°
Material
Examples Hardness Proling Slotting fz [mm/tooth]
ap ae ap Ø 6 Ø 8 Ø 10 Ø 12 Ø 16
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
1.5xØ 0.5xØ 1.0xØ 0.036 0.050 0.059 0.070 0.090
190 HB
250 HB
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB 1.5xØ 0.5xØ 1.0xØ 0.032 0.044 0.053 0.062 0.088
230 HB
280 HB 1.5xØ 0.5xØ 0.7xØ 0.026 0.035 0.042 0.049 0.069
350 HB
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB 1.5xØ 0.5xØ 1.0xØ 0.026 0.035 0.042 0.049 0.069
280 HB
320 HB 1.5xØ 0.5xØ 0.6xØ 0.018 0.025 0.030 0.035 0.050
350 HB
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 1.5xØ 0.5xØ 1.0xØ 0.024 0.032 0.039 0.045 0.064
240 HB
Duplex 5 X2CrNiN23-4,
S31500
290 HB 1.5xØ 0.5xØ 1.0xØ 0.018 0.025 0.030 0.035 0.050
310 HB
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 1.5xØ 0.5xØ 1.0xØ 0.017 0.024 0.029 0.033 0.048
42 HRc
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
1.5xØ 0.5xØ 1.0xØ 0.035 0.047 0.056 0.066 0.094
200 HB
250 HB
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
1.5xØ 0.5xØ 1.0xØ 0.033 0.045 0.053 0.063 0.089
200 HB
250 HB
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
1.5xØ 0.3xØ 1.0xØ 0.015 0.020 0.024 0.028 0.040
Inconel 700 250 HB
Stellite 21 350 HB
Ti based 10 T40 - 1.5xØ 0.5xØ 1.0xØ 0.015 0.020 0.024 0.028 0.040
TiAl6V4 -
H
Steel 11 X100CrMo13, 440C,
G-X260NiCr42
45 HRc 1.5xØ 0.3xØ 0.2xØ 0.013 0.017 0.021 0.024 0.035
50 HRc
55 HRc 1.5xØ 0.2xØ 0.1xØ 0.011 0.015 0.018 0.021 0.030
Chilled Cast Iron 12 Ni-Hard 2 400 HB 1.5xØ 0.2xØ 0.1xØ 0.011 0.015 0.018 0.021 0.030
White Cast Iron 13 G-X300CrMo15 55 HRc 1.5xØ 0.2xØ 0.1xØ 0.011 0.015 0.018 0.021 0.030
NF Aluminium 14 AlSi12 130 HB 1.5xØ 0.5xØ 1.0xØ 0.036 0.050 0.059 0.070 0.099
90° 4 FLUTE, LONG | LT 4000 - Ø 1 - 5
90° 4 FLUTE, LONG | LT 4000 - Ø 6, 8, 10, 12, 16
336 337
MACHINING CONDITIONS | SOLID END MILLS - DEPTH OF CUT AND FEEDMACHINING CONDITIONS | SOLID END MILLS - DEPTH OF CUT AND FEED
BALL NOSE, 2 FLUTE | LT 4000 - Ø 1 - 6, 8, 10, 12
Material
Group
Lamina
Gr. N°
Material
Examples Hardness Proling Slotting fz [mm/tooth]
ap ae ap Ø 1 Ø 2 Ø 3 Ø 4 Ø 5 Ø 6 Ø 8 Ø 10 Ø 12
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
1.5xØ 0.5xØ 1.0xØ 0.035 0.045 0.065 0.080 0.105 0.100 0.115 0.125 0.140
190 HB
250 HB
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
1.5xØ 0.5xØ
1.0xØ 0.033 0.042 0.061 0.075 0.099 0.094 0.108 0.118 0.132
230 HB
280 HB 0.7xØ 0.028 0.036 0.052 0.064 0.084 0.080 0.092 0.100 0.112
350 HB
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
1.5xØ 0.5xØ
1.0xØ 0.028 0.036 0.051 0.063 0.083 0.079 0.091 0.099 0.111
280 HB
320 HB 0.6xØ 0.021 0.027 0.039 0.048 0.063 0.060 0.069 0.075 0.084
350 HB
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 1.5xØ 0.5xØ 1.0xØ 0.023 0.029 0.042 0.052 0.068 0.065 0.075 0.081 0.091
240 HB
Duplex 5X2CrNiN23-4,
S31500
290 HB 1.5xØ 0.5xØ 1.0xØ 0.018 0.023 0.033 0.040 0.053 0.050 0.058 0.063 0.070
310 HB
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 1.5xØ 0.5xØ 1.0xØ 0.024 0.031 0.044 0.054 0.071 0.068 0.078 0.085 0.095
42 HRc
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
1.5xØ 0.5xØ 1.0xØ 0.039 0.050 0.072 0.088 0.116 0.110 0.127 0.138 0.154
200 HB
250 HB
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
1.5xØ 0.5xØ 1.0xØ 0.033 0.043 0.062 0.076 0.100 0.095 0.109 0.119 0.133
200 HB
250 HB
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
1.5xØ 0.3xØ 1.0xØ 0.022 0.029 0.042 0.051 0.067 0.064 0.074 0.080 0.090
Inconel 700 250 HB
Stellite 21 350 HB
Ti based 10 T40 - 1.5xØ 0.5xØ 1.0xØ 0.019 0.025 0.036 0.044 0.058 0.055 0.063 0.069 0.077
TiAl6V4 -
H
Steel 11 X100CrMo13, 440C,
G-X260NiCr42
45 HRc
1.5xØ 0.3xØ 0.2xØ 0.014 0.018 0.026 0.032 0.042 0.040 0.046 0.050 0.056
50 HRc
55 HRc 0.2xØ 0.1xØ 0.011 0.014 0.020 0.024 0.032 0.030 0.035 0.038 0.042
Chilled Cast Iron 12 Ni-Hard 2 400 HB 1.5xØ 0.2xØ 0.1xØ 0.011 0.014 0.020 0.024 0.032 0.030 0.035 0.038 0.042
White Cast Iron 13 G-X300CrMo15 55 HRc 1.5xØ 0.2xØ 0.1xØ 0.011 0.014 0.020 0.024 0.032 0.030 0.035 0.038 0.042
NF Aluminium 14 AlSi12 130 HB 1.5xØ 0.5xØ 1.0xØ 0.035 0.045 0.065 0.080 0.105 0.100 0.115 0.125 0.140
ROUGHER, 3 – 4 FLUTE | LT 4000 - Ø 4 - 6, 8, 10, 12
Material
Group
Lamina
Gr. N°
Material
Examples Hardness Proling Slotting fz [mm/tooth]
ap ae ap Ø 4 (Z3) Ø 5 Ø 6 Ø 8 Ø 10 Ø 12
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
1.5xØ 0.5xØ 1.0xØ 0.024 0.030 0.040 0.055 0.065 0.077
190 HB
250 HB
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
1.5xØ 0.5xØ
1.0xØ 0.025 0.030 0.039 0.053 0.063 0.074
230 HB
280 HB 0.7xØ 0.020 0.024 0.032 0.043 0.052 0.062
350 HB
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
1.5xØ 0.5xØ
1.0xØ 0.021 0.026 0.033 0.046 0.055 0.064
280 HB
320 HB 0.6xØ 0.016 0.020 0.025 0.035 0.041 0.049
350 HB
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 1.5xØ 0.5xØ 1.0xØ 0.017 0.022 0.028 0.038 0.045 0.053
240 HB
Duplex 5X2CrNiN23-4,
S31500
290 HB 1.5xØ 0.5xØ 1.0xØ 0.013 0.017 0.021 0.029 0.035 0.040
310 HB
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 1.5xØ 0.5xØ 1.0xØ 0.013 0.017 0.021 0.029 0.035 0.040
42 HRc
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
1.5xØ 0.5xØ 1.0xØ 0.029 0.036 0.047 0.064 0.076 0.089
200 HB
250 HB
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
1.5xØ 0.5xØ 1.0xØ 0.025 0.031 0.040 0.055 0.066 0.077
200 HB
250 HB
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
1.5xØ 0.3xØ 1.0xØ 0.014 0.018 0.023 0.031 0.037 0.044
Inconel 700 250 HB
Stellite 21 350 HB
Ti based 10 T40 - 1.5xØ 0.5xØ 1.0xØ 0.015 0.018 0.023 0.032 0.038 0.045
TiAl6V4 -
H
Steel 11 X100CrMo13, 440C,
G-X260NiCr42
45 HRc
1.5xØ 0.3xØ 0.2xØ 0.011 0.013 0.017 0.023 0.028 0.032
50 HRc
55 HRc 0.2xØ 0.1xØ 0.008 0.010 0.013 0.017 0.021 0.024
Chilled Cast Iron 12 Ni-Hard 2 400 HB 1.5xØ 0.2xØ 0.1xØ 0.008 0.010 0.013 0.017 0.021 0.024
White Cast Iron 13 G-X300CrMo15 55 HRc 1.5xØ 0.2xØ 0.1xØ 0.008 0.010 0.013 0.017 0.021 0.024
NF Aluminium 14 AlSi12 130 HB 1.5xØ 0.5xØ 1.0xØ 0.027 0.033 0.042 0.058 0.069 0.081
Material
Group
Lamina
Gr. N°
Material
Examples Hardness Proling Slotting fz [mm/tooth]
ap ae ap Ø 6 Ø 8 Ø 10 Ø 12
