Milling Tools and Inserts 2004 PDF

Milling Tools
& Inserts
Leitz Metalworking Technology Group

BELIN •BILZ •BOEHLERIT •
FETTE •KIENINGER •ONSRUD
Table of Contents
FCT45 R/8/12 & MCT45 R/8/12 2 Long Edge Roughers 48

FCTXX & MCTXX TWINCUT VARIO 3 90° TWINCUT Helical Mills 49–51
45° TWINCUT Face Mills 4–7 90° ISO Long Edge Helical Mills 52
Inserts 8 Inserts 53
TWINCUT Family 9 TWINCUT Feed Mills / TWINCUT Copy Face Mills 54
45° TWINCUT Face and Chamfer End Mills 10 Screw-On TWINCUT Feed 55
45° TWINCUT End Mills 11 Straight Shank TWINCUT Feed 55
45°/82° TWINCUT Face Mills 12–14 TWINCUT Feed Face Mills 56
45° TWINCUT VA Face Mills 15 TWINCUT Copy End Mills / Face Mills 57–59
90° TWINCUT Face Mills 16–17 Copy Face Mills 60
Inserts 18 Inserts 61–62
ISO Face Mills 45° 19 TWINCUT Ball Nose Copy Mills 63
45° ISO Face Mills 20–21 Inserts 64–65
88° ISO Face Mills 22 Copy / Flat Bottom / Back Draft Mills 66
45° ISO Face Mills 23–24 Ball Nose Copy Mills – HSS 67
88° ISO Face Mills 25 Ball Nose Copy Mills – HSS 68
45° ISO Face Mills 26–28 Flat Bottom / Back Draft Mills – HSS 68
Inserts 29 Carbide Shank Ball Nose Copy Mills 69
90° ISO End Mills/Face Mills 30 Carbide Shank Flat Bottom/Back Draft Mills 70
90° ISO End Mills 31 Inserts 70–71
90° ISO Face Mills 32–33 PCD/CBN Copy Face Mills 72
Inserts 34 EMZ90 73
90° ISO Face Mills 35–36 FMZ90 74
75° ISO Face Mills 37 Extension Arbors 74
Inserts 38 Inserts 75
UNIVEX Family 39 45° / 60° Chamfer End Mills 76
90° UNIVEX End Mills 40–42 90° Drill Mills 77
90° UNIVEX Helical End Mills 42–43 Inserts 78–79
90° UNIVEX Face Mills 44 Technical Section Table of Contents 80
90° UNIVEX Helical Mills 45
Inserts 46–47
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1
FCT45 R/8/12 & MCT45 R/8/12
FCT 45 Features & Benefits
• Exclusive TWINCUT geometry

• Large insert grade offering
• Direct pressed inserts in round, 8, and 12 cutting edges
• Designed for roughing and finishing
• Deep, positive chip grooves
Cutter body accepts TWINCUT insert selec-

tion 12-edge, 8-edge, and Round
Round insert:
8 useable
cutting edges
Thick insert
Wide facet width gener-

ates superior finishes
Special chip
forming topography
Relieved front face

area for plunge and
Cartridge for
pocket milling
New Multi-Mill
Positive locking
MCT45 & MCTXX
and location
FCT45 FCT45 FCTXX Vario/FCT45 FCT45

Slot Milling Profile Milling-Roughing Step Milling Chamfer Milling
FCTXX Vario/FCT45 FCTXX Vario/FCT45 FCTXX Vario/FCT45 FCT45

Plunge Milling Face Milling Pocket Milling / Ramping Shoulder Milling
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2
FCTXX & MCTXX TWINCUT VARIO
TWINCUT VARIO
TWINCUT
The TWINCUT VARIO is an excellent example of how cutting theory
can be applied in practice. It successfully incorporates the principle VARIO
of using two axially and radially offset edges to make the cut. The Geometry
upper and lower rows of cutting edges each have different angles of
approach and cutting depths.
This produces a technically superior chip cross-section with signifi-
cantly reduced width to height relationship, sharply reducing the cut-
ting forces. Power input can be reduced to between 75 and 85% of
previous requirements. The improved dynamics of the VARIO’s twin
offset cutting edges make this possible and gives VARIO a competi-
tive advantage.
VARIO cutting tools are far superior to conventional button cutters,
as they are quiet-running and reduce vibrations. This makes them
especially suitable for machining under less stable conditions.
A major benefit of the Vario’s innovative design is the versatility of Conventional
the insert pocket. Vario’s pockets will accept both the round and Geometry
octagonal high-performance inserts.
TWINCUT VARIO Features & Benefits

• Broad application range for steel, castings and non-ferrous.
• Option of round or octagonal indexable inserts in same insert
pocket. This flexible design helps reduce overall tooling costs.
• Increased insert thickness provides high feed rates and shorter
machining times.
• Deep molded chip grooves and special design surface topography,
lower horsepower requirements, reduce vibration, lower operating
Milling profile with round inserts.
temperatures, yield superior surfaces, and extend tool life.
• Stable insert seating prevents insert rotation and allows precise
indexing.
• Either z-axis plunging or ramping is possible making the Vario ideal
for cavity milling and ramping.
• Precision sintered insert with eight effective cutting edges lower
cost per cutting edge.
TWINCUT VARIO with RCKX 1606 MO-TR TWINCUT VARIO with OCKX 0606 AD-TR
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3
45° TWINCUT Face Mills
FCT XX TWINCUT - Vario

Application
• Universal in application face milling of steel, castings, non-ferrous metals
• Exclusive TWINCUT insert design offers round, and 8 sided for roughing applications
d2 -12° 20°
4°
-7°
45°1)
4 10
R .343 h
d1 8-Sided
d 3 +.035
-14° 18°
d2
3° -7°
16
h
Round
d 3 +.035 R .362
d1
d3
Dimensions (inches) Insert Torx

d1 Cutter Body No. EDP d3 h d2 Teeth Insert Insert Screw Driver
1.50 FCTXX R16-150AA 51486 2.23 1.57 0.75 4
2.00 FCTXX R16-200AA 51487 2.73 1.57 0.75 6
2.50 FCTXX R16-250AA 51488 3.23 1.97 0.75 6 RCKX 1606 OCKX 0606 50255 50258
3.00 FCTXX R16-300AB 51489 3.73 1.97 1.00 8
4.00 FCTXX R16-400AD 51490 4.73 1.97 1.50 10
See page 8 for Inserts.

See pages 98 & 99 for recommended cutting data & application information.
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4
FCT45 R/8/12
Application
• Universal milling cutter for face milling of steel, stainless and cast iron materials
• Exclusive TWINCUT insert design offers round, 8, and 12 cutting edges for high production milling applications
20°
20°
–7° –7°
d2 58°
42.4°
.420 .217 .382
ap 28.3°
.079
8-Sided 12-Sided
h
18°
–7°
d4
d4
d1
Round
Dimensions (inches)
max doc
8 12 No. Insert Torx
d1 Cutter Body No. EDP edge edge d4 h d2 Teeth Insert Insert Insert Screw Driver
2.00 FCT45 O06-200AA 50300 0.157 0.079 0.63 1.57 0.75 4
2.50 FCT45 O06-250AA 50302 0.157 0.079 0.63 1.97 0.75 4
3.00 FCT45 O06-300AB 50304 0.157 0.079 0.63 1.97 1.00 5 RCKX 1606 OCKX 0606 XCKX 1606 50255 50258
4.00 FCT45 O06-400AD 50306 0.157 0.079 0.63 1.97 1.50 7
5.00 FCT45 O06-500AD 50308 0.157 0.079 0.63 2.48 1.50 8

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5
MCTXX TWINCUT VARIO

Application
• Universal modular milling cutter for face milling of steels, stainless and cast iron materials
• Especially suited for unstable machining and poor fixturing conditions
• Exclusive TWINCUT insert design offers round, and 8 sided inserts for high production milling applications
• Cartridge design interchangeable with other LMT Multi-Mills
• Available in coarse and fine pitch
–14°
18
–7
3°
d3
.630
d2
Round
h –12°
4° 20°
45°
–7°
d1
45°*
.157 .394
8-Sided
* angle generated when machining = 43°
Multi-Mills furnished with cartridges and hardware.

Inserts must be ordered separately.
Dimensions (inches) No. Insert Torx
d1 Cutter Body No. EDP d3 h d2 Teeth Insert Insert Screw Driver
Coarse Pitch
4.00 MCTXX R16-400AD 55934 4.73 2.48 1.50 6
5.00 MCTXX R16-500AD 52511 5.73 2.48 1.50 8
6.00 MCTXX R16-600AD 53927 6.73 2.48 1.50 10
8.00 MCTXX R16-800AF 55935 8.73 2.48 2.50 12
RCKX 1606 OCKX 0606 50255 50258
10.00 MCTXX R16-1000AF 53416 10.73 2.48 2.50 14
12.00 MCTXX R16-1200AF 55936 12.73 3.15 2.50 18
16.00 MCTXX R16-1600AF 55937 16.73 3.15 2.50 20
20.00 MCTXX R16-2000AF 55938 20.73 3.15 2.50 28
Fine Pitch
5.00 MCTXX R16-500ADF 55939 5.73 2.48 1.50 8
6.00 MCTXX R16-600ADF 53519 6.73 2.48 1.50 12
8.00 MCTXX R16-800AFF 55940 8.73 2.48 2.50 16
10.00 MCTXX R16-1000AFF 55941 10.73 2.48 2.50 20 RCKX 1606 OCKX 0606 50255 50258
12.00 MCTXX R16-1200AFF 55942 12.73 3.15 2.50 24
16.00 MCTXX R16-1600AFF 54284 16.73 3.15 2.50 30
20.00 MCTXX R16-2000AFF 55943 20.73 3.15 2.50 40
Cartridge Cartridge Screw Cartridge Key Adjustment Screw Adjustment Key

51979 50253 50254 50263 50264

Refer to page 111 in Technical Section for Multi-Mill Assembly and Adjustment Instructions.
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6
MCT45 R/8/12
Application
• Universal modular milling cutter for face milling of steels, stainless and cast iron materials
• Exclusive TWINCUT insert design offers round, 8, and 12 cutting edges for high production milling applications
20°
20°
–7° –7°
58°
42.4°
d3 .420
.217 .382
d2 ap 28.3°
.079
8-Sided 12-Sided
h
45° 18°
–7°
d1
.630
Round

d1 Cutter Body No. EDP d3 h d2 Teeth Insert Insert Insert Screw Driver
Coarse Pitch
4.00 MCT45 O06-400AD 50620 4.51 2.48 1.50 6
5.00 MCT45 O06-500AD 50622 5.51 2.48 1.50 6
6.00 MCT45 O06-600AD 50624 6.51 2.48 1.50 10
8.00 MCT45 O06-800AF 50626 8.51 2.48 2.50 12
RCKX 1606 OCKX 0606 XCKX 1606 50255 50258
10.00 MCT45 O06-1000AF 50628 10.51 2.48 2.50 14
12.00 MCT45 O06-1200AF 50630 12.51 3.15 2.50 18
16.00 MCT45 O06-1600AF 50632 16.51 3.15 2.50 20
20.00 MCT45 O06-2000AF 50634 20.51 3.15 2.50 28
Fine Pitch
5.00 MCT45 O06-500ADF 50636 5.51 2.48 1.50 8
6.00 MCT45 O06-600ADF 50638 6.51 2.48 1.50 12
8.00 MCT45 O06-800AFF 50640 8.51 2.48 2.50 16
10.00 MCT45 O06-1000AFF 50642 10.51 2.48 2.50 20 RCKX 1606 OCKX 0606 XCKX 1606 50255 50258
12.00 MCT45 O06-1200AFF 50644 12.51 3.15 2.50 24
16.00 MCT45 O06-1600AFF 50646 16.51 3.15 2.50 30
20.00 MCT45 O06-2000AFF 50648 20.51 3.15 2.50 40

50650 50253 50254 50263 50264

Refer to page 111 in Technical Section for Multi-Mill Assembly and Adjustment Instructions.
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7
Inserts
Insert Description Insert Grade Ordering No.