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
1.5xØ 0.5xØ 1.0xØ 0.040 0.055 0.065 0.077
190 HB
250 HB
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
1.5xØ 0.5xØ
1.0xØ 0.039 0.053 0.063 0.074
230 HB
280 HB 0.7xØ 0.032 0.043 0.052 0.062
350 HB
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
1.5xØ 0.5xØ
1.0xØ 0.033 0.046 0.055 0.064
280 HB
320 HB 0.6xØ 0.025 0.035 0.041 0.049
350 HB
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 1.5xØ 0.5xØ 1.0xØ 0.028 0.038 0.045 0.053
240 HB
Duplex 5X2CrNiN23-4,
S31500
290 HB 1.5xØ 0.5xØ 1.0xØ 0.021 0.029 0.035 0.040
310 HB
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 1.5xØ 0.5xØ 1.0xØ 0.021 0.029 0.035 0.040
42 HRc
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
1.5xØ 0.5xØ 1.0xØ 0.047 0.064 0.076 0.089
200 HB
250 HB
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
1.5xØ 0.5xØ 1.0xØ 0.040 0.055 0.066 0.077
200 HB
250 HB
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
1.5xØ 0.3xØ 1.0xØ 0.023 0.031 0.037 0.044
Inconel 700 250 HB
Stellite 21 350 HB
Ti based 10 T40 - 1.5xØ 0.5xØ 1.0xØ 0.023 0.032 0.038 0.045
TiAl6V4 -
H
Steel 11 X100CrMo13, 440C,
G-X260NiCr42
45 HRc
1.5xØ 0.3xØ 0.2xØ 0.017 0.023 0.028 0.032
50 HRc
55 HRc 0.2xØ 0.1xØ 0.013 0.017 0.021 0.024
Chilled Cast Iron 12 Ni-Hard 2 400 HB 1.5xØ 0.2xØ 0.1xØ 0.013 0.017 0.021 0.024
White Cast Iron 13 G-X300CrMo15 55 HRc 1.5xØ 0.2xØ 0.1xØ 0.013 0.017 0.021 0.024
NF Aluminium 14 AlSi12 130 HB 1.5xØ 0.5xØ 1.0xØ 0.042 0.058 0.069 0.081
90° 4 FLUTE WITH RADIUS 2.0 | LT 4000 - Ø 6, 8, 10, 12
Material
Group
Lamina
Gr. N°
Material
Examples Hardness Proling Slotting fz
[mm/tooth]
ap ae ap Ø 8 Ø 10 Ø 12
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
3.0xØ 0.25xØ 1.0xØ 0.050 0.059 0.070
190 HB
250 HB
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
3.0xØ 0.25xØ
1.0xØ 0.044 0.053 0.062
230 HB
280 HB 0.7xØ 0.035 0.042 0.049
350 HB
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
3.0xØ 0.25xØ
0.7xØ 0.035 0.042 0.049
280 HB
320 HB 0.5xØ 0.025 0.030 0.035
350 HB
M
Austenitic 4 304, 316,
X5CrNi18-9
180 HB 3.0xØ 0.25xØ 1.0xØ 0.032 0.039 0.045
240 HB
Duplex 5 X2CrNiN23-4,
S31500
290 HB 3.0xØ 0.25xØ 1.0xØ 0.025 0.030 0.035
310 HB
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 3.0xØ 0.25xØ 1.0xØ 0.024 0.029 0.033
42 HRc
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
3.0xØ 0.25xØ 1.0xØ 0.047 0.056 0.066
200 HB
250 HB
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
3.0xØ 0.25xØ 1.0xØ 0.045 0.053 0.063
200 HB
250 HB
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
3.0xØ 0.10xØ 1.0xØ 0.020 0.024 0.028
Inconel 700 250 HB
Stellite 21 350 HB
Ti based 10 T40 - 3.0xØ 0.25xØ 1.0xØ 0.020 0.024 0.028
TiAl6V4 -
H
Steel 11 X100CrMo13, 440C,
G-X260NiCr42
45 HRc
3.0xØ 0.10xØ 0.1xØ 0.017 0.021 0.024
50 HRc
55 HRc 0.015 0.018 0.021
Chilled Cast Iron 12 Ni-Hard 2 400 HB 3.0xØ 0.10xØ 0.1xØ 0.015 0.018 0.021
White Cast Iron 13 G-X300CrMo15 55 HRc 3.0xØ 0.10xØ 0.1xØ 0.015 0.018 0.021
NF Aluminium 14 AlSi12 130 HB 3.0xØ 0.25xØ 1.0xØ 0.050 0.050 0.070
90° 4 FLUTE WITH RADIUS 0.5, LONG | LT 4000 - Ø 8, 10, 12
USER GUIDE
339
338
MACHINING CONDITIONS | SOLID END MILLS - DEPTH OF CUT AND FEED
MACHINING
CONDITIONS
THREAD
TURNING
THREAD
MILLING
Material
Group
Lamina
Gr. N°
Material
Examples Hardness Proling fz [mm/tooth]
ap ae Ø 3 Ø 4 Ø 5 Ø 6 Ø 8 Ø 10 Ø 12
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.025xØ 0.5xØ 0.140 0.200 0.240 0.260 0.340 0.400 0.450190 HB
250 HB
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.025xØ 0.5xØ 0.132 0.188 0.226 0.244 0.320 0.376 0.423
230 HB
280 HB
350 HB
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.025xØ 0.5xØ
0.111 0.158 0.190 0.205 0.269 0.316 0.356
280 HB
320 HB 0.084 0.120 0.144 0.156 0.204 0.240 0.270
350 HB
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.025xØ 0.5xØ 0.154 0.220 0.264 0.286 0.374 0.440 0.495200 HB
250 HB
Malleable
& Nodular 8GG20, GG70,
50005
150 HB
0.025xØ 0.5xØ 0.133 0.190 0.228 0.247 0.323 0.380 0.428200 HB
250 HB
H
Steel 11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.025xØ
0.5xØ 0.070 0.100 0.120 0.130 0.170 0.200 0.225
50 HRc 0.5xØ
55 HRc 0.3xØ 0.056 0.080 0.096 0.104 0.136 0.160 0.180
Chilled Cast Iron 12 Ni-Hard 2 400 HB 0.025xØ 0.3xØ 0.056 0.080 0.096 0.104 0.136 0.160 0.180
White Cast Iron 13 G-X300CrMo15 55 HRc 0.025xØ 0.3xØ 0.056 0.080 0.096 0.104 0.136 0.160 0.180
HIGH FEED, 4 FLUTE – LT 4000 - Ø 3 - 6, 8, 10, 12
341
MACHINING CONDITIONS - THREAD TURNING
No. OF
PASSES
PITCH (MM)
4 3.5 3 2.5 2 1.75 1.5 1.25 1 0.75 0.5
DEPTH OF CUT
10.34 0.34 0.27 0.26 0.24 0.23 0.23 0.20 0.19 0.17 0.11
20.30 0.31 0.23 0.22 0.23 0.21 0.21 0.18 0.16 0.15 0.09
30.25 0.24 0.20 0.20 0.19 0.16 0.18 0.14 0.13 0.11 0.08
40.21 0.20 0.18 0.17 0.17 0.14 0.16 0.12 0.10 0.06 0.06
50.19 0.19 0.17 0.16 0.15 0.12 0.11 0.10 0.06
60.18 0.17 0.16 0.14 0.12 0.10 0.06 0.06
70.16 0.16 0.15 0.13 0.10 0.08
80.15 0.15 0.13 0.12 0.06 0.06
90.15 0.14 0.12 0.10
10 0.14 0.12 0.11 0.06
11 0.13 0.10 0.09
12 0.12 0.06 0.06
13 0.10
14 0.06
Total 2.48 2.18 1.87 1.56 1.26 1.10 0.95 0.80 0.64 0.49 0.34
No. OF
PASSES
PITCH (MM)
4 3.5 3 2.5 2 1.75 1.5 1.25 1 0.75 0.5
DEPTH OF CUT
10.32 0.32 0.25 0.25 0.23 0.22 0.22 0.19 0.18 0.16 0.10
20.27 0.29 0.22 0.21 0.21 0.20 0.20 0.16 0.15 0.14 0.09
30.22 0.23 0.19 0.19 0.18 0.15 0.17 0.13 0.12 0.10 0.07
40.20 0.19 0.17 0.16 0.16 0.13 0.15 0.11 0.10 0.06 0.06
50.19 0.18 0.16 0.15 0.14 0.11 0.10 0.10 0.06
60.18 0.16 0.16 0.13 0.11 0.09 0.06 0.06
70.16 0.15 0.14 0.12 0.09 0.08
80.15 0.14 0.12 0.11 0.06 0.06
90.14 0.13 0.11 0.09
10 0.14 0.11 0.10 0.06
11 0.12 0.09 0.08
12 0.10 0.06 0.06
13 0.09
14 0.06
Total 2.34 2.05 1.76 1.47 1.18 1.04 0.90 0.75 0.61 0.46 0.32
RECOMMENDED NUMBER OF PASSES
ISO METRIC - EXTERNAL
ISO METRIC - INTERNAL
340
Material
Group
Lamina
Gr. N°
Material
Examples Hardness Vc [m/min]
min max
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB 120 200
190 HB 110 180
250 HB 100 170
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB 100 170
230 HB
280 HB 70 120
350 HB 60 90
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB 100 170
280 HB
320 HB 70 120
350 HB 60 90