N = Number of Dimensions (Inch) ISO Code TiCN AL **CVD For Cutter
Cutting Edges l s d d1 b r LMT Cat. No. Uncoated Plus Plus or AL2O3 Cat. No.
23° LC225S
60692
7° LC240T
60696
d1 .250 .630 .228 RCKX 1606 MO-TR
LC610T LC230F
51530 53241
d s
LW610
N= 51529
23°
7°
d1 LC610T
.250 .630 .228 RCKX 1606 MO-TRT 51515
d s
N=8
23°
7°
d1 .250 .630 .228 RCKX 1606 MO-TRT LC280TT
54081
d s
N=8
25° LC225S FCT45 R/8/12
60704 MCT45 R/8/12
7°
LC230F
d1 53242
.250 .630 .228 .020 OCKX 0606 AD-TR
LC240T
r 60708
d s
LW610 LC615E
N=8 51531 55949
25°
7°
d1 LC280TT
.250 .630 .228 .020 OCKX 0606 AD-TRT 54077
r s
d
N=12
LC225S
23°
52556
LC230F
7°
53242
d1 .250 .630 .228 .020 XCKX 1606 ZDR-TR LC240T
60724
d s
LC630S LC630T
60700 60702
LW610 LC610T LC615E
N=12 51532 10255 60698
**F = CVD Multilayer

E = AL2O3
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8
TWINCUT Family
Features & Benefits
LMT-FETTE’s exclusive TWINCUT geometry lowers cutting forces and enables aggressive feed rates.
Double Negative Geometry:

The double negative insert position with high positive rake angles works well on a wide variety of materials, and on a wide variety of
machines as well. The double negative design is exceptionally strong, offering unsurpassed smooth cutting action. TWINCUT geometry
directs downward pressure on the work piece, thus providing stability.
• Excellent on steels and cast iron

• Large insert seating surface
• Thick insert with rigid cross section
FMT87 FMT45
Positive Geometry:
The cutter is designed with a positive axial rake angle that allows the insert to cleanly and quietly shear the workpiece materials. This not
only reduces horsepower requirements, but actually reduces wear on machine spindle bearings, ball screws and other components.
• Excellent on stainless steels, high temperature alloys and non-ferrous materials

• Extremely smooth cutting action
• Large positive rake angles • Sharp cutting edge

• Deep chip groove • Excellent surface finish
• Precision ground inserts
Insert position
Axially 10° positive
• Large rear 40° effective
surface seating area
Radially 30°
FMT90 negative
• Large insert thickness

• Rigid cross section
FMV45
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9
45° TWINCUT Face and Chamfer End Mills
EMT45
Application
• Milling cutter for face and chamfer milling of steel and cast iron materials
• Relieved front face for plunge and heavy die sinking operations
• Features ramp milling capabilities
See page 95 for ramping angles
17°
l3
–16°
Weldon Shank
d3 d1 d2 45°
doc
l1
Dimensions (inches) No. Euro Insert Torx

d1 Cutter Body No. EDP d3 l3 l1 d2 Teeth Ref. No. Insert Screw Driver
1.00 EMT45 S12-100WE 50464 1.56 1.72 4.00 1.00 2 1950058
1.00 EMT45 S12-100WD 50466 1.56 1.72 3.75 0.75 2 1950214
1.25 EMT45 S12-125WE 50468 1.81 1.72 4.00 1.00 3 1950061
SNKX 1205 50256 50258
1.25 EMT45 S12-125WD 50470 1.81 1.72 3.75 0.75 3 1950216
1.50 EMT45 S12-150WE 50472 2.06 1.72 4.00 1.00 3 1950066
1.50 EMT45 S12-150WD 50474 2.06 1.72 3.75 0.75 3 1950218

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10
45° TWINCUT End Mills/Face Mills
FMT45
Application
• First choice milling cutter for face milling of steel and cast iron materials
• Used in rough and finish milling operations
• Features ramp milling capabilities
d2
17°
–15°
h
45°
ap
d1
d3

d1 Cutter Body No. EDP doc d3 h d2 Teeth Ref. No. Insert Screw Driver
2.00 FMT45 S12-200AA 50310 0.28 2.56 1.57 0.75 4 1950044
2.50 FMT45 S12-250AA 50312 0.28 3.06 1.57 0.75 5 1950046
3.00 FMT45 S12-300AB 50314 0.28 3.56 1.97 1.00 5 1950048
3.00 FMT45 S12-300ABF* 50316 0.28 3.56 1.97 1.00 6 1950048I
4.00 FMT45 S12-400AD 50318 0.28 4.56 1.97 1.50 7 1950050
SNKX 1205 50256 50258
5.00 FMT45 S12-500AD 50320 0.28 5.56 2.48 1.50 8 1950052
6.00 FMT45 S12-600AD 50322 0.28 6.56 2.48 1.50 9 1950054
8.00 FMT45 S12-800AF 50324 0.28 8.56 2.48 2.50 12 1950205
10.00 FMT45 S12-1000AF 50326 0.28 10.56 2.48 2.50 16 1950206
*Fine Pitch

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11
MMT45
Application
• First choice modular milling cutter for face milling of steel and cast iron materials
d3
17°
d2
–15°
h 45°
45°
doc
d1

EDP Dimensions (inches) No. Insert Torx

d1 Cutter Body No. No. doc d3 h d2 Teeth Insert Screw Driver
Coarse Pitch
4.00 MMT45 S12-400AD 50061 0.280 4.55 2.48 1.50 6
5.00 MMT45 S12-500AD 50062 0.280 5.55 2.48 1.50 6
6.00 MMT45 S12-600AD 50063 0.280 6.55 2.48 1.50 10 SNKX 1205
8.00 MMT45 S12-800AF 50064 0.280 8.55 2.48 2.50 12
50256 50258
10.00 MMT45 S12-1000AF 50065 0.280 10.55 2.48 2.50 14 1187-90
12.00 MMT45 S12-1200AF 50066 0.280 12.55 3.15 2.50 18 Wiper
16.00 MMT45 S12-1600AF 50067 0.280 16.55 3.15 2.50 20
20.00 MMT45 S12-2000AF 50068 0.280 20.55 3.15 2.50 28
Fine Pitch
5.00 MMT45 S12-500ADF 50069 0.280 5.55 2.48 1.50 8
6.00 MMT45 S12-600ADF 50070 0.280 6.55 2.48 1.50 12 SNKX 1205
8.00 MMT45 S12-800AFF 50071 0.280 8.55 2.48 2.50 16
10.00 MMT45 S12-1000AFF 50072 0.280 10.55 2.48 2.50 20 50256 50258
12.00 MMT45 S12-1200AFF 50073 0.280 12.55 3.15 2.50 24 1187-90
16.00 MMT45 S12-1600AFF 50074 0.280 16.55 3.15 2.50 30 Wiper
20.00 MMT45 S12-2000AFF 50075 0.280 20.55 3.15 2.50 40
Cartridge SNKX 1205 Cartridge Screw Cartridge Key Adjustment Screw Adjustment Key
50241 50253 50254 50263 50264