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 70 140
240 HB 80 120
Duplex 5X2CrNiN23-4,
S31500
290 HB 50 110
310 HB
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 70 140
42 HRc 50 110
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB 70 150
200 HB 100 140
250 HB 70 120
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB 70 150
200 HB 100 140
250 HB 70 120
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB 40 60
Inconel 700 250 HB 30 50
Stellite 21 350 HB 20 40
Ti based 10 T40 - 50 70
TiAl6V4 - 40 60
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
30
50
50 HRc
55 HRc
40
Chilled Cast Iron Ni-Hard 2 400 HB
White Cast Iron G-X300CrMo15 55 HRc
NF Aluminium 12 AlSi12 130 HB 100 400
LT 10
343
MACHINING CONDITIONS - THREAD MILLING - CUTTING SPEED (Vc)
342
MACHINING CONDITIONS - THREAD TURNING
No.OF
PASSES
UN
EXTERNAL (TPI)
UN
INTERNAL (TPI)
WHITWORTH
EXTERNAL & INTERNAL
(TPI)
BSPT
EXTERNAL & INTERNAL
(TPI)
20 16 12 20 16 12 19 14 11 19 14 11
DEPTH OF CUT
10.20 0.22 0.25 0.19 0.21 0.24 0.22 0.24 0.26 0.19 0.19 0.22
20.16 0.20 0.23 0.16 0.19 0.21 0.19 0.21 0.23 0.18 0.18 0.21
30.15 0.18 0.20 0.14 0.17 0.19 0.17 0.17 0.20 0.17 0.17 0.20
40.13 0.14 0.18 0.11 0.13 0.17 0.14 0.15 0.18 0.15 0.16 0.19
50.11 0.11 0.16 0.10 0.10 0.15 0.11 0.14 0.17 0.13 0.15 0.18
60.06 0.09 0.14 0.06 0.09 0.13 0.06 0.12 0.16 0.08 0.15 0.16
70.06 0.11 0.06 0.10 0.10 0.13 0.12 0.15
80.06 0.06 0.06 0.12 0.08 0.13
90.06 0.08
Total 0.81 1.00 1.33 0.76 0.95 1.25 0.89 1.19 1.51 0.90 1.20 1.51
No. OF
PASSES
NPT
EXTERNAL & INTERNAL (TPI)
TRAPEZOIDAL
EXTERNAL & INTERNAL (MM)
18 14 11.5 8 4.0 3.00
DEPTH OF CUT
10.18 0.22 0.23 0.32 0.24 0.20
20.15 0.18 0.19 0.25 0.23 0.19
30.13 0.15 0.17 0.21 0.22 0.18
40.13 0.14 0.16 0.17 0.22 0.18
50.12 0.13 0.15 0.16 0.21 0.17
60.11 0.12 0.13 0.16 0.20 0.17
70.09 0.10 0.12 0.15 0.19 0.16
80.08 0.10 0.10 0.15 0.18 0.15
90.06 0.09 0.10 0.14 0.17 0.14
10 0.08 0.10 0.13 0.16 0.13
11 0.06 0.09 0.13 0.14 0.11
12 0.08 0.12 0.13 0.08
13 0.06 0.12 0.08
14 0.10
15 0.08
16 0.06
Total 1.05 1.37 1.68 2.45 2.37 1.86
RECOMMENDED NUMBER OF PASSES
Material
Group
Lamina
Gr. N°
Material
Examples Hardness Vc [m/min]
min max
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB 80 130
190 HB 70 110
250 HB 60 100
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB 70 110
230 HB
280 HB 60 100
350 HB 50 80
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB 70 110
280 HB 60 100
320 HB 50 80
350 HB 70
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 70 110
240 HB 60 90
Duplex 5X2CrNiN23-4,
S31500
290 HB 60 80
310 HB
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 70 90
42 HRc 60 80
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB 60 110
200 HB 70 110
250 HB 60 90
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
60
110
200 HB 90
250 HB 90
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB 40 60
Inconel 700 250 HB 30 50
Stellite 21 350 HB 20 40
Ti based 10 T40 - 40 70
TiAl6V4 - 25 50
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc 30 50
50 HRc
25
55 HRc
40
Chilled Cast Iron Ni-Hard 2 400 HB
White Cast Iron G-X300CrMo15 55 HRc
NF Aluminium 12 AlSi12 130 HB 80 300
USER GUIDE
345
MACHINING
CONDITIONS
DRILLING
MACHINING CONDITIONS - THREAD MILLING
344
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
Feed (mm/tooth)
1.5 - 3.0 3.0 - 5.0 5.0 - 7.0 7.0 - 9.0 9.0 - 11.0
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB 0.03 0.04 0.06 0.07 0.09
190 HB 0.02 0.03 0.05 0.06 0.07
250 HB
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.02 0.03 0.05 0.06 0.07
230 HB
280 HB
350 HB 0.05 0.05
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.02 0.03 0.05 0.06
0.07
280 HB 0.06
320 HB
350 HB 0.05 0.05
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.02 0.02 0.03 0.04 0.05
240 HB 0.02 0.06 0.04
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.02
0.02 0.02 0.03 0.04
310 HB 0.015
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.02
42 HRc 0.015 0.03
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.02 0.03
0.06 0.07 0.08
200 HB 0.05 0.06 0.07
250 HB
Malleable
& Nodular 8GGG40,
GGG70, 50005
150 HB
0.02 0.03
0.06 0.07 0.08
200 HB 0.05 0.06 0.07
250 HB
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB 0.02 0.02 0.02 0.03 0.04
Inconel 700 250 HB 0.015 0.015 0.015 0.02 0.02
Stellite 21 350 HB 0.01 0.01 0.01 0.015 0.015
Ti based 10 TiAl6V4 - 0.02 0.02 0.02 0.02 0.025
T40 - 0.02
H
Steel
11
X100 CrMo13,
440C, G-X260NiCr42
45 HRc
0.01 0.01 0.02 0.02 0.02
50 HRc
55 HRc
Chilled Cast Iron Ni-Hard 2 400 HB
White Cast Iron G-X300CrMo15 55 HRc
NF Aluminium 12 AlSi12 130 HB 0.03 0.03 0.04 0.08 0.12
RECOMMENDED TOOL FEED
347346
MACHINING CONDITIONS - DRILLING - CUTTING SPEED (Vc) MACHINING CONDITIONS - DRILLING - DEPTH OF CUT AND FEED
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
SPMG
050204 NN
SPMG
060204 NN
SPMG
07T308 NN
SPMG
090408 NN
SPMG
110408 NN
Feed [mm/z] Feed [mm/z] Feed [mm/z] Feed [mm/z] Feed [mm/z]
min max min max min max min max min max
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.04 0.12 0.04 0.15 0.06 0.18 0.06 0.22 0.06 0.24190 HB
250 HB
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.06 0.12 0.06 0.14 0.08 0.18 0.10 0.22 0.12 0.24
230 HB
280 HB
350 HB 0.20
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.06
0.10
0.06
0.08
0.08
0.12
0.08
0.14
0.10
0.16
280 HB
320 HB 0.08 0.12 0.14 0.16 0.18
350 HB
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.04 0.10 0.04 0.12 0.06 0.14 0.08 0.16 0.10 0.18
240 HB 0.05 0.05 0.07 0.09 0.11
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.05 0.09 0.05 0.10 0.06 0.12 0.06 0.14 0.08 0.15
310 HB 0.13
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.05 0.09 0.05 0.10 0.06 0.12 0.06 0.14 0.08 0.15
42 HRc 0.04 0.08 0.04 0.08 0.05 0.10 0.05 0.12 0.06 0.13
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.06 0.12 0.06 0.14 0.08 0.16 0.10 0.20 0.12 0.24200 HB
250 HB
Malleable
& Nodular 8GGG40,
GGG70, 50005
150 HB
0.06 0.12 0.06 0.14 0.08 0.16 0.10 0.20 0.12 0.24200 HB
250 HB
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.05 0.08 0.05 0.08 0.06 0.09 0.06 0.09 0.06 0.10Inconel 700 250 HB