Refer to page 111 in technical section for Multi-Mill assembly and adjustment instructions.
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12
FMT87
Application
• All purpose milling cutter for face and shoulder milling of steel and cast iron materials
d2
17°
–13°
87°
h
87° doc
d1
d3
EDP Dimensions (inches) No. Euro Insert Torx

d1 Cutter Body No. No. doc d3 h d2 Teeth Ref. No. Insert Screw Driver
2.00 FMT87 S12-200AA 50332 0.390 2.06 1.57 0.75 4 1950056
2.50 FMT87 S12-250AA 50334 0.390 2.56 1.57 0.75 5 1950068
3.00 FMT87 S12-300AB 50336 0.390 3.06 1.97 1.00 6 1950132
SNKX 1205 50256 50258
4.00 FMT87 S12-400AD 50338 0.390 4.06 1.97 1.50 7 1950133
5.00 FMT87 S12-500AD 50340 0.390 5.06 2.48 1.50 8 1950134
6.00 FMT87 S12-600AD 50342 0.390 6.06 2.48 1.50 9 1950138

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13
MMT87
Application
• All purpose modular milling cutter for face and shoulder milling of steel and cast iron materials
• Used in rough milling operations
d3
d2 17°
–13°
87°
87° h
doc
d1


d1 Cutter Body No. EDP doc d3 h d2 Teeth Insert Screw Driver
Coarse Pitch
4.00 MMT87 S12-400AD 50106 0.394 4.03 2.48 1.50 6
5.00 MMT87 S12-500AD 50107 0.394 5.03 2.48 1.50 6
6.00 MMT87 S12-600AD 50108 0.394 6.03 2.48 1.50 10
8.00 MMT87 S12-800AF 50109 0.394 8.03 2.48 2.50 12
SNKX 1205 50256 50258
10.00 MMT87 S12-1000AF 50110 0.394 10.03 2.48 2.50 14
12.00 MMT87 S12-1200AF 50111 0.394 12.03 3.15 2.50 18
16.00 MMT87 S12-1600AF 50112 0.394 16.03 3.15 2.50 20
20.00 MMT87 S12-2000AF 50113 0.394 20.03 3.15 2.50 28
Fine Pitch
5.00 MMT87 S12-500ADF 50114 0.394 5.03 2.48 1.50 8
6.00 MMT87 S12-600ADF 50115 0.394 6.03 2.48 1.50 12
8.00 MMT87 S12-800AFF 50116 0.394 8.03 2.48 2.50 16
10.00 MMT87 S12-1000AFF 50117 0.394 10.03 2.48 2.50 20 SNKX 1205 50256 50258
12.00 MMT87 S12-1200AFF 50118 0.394 12.03 3.15 2.50 24
16.00 MMT87 S12-1600AFF 50119 0.394 16.03 3.15 2.50 30
20.00 MMT87 S12-2000AFF 50120 0.394 20.03 3.15 2.50 40

50244 50253 50254 50263 50264

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14
45° TWINCUT VA Face Mills
FMV45
Application
• High performance positive milling cutter for face milling of stainless, high temperature alloys and non-ferrous materials
• Extremely smooth and quiet cutting action
• Designed to work well on low horsepower machines
d2 17°
10°
h 45°
doc
d1
d3
EDP Dimensions (inches) No. Euro Insert Torx

d1 Cutter Body No. No. doc d3 h d2 Teeth Ref. No. Insert Screw Driver
2.50 FMV45 S12-250AA 50356 0.197 2.93 1.57 0.75 5 1950223
3.00 FMV45 S12-300AB 50358 0.197 3.43 1.97 1.00 6 1950225
4.00 FMV45 S12-400AD 50360 0.197 4.43 1.97 1.50 7 1950227 SNHX 1205 50256 50258
5.00 FMV45 S12-500AD 50362 0.197 5.43 2.48 1.50 8 1950229
6.00 FMV45 S12-600AD 50364 0.197 6.43 2.48 1.50 9 1950231

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15
FMT90
Application
• All purpose positive milling cutter for face and square shoulder milling of steel and non-ferrous materials
d2
17°
7°
90°
h doc
90°
d1

d1 Cutter Body No. EDP doc d3 h d2 Teeth Ref. No. Insert Screw Driver
2.00 FMT90 S12-200AA 50344 0.390 – 1.58 0.75 4 1950197
2.50 FMT90 S12-250AA 50346 0.390 – 1.58 0.75 5 1950198
3.00 FMT90 S12-300AB 50348 0.390 – 1.97 1.00 6 1950199
SPKX 120508 50256 50258
4.00 FMT90 S12-400AD 50350 0.390 – 1.97 1.50 7 1950201
5.00 FMT90 S12-500AD 50352 0.390 – 2.48 1.50 8 1950203
6.00 FMT90 S12-600AD 50354 0.390 – 2.48 1.50 9 1950204

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16
MMT90
Application
• General purpose modular milling cutter for face and square shoulder milling of steel, cast iron and non-ferrous materials
• Positive cutting action for low horsepower machines
d2
17°
7°
90°
90° h
doc
d1


Coarse Pitch
4.00 MMT90 S12-400AD 50151 0.394 – 2.48 1.50 6
5.00 MMT90 S12-500AD 50152 0.394 – 2.48 1.50 6
6.00 MMT90 S12-600AD 50153 0.394 – 2.48 1.50 10
8.00 MMT90 S12-800AF 50154 0.394 – 2.48 2.50 12
SPKX 120508 50256 50258
10.00 MMT90 S12-1000AF 50155 0.394 – 2.48 2.50 14
12.00 MMT90 S12-1200AF 50156 0.394 – 3.15 2.50 18
16.00 MMT90 S12-1600AF 50157 0.394 – 3.15 2.50 20
20.00 MMT90 S12-2000AF 50158 0.394 – 3.15 2.50 28
Fine Pitch
5.00 MMT90 S12-500ADF 50159 0.394 – 2.48 1.50 8
6.00 MMT90 S12-600ADF 50160 0.394 – 2.48 1.50 12
8.00 MMT90 S12-800AFF 50161 0.394 – 2.48 2.50 16
10.00 MMT90 S12-1000AFF 50162 0.394 – 2.48 2.50 20 SPKX 120508 50256 50258
12.00 MMT90 S12-1200AFF 50163 0.394 – 3.15 2.50 24
16.00 MMT90 S12-1600AFF 50164 0.394 – 3.15 2.50 30
20.00 MMT90 S12-2000AFF 50165 0.394 – 3.15 2.50 40