Stellite 21 350 HB
Ti based 10 TiAl6V4 - 0.05 0.08 0.05 0.08 0.06 0.09 0.06 0.09 0.06 0.10
T40 -
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.04 0.07 0.04 0.07 0.05 0.08 0.06 0.09 0.06 0.09
50 HRc
55 HRc
Chilled Cast Iron Ni-Hard 2 400 HB
White Cast Iron G-X300CrMo15 55 HRc
NF Aluminium 12 AlSi12 130 HB 0.05 0.12 0.05 0.14 0.06 0.16 0.06 0.18 0.08 0.20
SPMG 050204 NN
SPMG 060204 NN
SPMG 07T308 NN
SPMG 090408 NN
SPMG 110408 NN
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
LT 30
Vc [m/min]
LT 3130
Vc [m/min]
min max min max
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
180
270
198
297
190 HB 230 253
250 HB 200 220
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB 120 230 132 253
230 HB 190 209
280 HB 100 170 110 187
350 HB 150 165
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB 70 170 77 187
280 HB 150 165
320 HB 60 130 66 143
350 HB 100 110
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 170 230 187 253
240 HB 120 210 132 231
Duplex 5X2CrNiN23-4,
S31500
290 HB 70 120 77 132
310 HB 120 132
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 100 150 110 165
42 HRc 60 100 66 110
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
150
230
165
253
200 HB 210 231
250 HB 170 187
Malleable
& Nodular 8GGG40, GGG70,
50005
150 HB
120
200
132
220
200 HB 170 187
250 HB 150 165
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB 30 40 27.5 38.5
Inconel 700 250 HB
Stellite 21 350 HB 20 40 25.3 38.5
Ti based 10 T40 - 40 60 38.5 66
TiAl6V4 - 30 40 30.8 44
H
Steel
11
X100CrMo13, 440C,
G-X260NiCr42
45 HRc 50 90 55 99
50 HRc 40 70 44 77
55 HRc 30 60 33 66
Chilled Cast Iron Ni-Hard 2 400 HB 40 60 40 66
White Cast Iron G-X300CrMo15 55 HRc 30 50 33 55
NF Aluminium 12 AlSi12 130 HB 200 400 220 440
LT 30
LT 3130
FOR DRILLING BODIES 2 X D AND 3 X D
348 349
MACHINING CONDITIONS - DRILLING - DEPTH OF CUT AND FEED
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
SPMG
050204 NN
SPMG
060204 NN
SPMG
07T308 NN
SPMG
090408 NN
SPMG
110408 NN
Feed [mm/z] Feed [mm/z] Feed [mm/z] Feed [mm/z] Feed [mm/z]
min max min max min max min max min max
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.03 0.09 0.03 0.12 0.04 0.14 0.04 0.18 0.06 0.19190 HB
250 HB
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.04 0.09 0.04 0.09 0.05 0.15 0.06 0.18 0.09 0.19
230 HB
280 HB
350 HB 0.18
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.04
0.07
0.04
0.07
0.05
0.09
0.06
0.11
0.07
0.13
280 HB
320 HB 0.06 0.08 0.11 0.12 0.15
350 HB
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.03 0.08 0.03 0.09 0.03 0.11 0.05 0.13 0.07 0.14
240 HB 0.03 0.03 0.04 0.06 0.08
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.03 0.09 0.03 0.07 0.03 0.10 0.04 0.11 0.05 0.13
310 HB 0.12
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.03 0.07 0.03 0.07 0.04 0.10 0.05 0.12 0.05 0.13
42 HRc 0.03 0.07 0.03 0.07 0.05 0.09 0.05 0.10 0.05 0.12
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.04 0.10 0.04 0.12 0.05 0.13 0.06 0.17 0.08 0.20200 HB
250 HB
Malleable
& Nodular 8GGG40,
GGG70, 50005
150 HB
0.04 0.09 0.04 0.11 0.05 0.12 0.08 0.16 0.08 0.19200 HB
250 HB
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.03 0.06 0.03 0.07 0.03 0.08 0.04 0.09 0.05 0.10Inconel 700 250 HB
Stellite 21 350 HB
Ti based 10 TiAl6V4 - 0.03 0.06 0.03 0.07 0.03 0.08 0.04 0.09 0.05 0.10
T40 -
H
Steel
11
X100 CrMo13,
440C,
G-X260NiCr42
45 HRc
0.03 0.06 0.03 0.06 0.03 0.07 0.04 0.08 0.05 0.09
50 HRc
55 HRc
Chilled Cast Iron Ni-Hard 2 400 HB
White Cast Iron G-X300CrMo15 55 HRc
NF Aluminium 12 AlSi12 130 HB 0.03 0.10 0.04 0.12 0.05 0.14 0.06 0.15 0.07 0.16
* For drilling 4xD the feed must be reduced by 50%
Material
Group
Lamina
Gr. N°
Material
Examples Hardness
WCMX
040208 NN
WCMX
050308 NN
WCMX
06T308 NN
WCMX
080412 NN
Feed [mm/z] Feed [mm/z] Feed [mm/z] Feed [mm/z]
min max min max min max min max
P
Non Alloyed 1
C35, Ck45,
1020, 1045,
1060, 28Mn6
125 HB
0.05 0.10 0.06 0.11 0.06 0.12 0.06 0.16190 HB
250 HB
Low Alloyed 2
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
180 HB
0.05 0.10 0.06 0.11 0.06 0.12 0.06
0.16
230 HB
280 HB 0.15
350 HB
High Alloyed 3
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
220 HB
0.07
0.07
0.10 0.09 0.11
0.08
0.08
0.12
0.09
0.09
0.16
280 HB
320 HB 0.09 0.09 0.10 0.11 0.14
350 HB
M
Austenitic 4304, 316,
X5CrNi18-9
180 HB 0.05 0.10 0.06 0.11 0.06 0.12 0.06 0.15
240 HB 0.07 0.09 0.08 0.09
Duplex 5X2CrNiN23-4,
S31500
290 HB 0.07 0.09 0.09 0.10 0.08 0.11 0.09 0.14
310 HB
Ferritic &
Martensitic 6410, X6Cr17,
17-4PH, 430
200 HB 0.07 0.09 0.09 0.10 0.08 0.11 0.09 0.14
42 HRc 0.05 0.08 0.06 0.09 0.06 0.10 0.06 0.13
K
Grey 7
GG20, GG40, EN-
GJL-250,
N030B
150 HB
0.09 0.11 0.09 0.12 0.09 0.13 0.10 0.18200 HB
250 HB
Malleable
& Nodular 8GGG40,
GGG70, 50005
150 HB
0.09 0.11 0.09 0.12 0.09 0.13 0.10 0.18200 HB
250 HB
S
Fe, Ni &
Co based 9
Incoloy 800 240 HB
0.05 0.08 0.06 0.09 0.06 0.10 0.06 0.13Inconel 700 250 HB
Stellite 21 350 HB
Ti based 10 TiAl6V4 - 0.05 0.08 0.06 0.09 0.06 0.10 0.06 0.13
T40 -
H
Steel
11
X100 CrMo13,
440C, G-X260NiCr42
45 HRc
0.05 0.08 0.06 0.09 0.06 0.10 0.06 0.13
50 HRc
55 HRc
Chilled Cast Iron Ni-Hard 2 400 HB
White Cast Iron G-X300CrMo15 55 HRc
NF Aluminium 12 AlSi12 130 HB 0.05 0.10 0.06 0.11 0.10 0.12 0.10 0.16
MACHINING CONDITIONS - DRILLING - DEPTH OF CUT AND FEED
SPMG 050204 NN
SPMG 060204 NN
SPMG 07T308 NN
SPMG 090408 NN
SPMG 110408 NN
FOR DRILLING BODIES 4 X D
WCMX 040208 NN
WCMX 050308 NN
WCMX 06T308 NN
WCMX 080412 NN
USER GUIDE
351
350
TECHNICAL
GUIDE
MACHINING OPTIMIZATION 352
MATERIAL GROUPS 355
MACHINING RECOMMENDATIONS 356
COOLANT GUIDE 357
TECHNICAL FORMULAS 358
SPECIFIC CUTTING FORCES 359
THREAD TURNING 360
HIGH FEED MILLING 366
LT 752 & LT 910 MILLING CUTTER LINES 367
ASSEMBLING INSTRUCTIONS - LT 752 & LT 910 368
COPY MILLING 369
DRILLING COOLANT 370
TROUBLESHOOTING 372
HELICAL INTERPOLATION 374
TECHNICAL
GUIDE
Increase your
production efficiency
352 353
TECHNICAL INFORMATIONTECHNICAL INFORMATION
MILLING
Vf
Check the condition of the
tool holder (insert seat, shim,
lever, screw) and check if
the insert is well seated and
clamped.
Check the stability of the
machine. The tool overhang
should be as short as
possible.
Climb Milling
Usually this is the
recommended direction. Tool
life up to 40% longer than
conventional.
Vf
Fvh = fz
fz0.7 x D
D
Conventional Milling
Recommended only for:
• Old machines with backlash
in the table transmission
• Flame cut, forged and cast
workpieces
• Thin workpieces (in order to
reduce vibration)
К = 90° Approach angle
High radial forces / Low axial
forces.
Recommended:
• When 90° wall is needed
• For slender workpieces
For face milling the width
of cut (ae) should be about
70% of the cutter diameter, in
order to achieve better chip
formation and longer tool
life. For limited engagement
conditions, it is necessary to
increase feed per tooth.
h = 0.71 x fz
fz
45°
K = 45° Approach angle
identical radial and axial
forces.
High productivity fz=1.41 x h
Recommended:
• When overhang is long
(lower vibration tendency)
• For face milling (1st
choice)
Round Inserts:
Roughing and general
purposes.
Strongest cutting edge.
For new users of Lamina Technologies MULTI-MATTM (MULTI-MATerial) inserts and to get more
productivity and longer tool life, we have prepared a short machining guide to insure your
satisfaction with our products.
The machining conditions included after each insert are our guidelines for optimal machining.
However, our inserts can work in a range of cutting conditions to meet special machining needs.
TURNING
Coolant
Check the condition of the
tool holder (insert seat, shim,
lever, screw) and check if
the insert is well seated and
clamped.
If there are interrupted
cut or passes with short
lengths of cut, dry operation
is recommended to avoid
thermal shocks. For heavy
interrupted cut feed rate
should be reduced.
Check the stability of the
machine. The tool overhang
should be as short as
possible.
Vc
fn
d.o.c.
Tool life
Cutting parameters
+
+
-
-
Feed x d.o.c.
=
Amax
Section max
[mm2]
Depth of cut
[mm]
Feed
[mm/t]
f maxf min
Cutting speed has the
greatest influence on tool
life. For high productivity and
long tool life, first increase
d.o.c. and feed rate.
Respect maximum chip
section area for each insert.
Amax = feed x d.o.c.
For higher productivity
and better chip control in
roughing, work close to the
recommended Amax value.
MACHINING OPTIMIZATION
354 355
TECHNICAL INFORMATIONTECHNICAL INFORMATION
MATERIAL GROUPS
BUILT-UP EDGE
(Adhesive Wear)
Description
The workpiece material is welded to the cutting edge. Normally
caused by low temperatures
Solutions
Increase cutting speed / Increase feed / Use more positive geometry
NOTCH WEAR
(Adhesive/Mechanic Wear)
Description
Result of adhesive or mechanical action. Chipping or localized
wear at the depth of cut line.
Solutions
Use more positive geometry / Reduce feed / Vary depth of cut
CRATER
(Chemical Wear)
Description
Happens on the rake surface. Normally the result of a
combination of a diffusion and abrasion wear mechanism.
Solutions
Decrease cutting speed / Check coolant direction / Use more
positive geometry
FLANK WEAR
(Abrasive Wear)
Description
Abrasive wear mechanism that happens on the cutting edge’s
flank. Not common in Lamina inserts.
Solutions
Decrease cutting speed / Check coolant direction.
PLASTIC
DEFORMATION
(Thermal Wear)
Description
Caused by cutting forces and too high temperature. Not
common in Lamina inserts.
Solutions
Decrease cutting speed / Decrease feed rate
THERMAL
CRACKS
(Thermal Wear)
Description
Small cracks normally at 90° to the cutting edge caused by
temperature variation.
Solutions
Stabilize the temperature / Shut off the coolant
BREAKAGE
(Mechanic Wear)
Description
Most breakages happen because the wear development is not
seen in time.
Solutions
Check the tool holder / Check the tool overhang / Check the
Amax / Decrease feed and Vc / Apply more robust insert / Check
the run-out
MACHINING OPTIMIZATION
MATERIAL
GROUP
LAMINA
GR. N°
VDI
GRP
MATERIAL
EXAMPLES DESCRIPTION CAUTION
P
Non Alloyed 1
1
C35, Ck45,
1020, 1045,
1060, 28Mn6
Non-alloyed Steel
Composition: Fe-C alloy (usually 0.1 to 0.6% carbon).
Characteristics: Good machinability and high cutting speeds can
be applied. When it has less than 0.25% carbon, it can be very
sticky, requiring positive rake and small land inserts.
Alloyed Steel
Composition: Fe-C alloy (maximum 2.1% carbon) with additives
like Cr, Mo, V, Ni, Mn, Co, W, etc.
Characteristics: The variation in the amount of alloying elements
and different heat treatments control features such as mechanical
resistance and machinability. It’s important to follow the cutting
speeds recommended according to the hardness of the steel, as it
influences temperature as well as chemical and adhesive wears.
High alloyed Steel have more than 5% alloying elements.
Built-up edge
Crater
2
3
Low Alloyed 2
4, 6
42CrMo4,
St50, Ck60,
4140, 4340,
100Cr6
Built-up edge
Crater
5, 7
6
8
High Alloyed 3
10
X40CrMoV5,
H13, M42, D3,
S6-5-2, 12Ni19
Crater
10
11
11
M
Austenitic 4
14 304, 316,
X5CrNi18-9 Composition: Alloyed steel, more than 11% chrome (Cr).
Characteristics: Stainless steels do not stain, corrode, or rust
as easily as ordinary steel. Usually they are difficult to machine
because of its narrow range of cutting speeds. If the cutting speed
is too low, the material sticks in the cutting edge, if it’s too high, the
high quantity of additives produces abrasive wears in the cutting
edge.
Built-up edge
Notch wear
14
Duplex 5
14 X2CrNiN23-4,
S31500
Notch wear
Crater
14
Ferritic &
Martensitic 6
12 410, X6Cr17,
17-4PH, 430 Crater
13
K
Grey 7
15 GG20, GG40,
EN-GJL-250,
N030B
Composition: Fe-C alloy with 2.1 to 5% of carbon. It can be
alloyed with Si, P, Mn and Ni.
Characteristics: Grey cast iron tends to be brittle, and malleable
cast irons usually have a more ductile but less homogeneous
micro-structure. Reinforced cutting edges will perform best. High
productivity can be achieved by using high feeds.
Flank wear
Crater
Mechanical
cracks
15
16
Malleable
& Nodular 8
17, 19
GG40, GG70,
50005
17, 19
18, 20
S
Fe, Ni &
Co based 9
31, 32 Incoloy 800 Composition: Iron (Fe) based, Nickel (Ni) based or Cobalt (Co)
based alloys and Titanium alloys.
Characteristics: High temperature alloys and titanium provide
excellent mechanical strength resistance, as well as corrosion and
oxidation resistance. Relatively low cutting speed is recommended
due to their poor thermal conductivity.