50247 50253 50254 50263 50264

www.LMTFETTE.com
17
Inserts

N = Number of Dimensions (inch) ISO Code TiCN AL **CVD For Cutter
30°
45° b LC225S
60045 FMT 45 11250-12
.500 .219 .205 .078 SNKX 1205 AN-TR LC240T FMT87 11230
d1 1187-10 TR 60047 MMT45
LC610T MMT90
l s
60048
N=4
30° LC225S
45° b 60036
LC230F FMT 45 11250-12
.500 .219 .205 .078 SNKX 1205 AN 53791 FMT87 11230
d1
1187-10 LC240T MMT45
60039 MMT90
l s
LW610 LC610T LC615E
N=4 60035 89936 55955
30°
45° b
LC225S
60050 FMT 45 11250-12
SNKX 1205 AN-T
.500 .219 .205 .078 1187-12 LC240T FMT87 11230
d1
T-Land 60053 MMT45
LC610T MMT90
l s
60054
N=4
30°
45° b
FMT 45 11250-12
.500 .219 .205 .078 SNKX 1205 AN-TT LC280TT FMT87 11230
d1 MMT45
T-Land 54089
MMT90
l s
N=4
45° b
LC240T FMT 45 11250-12

d1 .500 .219 .205 .078 SNKQ 1205 AN 50735 FMT87 11230
1187-13 LW610 LC610T LC615E MMT45
60055 51953 55954 MMT90
l s
N=8
45°
d1 d .750 .219 .500 .205 1187-90 LC225S FMT 45 11250-12

r Wiper Insert 60058 MMT45
l s
N=1
20° LC225S
r
60091
11° LC240T
.500 .219 .205 .032 SPKX 120508 60093 FMT90 11260
d1 MMT90
1187-15 LC230F
53797
l s
LW610 LC615E
N=4 60090 60726
30°
45° b
LC225S LC230F
.500 .219 .205 .086 SNHX 1205 AE 60340 53787
d1 FMV45 11280
1187-18 LC440T
s
50948
l
N=4
35°
45° b
d1 .500 .219 .205 .078 SNHT 1205 AEFN-ALC LC610T• FMV45 11280
1187-18 ALC 89221
l s
N=4
**F = CVD Multilayer *LC610T CVD Coated TiAIN

E = AL2O3
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18
ISO Face Mills 45°
Features & Benefits
• High positive cutting geometry

• Quiet cutting action
• High cutting capacity with low horsepower machines or unstable conditions
• ISO indexable inserts
FMH45B
• Torx screw locking
• Thicker inserts for higher feed
rates
FMH45A FMH45
• Locking screw (left-hand thread) for • Indexable inserts shims to protect
secure clamping the steel cutter body
• Thicker inserts for higher feed rates • Locking screw (left-hand thread) for
secure clamping
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19
45° ISO Face Mills
FMH45B
Application
• General purpose milling cutter for face milling of steel, stainless and non-ferrous materials
• Used in light-duty rough and finish milling operations
• Uses ISO style inserts
• Ideal for low horsepower machines
d2
10°
19°
h 45°
doc
d1
d3

2.00 FMH45B S12-200AA 50372 0.216 2.51 1.57 0.75 4
3.00 FMH45B S12-300AB 50374 0.216 3.51 1.97 1.00 5 SEHW 1204 50255 50258
4.00 FMH45B S12-400AD 50376 0.216 4.51 1.97 1.50 6

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20
45° ISO Face Mills
MMH45B
Application
• General purpose modular milling cutter for face milling of steel, stainless and non-ferrous materials
• Smooth cutting action on low horsepower machines
d3 10°
d2
19°
45°
h
45° doc
d1


Coarse Pitch
4.00 MMH45B S12-400AD 50046 0.216 4.51 2.48 1.50 6
5.00 MMH45B S12-500AD 50047 0.216 5.51 2.48 1.50 6
6.00 MMH45B S12-600AD 50048 0.216 6.51 2.48 1.50 10
8.00 MMH45B S12-800AF 50049 0.216 8.51 2.48 2.50 12
SEHW 1204 50255 50258
10.00 MMH45B S12-1000AF 50050 0.216 10.51 2.48 2.50 14
12.00 MMH45B S12-1200AF 50051 0.216 12.51 3.15 2.50 18
16.00 MMH45B S12-1600AF 50052 0.216 16.51 3.15 2.50 20
20.00 MMH45B S12-2000AF 50053 0.216 20.51 3.15 2.50 28
Fine Pitch
5.00 MMH45B S12-500ADF 50054 0.216 5.51 2.48 1.50 8
6.00 MMH45B S12-600ADF 50055 0.216 6.51 2.48 1.50 12
8.00 MMH45B S12-800AFF 50056 0.216 8.51 2.48 2.50 16
10.00 MMH45B S12-1000AFF 50057 0.216 10.51 2.48 2.50 20 SEHW 1204 50255 50258
12.00 MMH45B S12-1200AFF 50058 0.216 12.51 3.15 2.50 24
16.00 MMH45B S12-1600AFF 50059 0.216 16.51 3.15 2.50 30
20.00 MMH45B S12-2000AFF 50060 0.216 20.51 3.15 2.50 40

50240 50253 50254 50263 50264

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21
88° ISO Face Mills
MMH88B
Application
• General purpose modular milling cutter for face and shoulder milling of steel, stainless and non-ferrous materials
• Used in light-duty rough and finish face and shoulder milling operations
d3
d2
5°
12°
88°
88° h
doc
d1


Coarse Pitch
4.00 MMH88B S12-400AD 50136 0.394 4.03 2.48 1.50 6
5.00 MMH88B S12-500AD 50137 0.394 5.03 2.48 1.50 6
6.00 MMH88B S12-600AD 50138 0.394 6.03 2.48 1.50 10
8.00 MMH88B S12-800AF 50139 0.394 8.03 2.48 2.50 12
SEHW 1204 50255 50258
10.00 MMH88B S12-1000AF 50140 0.394 10.03 2.48 2.50 14
12.00 MMH88B S12-1200AF 50141 0.394 12.03 3.15 2.50 18
16.00 MMH88B S12-1600AF 50142 0.394 16.03 3.15 2.50 20
20.00 MMH88B S12-2000AF 50143 0.394 20.03 3.15 2.50 28
Fine Pitch
5.00 MMH88B S12-500ADF 50144 0.394 5.03 2.48 1.50 8
6.00 MMH88B S12-600ADF 50145 0.394 6.03 2.48 1.50 12
8.00 MMH88B S12-800AFF 50146 0.394 8.03 2.48 2.50 16
10.00 MMH88B S12-1000AFF 50147 0.394 10.03 2.48 2.50 20 SEHW 1204 50255 50258
12.00 MMH88B S12-1200AFF 50148 0.394 12.03 3.15 2.50 24
16.00 MMH88B S12-1600AFF 50149 0.394 16.03 3.15 2.50 30
20.00 MMH88B S12-2000AFF 50150 0.394 20.03 3.15 2.50 40

50246 50253 50254 50263 50264

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22
45° ISO Face Mills
FMH45A
Application
• High positive cutting geometry for low horsepower machines
d2
10°
19°
h 45°
doc
d1
d3

2.00 FMH45A S12-200AA 50384 0.216 2.51 1.57 0.75 4 50652
3.00 FMH45A S12-300AB 50386 0.216 3.51 1.97 1.00 5 SEKN 1204 50654 50264
4.00 FMH45A S12-400AD 50388 0.216 4.51 1.97 1.50 6 50654

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23
45° ISO Face Mills
MMH45A
Application
d3
d2 10°
19°
h 45°
45° doc
d1

Wedge Wedge
Dimensions (inches) No. Clamp Driver
d1 Cutter Body No. EDP doc d3 h d2 Teeth Insert Assembly (Torx)
Coarse Pitch
4.00 MMH45A S12-4-400AD 50016 0.216 4.51 2.48 1.50 6
5.00 MMH45A S12-4-500AD 50017 0.216 5.51 2.48 1.50 6
6.00 MMH45A S12-4-600AD 50018 0.216 6.51 2.48 1.50 10
8.00 MMH45A S12-4-800AF 50019 0.216 8.51 2.48 2.50 12
SEKN 1204 50260 50262
10.00 MMH45A S12-4-1000AF 50020 0.216 10.51 2.48 2.50 14
12.00 MMH45A S12-4-1200AF 50021 0.216 12.51 3.15 2.50 18
16.00 MMH45A S12-4-1600AF 50022 0.216 16.51 3.15 2.50 20
20.00 MMH45A S12-4-2000AF 50023 0.216 20.51 3.15 2.50 28
Fine Pitch
5.00 MMH45A S12-4-500ADF 50024 0.216 5.51 2.48 1.50 8
6.00 MMH45A S12-4-600ADF 50025 0.216 6.51 2.48 1.50 12
8.00 MMH45A S12-4-800AFF 50026 0.216 8.51 2.48 2.50 16
10.00 MMH45A S12-4-1000AFF 50027 0.216 10.51 2.48 2.50 20 SEKN 1204 50260 50262
12.00 MMH45A S12-4-1200AFF 50028 0.216 12.51 3.15 2.50 24
16.00 MMH45A S12-4-1600AFF 50029 0.216 16.51 3.15 2.50 30
20.00 MMH45A S12-4-2000AFF 50030 0.216 20.51 3.15 2.50 40
Cartridge Cartridge Screw Cartridge Key Wedge Screw Adjustment Screw Adjustment Key
50239 50253 50254 50261 50263 50264

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24
88° ISO Face Mills
MMH88A
Application
• General purpose modular milling cutter for face and shoulder milling of steel, stainless and non-ferrous materials
d3
d2
5°
12°
88°
88° h
doc
d1

Wedge Wedge
Coarse Pitch
4.00 MMH88A S12-400AD 50121 0.394 4.03 2.48 1.50 6
5.00 MMH88A S12-500AD 50122 0.394 5.03 2.48 1.50 6
6.00 MMH88A S12-600AD 50123 0.394 6.03 2.48 1.50 10
8.00 MMH88A S12-800AF 50124 0.394 8.03 2.48 2.50 12
SEKN 1204 50260 50262
10.00 MMH88A S12-1000AF 50125 0.394 10.03 2.48 2.50 14
12.00 MMH88A S12-1200AF 50126 0.394 12.03 3.15 2.50 18
16.00 MMH88A S12-1600AF 50127 0.394 16.03 3.15 2.50 20
20.00 MMH88A S12-2000AF 50128 0.394 20.03 3.15 2.50 28
Fine Pitch
5.00 MMH88A S12-500ADF 50129 0.394 5.03 2.48 1.50 8
6.00 MMH88A S12-600ADF 50130 0.394 6.03 2.48 1.50 12
8.00 MMH88A S12-800AFF 50131 0.394 8.03 2.48 2.50 16
10.00 MMH88A S12-1000AFF 50132 0.394 10.03 2.48 2.50 20 SEKN 1204 50260 50262
12.00 MMH88A S12-1200AFF 50133 0.394 12.03 3.15 2.50 24
16.00 MMH88A S12-1600AFF 50134 0.394 16.03 3.15 2.50 30
20.00 MMH88A S12-2000AFF 50135 0.394 20.03 3.15 2.50 40
50245 50253 50254 50261 50263 50264

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25
45° ISO Face Mills
FMH45
Application
• High positive cutting geometry for low horsepower machines
d2
10°
19°
h 45°
doc
d1
d3
Insert Insert
Dimensions (inches) No. Locking Locking
d1 Cutter Body No. EDP doc d3 h d2 Teeth Insert Screw Key
2.00 FMH45 S12-200AA 50378 0.216 2.51 1.57 0.75 4 50652
3.00 FMH45 S12-300AB 50380 0.216 3.51 1.97 1.00 5 SEKN 1203 50654 50264
4.00 FMH45 S12-400AD 50382 0.216 4.51 1.97 1.50 6 50654
Insert Shim Shim Screw Shim Driver (Torx)