Notch wear
Crater
33 Inconel 700
34 Stellite 21
Ti based 10
36 TiAl6V4
37 T40
H
Steel 11
38 X100 CrMo13,
440C,
G-X260NiCr42
This group includes hardened and tempered steel up to 55 HRc,
chilled and white cast iron up to 55 HRc. Machining success
depends largely on clamping system rigidity, as cutting forces and
power consumption are high. Finishing represents the majority of
the operations for this material group.
Crater
38
38
Chilled Cast Iron 12 40 Ni-Hard 2
White Cast Iron 13 41 G-X300CrMo15
NF
Alu 14 25 AlSi12 Non-ferrous and soft materials (less than 130HB of hardness).
Most common: Aluminium
Composition: Al alloys can be alloyed with Cu, Zn, Mg, Mn and Si.
Characteristics: Aluminium is widely used due to its low density
and relatively good strength to weight ratio. When machining,
it tends to have long chips and built-up edge. A highly positive
cutting edge together with low friction coating control the chips
and reduce built up edge.
Built-up edge
AL (<8%Si) 15 21, 22,
23, 24
4% < Si < 8%
Si < 4%
Copper Alloys 16 26, 27, 28 CuZn30
Non Metallic 17
29 Fiber Plastics
- Graphite
30 Hard Rubber
356 357
TECHNICAL INFORMATIONTECHNICAL INFORMATION
COOLANT GUIDE
In machining stainless steel, please verify and respect the cutting speed
recommended for the insert as there is a tendency to machine at speeds that are
too low.
Stainless Steel
VC
In machining stainless steel or exotic materials, P geometry inserts (CNMP, TNMP,
WNMP) and NX chipbreakers are recommended as first choice.
NX-CNMP-TNMP-WNMP
Stainless Steel
Exotic Material
In machining exotic materials, it is important to verify cutting conditions of the
specific insert.
Exotic Material
Cutting Conditions
!
Verify
VC
Productivity
To increase machining productivity, it is recommended to increase speed (Vc)
while respecting chip size calculation.
It is important to verify and respect Amax, which is the maximum chip section.
Feed x d.o.c. must be lower than the number noted as Amax.
Feed x d.o.c.
=
Amax
P geometry inserts (CNMP, TNMP, WNMP) are not recommended
when machining with interrupted cut.
CNMP
TNMP
WNMP
MACHINING RECOMMENDATIONS
SUCCESSFUL MACHINING OPERATIONS DEPEND ON
CORRECT COOLANT APPLICATION
TURNING
• In continuous cut, the application of coolant is recommended for all workpiece
materials.
• If there is interrupted cut, use dry operation when machining material groups P, M, K
and H.
• Coolant is always recommended for High-Temp Alloys (Group S) and Aluminum
(Group N).
MILLING
• In dry operations, the usage of “air blow” is always recommended in order to evacuate
the chips which can accumulate causing tool breakage and problems with surface
finishing.
DRILLING
• Coolant in drilling is always recommended independent of workpiece material as it
helps chip evacuation, improves hole quality and increases tool life.
TURNING MILLING DRILLING
MATERIAL
GROUP
STABLE
CUT
INTERRUPTED
CUT
P
M**
K
S
H
N
• When machining Duplex Stainless Steels, both wet and dry operations should
be considered, depending on variables in the machining process.
358 359
TECHNICAL INFORMATIONTECHNICAL INFORMATION
TECHNICAL FORMULAS
Symbol
Designation Unit
Machining diameter mm
mm/rev
Machining length mm
Rotation rev/min
cm3/minChip removal rate
d.o.c x feed mm2
Nose radius mm
Dm
fn
lm
n
Q
Amax
rε
Tc
Rmax
Cutting time
Surface roughness
min
µm
Feed per revolution
VcCutting speed m/min
apDepth of cut (d.o.c.) mm
aeRadial depth of cut
(width of cut) mm
DCutter diameter mm
fzFeed per tooth mm/tooth
pcs
Zc
VfTable Feed mm/min
pcs
Zn
Symbol
Designation Unit
Vc
Q= xapxfn
Vc=Dmxπxn
1000
n= Vcx1000
Dmxπ
Tc=lm
fn xn
Rmax = fn
2
x125
rε
Surface
Roughness
(µm)
Cutting Time
(min)
Rotation
(Rev/min)
Cutting
Speed
(m/min)
Chip Removal
Rate
(cm3/min)
Turning
fz =
Vc
n= x1000
πxD
Vc=n xπxD
1000
Q= aexapxVf
1000
Vf=n xzc xfz
Feed per
Tooth
Rotation
(Rev/min)
Cutting
Speed
(m/min)
Table Feed
(mm/min)
Cutting
Output
(cm3/min)
Millling
Vf
n x zc
Total number of teeth
Effective number of teeth
SPECIFIC CUTTING FORCES
MATERIAL GROUP Lamina
Gr. N°
VDI
Grp
MATERIAL
EXAMPLES HARDNESS Specific cutting force, kc1
(N/mm²) mc
P
Non-Alloyed 1
1
C35, CK45,
1020, 1045,
1060, 28MN6
125 HB 1500 0.25
2 190 HB 1700 0.25
3 250 HB 1850 0.25
Low alloyed 2
4
42CRMO4,
ST50, CK60,
4140, 4340,
100CR6
180 HB 1700 0.25
5.6 230 HB 1800 0.25
7.8 280 HB 2040 0.25
9 350 HB 2900 0.25
High
allowed 3
10
X40CRMOV5,
H13, M42, D3,
S6-5-2, 12NI19
220 HB 2050 0.25
10 280 HB 2600 0.25
11 320 HB 2950 0.25
11 350 HB 3100 0.25
M
Austenitic 4
14 304, 316,
X5CRNI18-9
180 HB 1800 0.21
14 240 HB 2100 0.21
Duplex 5
14 X2CRNIN23-4,
S31500
290 HB 2600 0.21
14 310 HB 2800 0.21
Ferritic &
Martensitic 6
12 410, X6CR17,
17-4 PH, 430
200 HB 1800 0.21
13 42 HRC2800 0.21
K
Grey 7
15
GG20, GG40,
EN-GJL-250,
NO30B
150 HB 800 0.28
15 200 HB 1000 0.28
16 250 HB 1100 0.28
Malleable &
Nodular 8
17.19
GGG40, GGG70,
50005
150 HB 870 0.28
17.19 200 HB 1150 0.28
18.20 250 HB 1400 0.28
S
Fe, Ni & Co
based 9
31.32 Incoloy 800 240 HB 2600 0.25
33 Inconel 700 250 HB 2700 0.25
34 Stellite 21 350 HB -3300 0.25
Ti bases 10
36 TIAL6V4 - 1400 0.23
37 T40 - 1450 0.23
NF Al (>8%Si) 12 25 TIAL6V4 130 HB 700 0.25
360 361
TECHNICAL INFORMATIONTECHNICAL INFORMATION
THREADING INSERTS
IN-LH
Toolholder
& Insert
IN-RH
Toolholder
& Insert
RIGHT THREAD
LEFT THREAD
If you want to turn an
IN-LH Thread but you prefer to pull
the metal chips while thread turning
outwards, you should use an
IN-LH insert & toolholder
Change to
negative
anvil
INTERNAL THREAD
Change to
negative
anvil
IN-LH
Toolholder
& Insert
IN-RH
Toolholder
& Insert
Change to
negative
anvil
Change to
negative
anvil
P/8
H h
P/4
Screw Nut
External - 10°
Internal - 15°
15° 10°
P/8
H h
P/4
Screw Nut
External - 10°
Internal - 15°
15° 10°
P/8
H h
P/4
Screw Nut
External - 10°
Internal - 15°
15° 10°
1. In most thread forms
internal and external
threads have different
depth and radius, thus tools
are not interchangeable
2. The insert relief angle of a
standard Lamina external
toolholder is 10°; for an
internal toolholder it is 15°.
This 5° difference is
to provide additional
necessary radial clearance.
3. Our built-in relief angles
ensure automatic insert
flank angle clearance.
P/8
H h
P/4
Screw Nut
External - 10°
Internal - 15°
15° 10°
1. Profiles of Lamina internal & external threading inserts are
precisely ground to ensure accurate thread geometry when
used in their corresponding toolholders.
Using internal inserts with an external holder will result in
distortion of angle and insert geometry.
2. Insert and toolholder should
always match. An IN-RH
insert must be used with an
IN-RH toolholder.
No mismatch is allowed.