50578 50580 50582

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26
45° ISO Face Mills
MMH45 S12
Application
d3
d2 10°
19°
h
45° 45°
doc
d1

Wedge Wedge
Coarse Pitch
4.00 MMH45 S12-3-400AD 50001 0.216 4.51 2.48 1.50 6
5.00 MMH45 S12-3-500AD 50002 0.216 5.51 2.48 1.50 6
6.00 MMH45 S12-3-600AD 50003 0.216 6.51 2.48 1.50 10
8.00 MMH45 S12-3-800AF 50004 0.216 8.51 2.48 2.50 12
SEKN 1203 50260 50262
10.00 MMH45 S12-3-1000AF 50005 0.216 10.51 2.48 2.50 14
12.00 MMH45 S12-3-1200AF 50006 0.216 12.51 3.15 2.50 18
16.00 MMH45 S12-3-1600AF 50007 0.216 16.51 3.15 2.50 20
20.00 MMH45 S12-3-2000AF 50008 0.216 20.51 3.15 2.50 28
Fine Pitch
5.00 MMH45 S12-3-500ADF 50009 0.216 5.51 2.48 1.50 8
6.00 MMH45 S12-3-600ADF 50010 0.216 6.51 2.48 1.50 12
8.00 MMH45 S12-3-800AFF 50011 0.216 8.51 2.48 2.50 16
10.00 MMH45 S12-3-1000AFF 50012 0.216 10.51 2.48 2.50 20 SEKN 1203 50260 50262
12.00 MMH45 S12-3-1200AFF 50013 0.216 12.51 3.15 2.50 24
16.00 MMH45 S12-3-1600AFF 50014 0.216 16.51 3.15 2.50 30
20.00 MMH45 S12-3-2000AFF 50015 0.216 20.51 3.15 2.50 40
50237 50253 50254 50261 50263 50264

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27
45° ISO Face Mills
MMH45 S15
Application
d3
d2 10°
19°
h
45° 45°
doc
d1

Wedge Wedge
Coarse Pitch
4.00 MMH45 S15-400AD 50031 0.354 4.71 2.48 1.50 6
5.00 MMH45 S15-500AD 50032 0.354 5.71 2.48 1.50 6
6.00 MMH45 S15-600AD 50033 0.354 6.71 2.48 1.50 10
8.00 MMH45 S15-800AF 50034 0.354 8.71 2.48 2.50 12
SEKN 1504 50260 50262
10.00 MMH45 S15-1000AF 50035 0.354 10.71 2.48 2.50 14
12.00 MMH45 S15-1200AF 50036 0.354 12.71 3.15 2.50 18
16.00 MMH45 S15-1600AF 50037 0.354 16.71 3.15 2.50 20
20.00 MMH45 S15-2000AF 50038 0.354 20.71 3.15 2.50 28
Fine Pitch
5.00 MMH45 S15-500ADF 50039 0.354 5.71 2.48 1.50 8
6.00 MMH45 S15-600ADF 50040 0.354 6.71 2.48 1.50 12
8.00 MMH45 S15-800AFF 50041 0.354 8.71 2.48 2.50 16
10.00 MMH45 S15-1000AFF 50042 0.354 10.71 2.48 2.50 20 SEKN 1504 50260 50262
12.00 MMH45 S15-1200AFF 50043 0.354 12.71 3.15 2.50 24
16.00 MMH45 S15-1600AFF 50044 0.354 16.71 3.15 2.50 30
20.00 MMH45 S15-2000AFF 50045 0.354 20.71 3.15 2.50 40
50238 50253 50254 50261 50263 50264

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28
Inserts

b LC225S
60031
20° LC230F
d1 53786
.500 .187 .217 .062 SEKW 1204 AFSN
LC240T
l s 60722
LW610 LC610T
N=4 60029 60030
b
20°
d1 LC615E
.500 .187 .217 .062 SEKW 1204 AESN 55953
l s
FMH45B 11171
N=4 MMH45B
b MMH88B
LC225S
20° 60033
d1 LC240T
.500 .187 .217 .062 SEHT 1204 AFSN
60729
l s LC444W LC430T
N=4 54150 53713
20°
d1 LC610T*
.500 .187 .217 .062 SEHT 1204 AFFN-ALC 89222
l s
N=4
LC225S
60003
45° b
LC230F
51754
20°
.500 .125 .055 SEKN 1203 AF_ _ LC240T
60732
s
LC444W LC440T
l
54146 51749
LW610 LC610T LC615E FMH45 11172
N=4 60002 60004 60734 MMH45-12
LC225S
45° b
60012
20°
LC230F
53178
.500 .125 .063 SEKR 1203 AF_ _
LC240T
60737
l s
LC444W LC430T
N=4 51825 51824
LC225S
60016
45° b
LC230F
53782
20°
LC240T
.500 .187 .055 SEKN 1204 AF_ _ 60741
l s
LC444W LC440T
54148 54147
FMH45A 11173
LW610 LC610T LC615E MMH45A
N=4 60014 60015 55952 MMH88A
LC225S
45° b
60018
20°
LC230F
53784
.500 .187 .063 SEKR 1204 AF_ _
LC240T
60745
l s
LC444W LC430T
N=4 54149 50950
45° b
LC225S
20° 60021
SEKN 1504 AF_ _ MMH45-15
.625 .187 .079 1193-26 LC240T LC230F
50668 53783
l s
N=4

E = AL2O3
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29
90° ISO End Mills/Face Mills
FMP90
Special Features
• Universal applications
• Face milling, slotting, and shoulder milling
• For a wide range of materials
• Stable indexable inserts
• Large cutting length
• Positive cutting geometry
• High cutting edge stability EMP90
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30
90° ISO End Mills
EMP90
Application
• General purpose milling cutter for face, edge, slot and square shoulder milling of steel, stainless and non-ferrous materials
• Uses ISO style insert
12°
12°
90°
doc