NUMBER OF THREADING PASSES SELECTION
FOR SINGLE POINTS INSERTS
THREAD TURNING METHODS
NOTES
1. For most standard applications the middle of the range is a good starting point.
2. The tougher workpiece material, the higher the number of cutting passes you should
select.
3. General rule of thumb: fewer passes are better than more speed.
PITCH mm
TPI
0.5
48
0.8
32
1.0
24
1.25
20
1.5
16
1.75
14
2.0
12
2.5
10
3.0
8
4.0
6
6.0
4
NUMBER OF
PASSES 3-6 4-7 4-9 6-10 5-11 9-12 6-13 7-15 8-17 10-20 11-22
Change to
Negative
Anvil
EX-LH
Toolholder
& Insert (1)
(1)
RIGHT THREAD
EXTERNAL THREAD
EX-RH
Toolholder
& Insert (2)
(2)
EX-LH
Toolholder
& Insert (1)
(1)
EX-RH
Toolholder
& Insert (2)
(2)
Change to
Negative
Anvil
LEFT THREAD
If you want to turn an
EX-LH Thread and you
only have EX-RH
Insert & Toolholder
362 363
TECHNICAL INFORMATIONTECHNICAL INFORMATION
THREAD HELIX ANGLE STANDARD AND SLANTED ANVILS
10
3/8
5
4
3
5
6
2.5
2
1.5
1
0.5
8
10
12
16
24
48
20
3/4
4° 3° 2°
30
1.25
40
1.5
50
2
60
2.5
75
3
mm
inch
Diameter
TPI
1°
β
Tan β = P
π x D
Simplified formula
β = 20P/D
Example:
D = 30 mm (1.18")
P = 1.5 mm (16 TPI)
β = 20 x 15
30
= 1°
D
P
β
Lamina Toolholder Pockets are built with 1.5° helix angle. This angle may be adjusted to better
match the thread helix angle by simply changing the anvil.
Negative helix is usually used when threading RH thread with LH holder or LH thread with RH
holder.
β β
yy
Insert
Anvil
Toolholder
Negative
Helix
Insert
Anvil
Toolholder
L IC POCKET ANGLE Y 4.5° 3.5° 2.5° 1.5°
STANDARD 0.5° -0.5° -1.5°
16 3/8 EX-RH or IN-LH SHIM 16E+4.5 SHIM 16E+3.5 SHIM16E+2.5 SHIM 16E SHIM 16E+0.5 SHIM 16E-0.5 SHIM 16E-1.5
16 3/8 EX-LH or IN-RH SHIM 16I+4.5 SHIM 16I+3.5 SHIM 16I+2.5 SHIM 16I SHIM 16I+0.5 SHIM 16I-0.5 SHIM 16I-1.5
22 1/2 EX-RH or IN-LH SHIM 22E+4.5 SHIM 22E+3.5 SHIM 22E+2.5 SHIM 22E SHIM 22E+0.5 SHIM 22E-0.5 SHIM 22E-1.5
22 1/2 EX-LH or IN-RH SHIM 22I+4.5 SHIM 22I+3.5 SHIM 22I+2.5 SHIM 22I SHIM 22I+0.5 SHIM 22I-0.5 SHIM 22I-1.5
364 365
TECHNICAL INFORMATIONTECHNICAL INFORMATION
ANVIL CHANGE RECOMMENDATION
As it can be seen on the chart below, some Pitch to Diameter combinations require an anvil
change.
If change is required, use AE anvils for EX-RH and IN-LH toolholders and AI anvils for IN-RH and
As it can be seen on the chart below, most application do not require an anvil change. If change
is required, use AE anvils for EX-RH and IN-LH toolholders and AI anvils for IN-RH and EX-LH
10
0.50
10
0.50
20
0.75
20
0.75
5
0.25
5
0.25
1.5 1.516 16
2.5 2.510 10
3.5 3.5
2 212 12
3 38 8
4 46 6
5 55 5
6 64 4
7 7 3.5 3.5
8 8 3 3
9 9 (2*)
(2*)
(3*)
(4*)
(5*)
(6*)
(7*)
(3*)
(4*)
(5*)
(6*)
(7*)
10 10 (1*)
(1*)
2.5 2.5
30
1.25
30
1.25
40
1.50
40
1.50
50
2
50
21 1
60
2.50
60
2.50
70
3
70
3
80 8090 90100
4
100
4
120
5
120
5
110 110130 130140 140
mm
inch
mm
inch
mm mmTPI TPI
Pitch Pitch
Diameter Diameter
Special
holders
required
Special
holders
required
Standard anvil (supplied
with toolholder)
Standard anvil (supplied
with toolholder)
Change to anvil AE or 0.5°
AE or AI + 4.5° AE or AI + 4.5°
AE or AI + 3.5° AE or AI + 3.5°
AE or AI + 2.5° AE or AI + 2.5°
β
Ɛ
Anvil
Toolholder
1.5°
TRAPEZ (DIN 103)
PARTIAL PROFILE 60°
PARTIAL PROFILE 55°
ISO
UN
WHIT
NPT
BSPT
366 367
TECHNICAL INFORMATIONTECHNICAL INFORMATION
α°
D D1*
α° max. for
linear ramping
Ap max. for
linear ramping
Ae max. for
linear plunging
Helical Milling
C min. P max. C max. P max.
10 4.7 1.25
0.5 2.4
14.7
0.5
18
0.5
12 6.7 2.5 18.7 22
16 10.7 2 26.7 30
20 14.7 1.25 34.7 38
25 19.7 1 44.7 48
32 26.7 0.9 58.7 62
LT 910 - HIGH FEED MILLING - XPKT & XPKW 0602-HF
D
α° max. for
linear ramping
Ap max. for
linear ramping
Ae max. for
linear plunging
Helical Milling
C min. P max. C max. P max.
10 3
5.2 0.6
14
0.9
19 3.0
12 2.2 18 23 2.5
16 1.5 26 31 2.0
20 1.15 34 39 1.8
25 0.9 44 49 1.7
32 0.7 58 63 1.7
LT 752 - SHOULDER MILLING - APKT 060204-PDTR
APPLICATION PARAMETERS
PROGRAMMING RADIUS
Rprog = R1.20
Plunging
Ae = 2.4
RH
Uncut Area
0.22
High Feed
Ap = 0.5
Uncut Area = Uncut thickness, maximum mismatch between programmed corner radii
(Rprog) and generated machined profile.
LT 752 / LT 910 - CUTTER LINE
* Flat surface on face milling = D1
VALUES INCORRECT
CALCULCATION
CORRECT
CALCULATION
Vc = 120 m/min
RPM for D=40
n = 954 rev/min
RPM for Deff=35.16
n = 1085 rev/min
D = 40 mm
DOC = 1.0 mm
l = 4.84 mm
Deff = D - l
Deff = 40 – 4.84
Deff = 35.16
SDKX 0904-HF
SDKW 0904-HF
SDKX 1205-HF
SDKW 1205-HF
APKT 0602-HF
APKW 0602-HF
DOC
(mm) l
(mm)
DOC
(mm) l
(mm)
DOC
(mm) l
(mm)
1.5 0 2.0 0 0.5 0
1.4 0.22 1.8 0.66 0.4 0.32
1.3 0.58 1.6 1.58 0.3 0.72
1.2 1.04 1.4 2.58 0.2 1.28
1.1 1.52 1.2 3.66 0.1 2.22
1.0 2.02 1.0 4.84
0.9 2.54 0.8 6.16
0.8 3.10 0.6 7.66
0.7 3.70 0.4 9.44
0.6 4.34 0.2 11.76
0.5 5.06
0.4 5.82
0.3 6.72
0.2 7.74
0.1 9.06
HIGH FEED MILLING
EFFECTIVE DIAMETER FOR RPM CALCULATION
The effective cutting diameter (Deff) must be calculated to obtain the correct revolution per
minute (RPM) and consequently the table feed.
The effective cutting diameter is calculated using the following values and formula.
DCutter Diameter mm
DOC Depth of cut mm
mm
Symbol
Designation Unit
Diameter compensation
(see chart below)
Deff =
n= Vcx1000
π
xDeff
D - l
DCutter Diameter mm
DOC Depth of cut mm
mm
Symbol
Designation Unit
Diameter compensation
(see chart below)
Deff =
n= Vcx1000
π
xDeff
D - l
EXAMPLE FOR Deff CALCUATION
Cutter: LT 903 S-W-D040/4 (D=40/Z=4)
Insert: SDKX 1205-HF
Material: Lamina Group 3 – 280 HB
D
D1
DOC
/2
368 369
TECHNICAL INFORMATIONTECHNICAL INFORMATION
• Due to the small size of these inserts, it is vital that you only use a pre-set torque screw driver
(0.4Nm) at all times for assembly and adjustment.
• It is also recommended that during mounting, the insert should be held in place with your finger.
• When using the cutter for the first time, the following start procedure should be followed. This
procedure needs to be done only once, the first time the milling cutter perform the first touch on
the material.
1. Start the milling operation and stop it after 10-20 seconds of machining
2. Tighten the screw again using the pre-set torque screw driver (0.4Nm)
3. Re-start the milling operation
4. This procedure will guarantee a precise and real torque force on the screw.
This procedure needs to be done only the first time any you use a new LT 752 milling cutter. After
this your cutter should work without issue even after loading new inserts or starting and restarting the
machining process.
HOW TO ASSEMBLY LT 752 / LT 910 CUTTERS TO AVOID PREMATURE BREAKAGE
LT 752 / LT 910 - ASSEMBLING INSTRUCTIONS COPY MILLING
EFFECTIVE DIAMETER FOR RPM CALCULATION
When calculating revolution per minute (n), the effective diameter must be taken into
account. Refer to the formula below.
* For min/max depth of cut, please check the cutting parameter pages for each insert.
iC DOC (Ap)
0.5 1.0 1.5 2.0 2.5 3.0 3.5 4.0
6 3.3 4.5 5.2 - - - - -
7 3.6 4.9 5.7 6.3 - - - -
8 3.9 5.3 6.2 6.9 - - - -
10 4.4 6.0 7.1 8.0 8.7 - - -
12 4.8 6.6 7.9 8.9 9.7 10.4 - -
16 5.6 7.7 9.3 10.6 11.6 12.5 13.2 13.9
DMilling Cutter Diameter mm
Deff Depth of cut (d.o.c.) mm
D1 Cutter flat surface mm
DOC Depth of cut mm
iC Insert Diameter -
Inscribed circle mm
m/min
Vc
nRotation rev/min
mm
Symbol
Designation Unit
Diameter compensation
Cutting Speed
Deff =
n= Vcx1000
π
xDeff
D1 + l
DMilling Cutter Diameter mm
Deff Depth of cut (d.o.c.) mm
D1 Cutter flat surface mm
DOC Depth of cut mm
iC Insert Diameter -
Inscribed circle mm
m/min
Vc
nRotation rev/min
mm
Symbol
Designation Unit
Diameter compensation
Cutting Speed
D
eff
=
n= Vcx1000
π
xDeff
D1 +
l
e.
D
D1
De.
Ap
D
D
D1
/2
iC
Ap
/2
iC
e.
D
D1
De.
Ap
D
D
D1
/2
iC
Ap
/2
iC
Keep the insert
positioned with the
finger, when tightening
the screw.
l VALUES FOR DOC VALUES*
370 371
TECHNICAL INFORMATION
TECHNICAL INFORMATION
DRILLING - COOLANT
COOLANT VOLUME REQUIREMENTS
COOLANT PRESSURE REQUIREMENT
+ -
90
80
70
60
50
40
30
20
10
15 20 25 30 35 40 45 50 55 60 65 70 75 80 85
Drilling
depth
Recomended pressure ( Bar)
Drill diameter
15-25 > 25-40 > 40
< 3 x D
≥ 3 x D
6
12
4.5
9
3
6
* 0.25 to 0.5 mm 0.2 mm
* the maximum diameter adjustement
depends on the drill body diameter
DRILL DIAMETER INSERT RADIAL SHIFT MAX. HOLE (Ø)
13
SPMG O50204
+0.5 14.0
14 +0.5 15.0
15 +0.5 16.0
16
SPMG O60204
+0.5 17.0
17 +0.5 18.0
18 +0.5 19.0
19 +0.5 20.0
20 +0.5 21.0
21 +0.25 21.5
22
SPMG O7T308
+0.5 23.0
23 +0.5 24.0
24 +0.5 25.0
25 +0.5 26.0
26 +0.25 26.5
27 +0.25 27.5
28
SPMG O90408
+0.5 29.0
29 +0.5 30.0
30 +0.5 31.0
31 +0.25 31.5
32 +0.25 32.5
33 +0.25 33.5
RECOMMENDED * SUITABLE
GENERAL
DRILLING
CROSS
DRILLING
IRREGULAR SURFACE
DRILLING
INTERRUPTED
DRILLING
* SUITABLE Reduce the feed in 50%
Drill lenght Hole tolernace (mm)
2 x D + 0.20 / - 0.1
3 x D + 0.25 / - 0.1
4 x D + 0.30 / - 0.1
Reduce the feed in 50% in case of 4xD drilling
HOLE TOLERANCE
(BASED ON STABLE CONDITIONS
MAX. AND MIN. HOLE DIAMETER
372 373
TECHNICAL INFORMATIONTECHNICAL INFORMATION
ROTATING DRILLS
1. Check the coolant flow and increase it, clean machine filter,
clean the drill holes
2. Check the coolant pressure and volume according to the drill
diameter and lenght of hole
NON ROTATING DRILLS
1. Check the lathe alignement
2. Rotate the drill 180
ROTATING DRILLS
1. Check the coolant pressure and volume according to the drill
diameter and length of hole
2. Use a shorter drill
NON ROTATING DRILLS
1. Check the coolant flow and increase it, clean machine filter,
clean the drill holes
2. Check the lathe alignment
3. Use a shorter drill
ROTATING DRILLS
1. Check the coolant pressure and volume according to the drill
diameter and length of hole
2. Use a shorter drill
NON ROTATING DRILLS
1. Check the coolant flow and increase it, clean machine filter,
clean the drill holes
2. Check the lathe alignment
3. Use a shorter drill
+ diameter - diameter
TROUBLESHOOTING
1 - OVERSIZED AND UNDERSIZED
3 - VIBRATIONS
4 - THE IMPORTANCE OF COOLANT IN DRILLING
2 - PIN IN HOLES
Coolant in drilling is always recommended, independent of the workpiece
material, because it helps chip evacuation, improves hole quality and increases
tool life.
The best results are achieved with internal coolant, when it is not available,
external coolant can help to achieve acceptable results if the coolant noses are
well directed to the drill flutes and if the coolant pressure is good.
Drilling without coolant is not recommended, mainly because the chips can
get stuck inside the hole causing the breakage of the drill. If it’s unavoidable
due to machine limitations, the cutting speed should be reduced and the “wood
peck“ drilling technique should be applied (after drilling a few millimeters, the
drill is retracted out from the hole to ensure no chips are stuck on the drill, and
then continue drilling).
Peck drilling cycle
Hole made in steps
Normal
drilling cycle
374 375
TECHNICAL INFORMATIONTECHNICAL INFORMATION
HELICAL INTERPOLATION
The example below shows a hole-making operation in a workpiece with irregular surface and weak
set-up.
When using a drill body, until the full engagement is achieved, the operation is unbalanced causing
vibrations, demanding a large feed rate reduction, with high risk of insert breakage. It can reduce the
productivity in some cases.
In this case, the helical milling machine strategy is the best option because it has:
1. Good chip control and evacuation
2. Better surface quality and dimensional tolerances
3. Lower power consumption and vibration tendencies = more machining stability
DRILLING - IRREGULAR WORK SURFACES
HELICAL MILLING - IRREGULAR WORK SURFACES
Irregular surfaces /
Unbalanced operation
Full engagement
area
To maximize performance, the Helical Milling strategy must be applied with the correct cutting
direction. For holemaking operations such as drilling and boring, CCLW is recommended for
climb milling to keep the chip formation from thick to thin.
For Helical Milling, we need to compensate the feed rate, to keep the chip thickness like the
same when performing a Linear Milling operation.
HELICAL MILLING - CUTTING DIRECTION
HELICAL MILLING - FEED RATE COMPENSATION
Counterclockwise
direction (CCLW)
D = Milling Cutter Diameter
C = Hole Diameter
ØC
ØD
RPM = 3600 rev/min
fz = 0.05 mm/tooth
Z = 4
Vflinear = 720 mm/min
Climb Milling
D = 16
C = 30
Feed Rate Compensation
((C-D/C) * Linear feed Rate
((30-16)/30)*720mm/min
(14/30)*720mm/min
0.466*720mm/min = 366 mm/min
D1
D
C
P
LINEAR MILLING CIRCULAR MILLING
Vflinear = fz x RPM x Z Vfcircular = ((C-D)/C) x Vflinear
Vf
linear
Vfcircular
ØC
ØD