d1 Cutter Body No. EDP doc h l3 l2 d2 Teeth Insert Screw Driver
0.500 EMP90-A10-050WCI 53858 0.330 – 3.00 1.10 0.63 1
0.500 EMP90-A10-050SCI-XL 53866 0.330 – 4.00 2.10 0.63 1
0.625 EMP90-A10-062WCI 53859 0.330 – 3.00 1.10 0.63 2
0.625 EMP90-A10-062SCI-XL 53867 0.330 – 4.00 2.10 0.63 2
0.750 EMP90-A10-075WDI 53860 0.330 – 3.50 1.47 0.75 2
0.750 EMP90-A10-075WDFI 53861 0.330 – 3.50 1.47 0.75 3
APKT 1003 53886 89978
0.750 EMP90-A10-075SDI-XL 53868 0.330 – 5.00 2.97 0.75 2
1.000 EMP90-A10-100WEI 53862 0.330 – 4.00 1.72 1.00 3
1.000 EMP90-A10-100WEFI 53863 0.330 – 4.00 1.72 1.00 4
1.000 EMP90-A10-100SEI-XL 53869 0.330 – 6.00 3.72 1.00 3
1.250 EMP90-A10-125WFI 53864 0.330 – 4.00 1.72 1.25 5
1.500 EMP90-A10-150WFI 53865 0.330 – 4.00 1.72 1.25 6
0.750 EMP90-A16-075WDI 53871 0.550 – 3.50 1.47 0.75 1
1.000 EMP90-A16-100WEI 53872 0.550 – 4.00 1.71 1.00 2
1.000 EMP90-A16-100SEI-XXL 53876 0.550 – 8.00 2.62 1.00 2
1.250 EMP90-A16-125WFI 53873 0.550 – 4.00 1.71 1.25 3
APKT 1604 53887 50259
1.250 EMP90-A16-125SFI-XXL 53878 0.550 – 8.00 2.62 1.25 3
1.500 EMP90-A16-150WFI 53874 0.550 – 4.00 – 1.25 3
1.500 EMP90-A16-150WFFI 53875 0.550 – 4.00 – 1.25 4
1.500 EMP90-A16-150SFI-XXL 53879 0.550 – 8.00 – 1.25 3

See pages 104 & 105 for face mill data & application information.
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31
90° ISO Face Mills
FMP90
Application
• General purpose milling cutter for face, edge, slot and square shoulder milling of steel, stainless and non-ferrous materials
d2
12°
12°
90°
h
doc
doc
d1

d1 Cutter Body No. EDP doc h l1 l3 d2 Teeth Insert Screw Driver
2.00 FMP90-A10-200AA 53870 0.330 1.50 – – 0.75 7 APKT 1003 53886 89978
2.00 FMP90 A16-200AA 50366 0.550 1.57 – – 0.75 5
2.50 FMP90-A16-250AB 53881 0.550 1.75 – – 1.00 6
3.00 FMP90 A16-300AB 50688 0.550 1.57 – – 1.00 5 APKT 1604 50257 50259
3.00 FMP90 A16-300ABF 89239 0.550 1.97 – – 1.00 7
4.00 FMP90 A16-400AD 50370 0.550 1.97 – – 1.50 8
5.00 FMP90-A16-500AD 53884 0.550 2.00 – – 1.50 9
APKT 1604 53887 50259
6.00 FMP90-A16-600AE 53885 0.550 2.50 – – 2.00 10

See pages 94 & 95 for face mill data & application information.
www.LMTFETTE.com
32
90° ISO Face Mills
MMP90
Application
• General purpose modular milling cutter for face, edge, slot, and square shoulder milling of steel, stainless and non-ferrous materials
d2
12°
90° h 12°
90°
doc
d1


d1 Cutter Body No. EDP doc h d2 Teeth Insert Screw Driver
Coarse Pitch
4.00 MMP90 A16-400AD 50196 0.551 2.48 1.50 6
5.00 MMP90 A16-500AD 50197 0.551 2.48 1.50 6
6.00 MMP90 A16-600AD 50198 0.551 2.48 1.50 10
8.00 MMP90 A16-800AF 50199 0.551 2.48 2.50 12
APKT 1604 50257 50259
10.00 MMP90 A16-1000AF 50200 0.551 2.48 2.50 14
12.00 MMP90 A16-1200AF 50201 0.551 3.15 2.50 18
16.00 MMP90 A16-1600AF 50202 0.551 3.15 2.50 20
20.00 MMP90 A16-2000AF 50203 0.551 3.15 2.50 28
Fine Pitch
5.00 MMP90 A16-500ADF 50204 0.551 2.48 1.50 8
6.00 MMP90 A16-600ADF 50205 0.551 2.48 1.50 12
8.00 MMP90 A16-800AFF 50206 0.551 2.48 2.50 16
10.00 MMP90 A16-1000AFF 50207 0.551 2.48 2.50 20 APKT 1604 50257 50259
12.00 MMP90 A16-1200AFF 50208 0.551 3.15 2.50 24
16.00 MMP90 A16-1600AFF 50209 0.551 3.15 2.50 30
20.00 MMP90 A16-2000AFF 50210 0.551 3.15 2.50 40

50250 50253 50254 50263 50264

www.LMTFETTE.com
33
Inserts

r
LC444W LC440T LC230F

d1 d .431 .138 .262 .110 .020 APKT 100305 PDSR 53889 53712 53889
LC630S LC615E
l s 89363 55944
N=2
r 11°
d d1 .431 .138 .262 .110 .020 APHT 1003 LW610 LC620T*

PDFR-ALC 53932 51097
l s
N=2
LC225S
60120
r
LC230F
53382
d1 d .642 .207 .375 .177 .031 APKT 160408 PDSR LC240T
60119
l s LC440T LC444W
50949 54145
LW610 LC630S LC630T LC615E
N=2 60115 89500 89125 55945
r
LC225S
60720
EMP90
LC230F FMP90
d1 d .642 .207 .375 .177 .062 APKT 160416 PDSR 53310
LC240T
l s
89319
LC630S LC630T
N=2 89321 89322
r
d1 d
.642 .207 .375 .177 .094 APKT 160424 LC230F
SR-BP
l s
N=2
r 11°
d d1 .642 .207 .375 .177 .031 APHT 1604 LW610 LC610T*

PDFR-ALC 89311 89310
l s
N=2
r
d1 d LC230F
.642 .207 .375 .177 .125 APKT 160432 50671
l s
N=2

W = CVD Multilayer
E = AL2O3
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34
90° ISO Face Mills
MMP90 T16
Application
• General purpose modular milling cutter for face and square shoulder milling of steel
• Positive cutting action
• Designed for light depth of cuts
d2
1°
7°
90°
90° h
doc
d1

Wedge Wedge
d1 Cutter Body No. EDP doc h d2 Teeth Insert Assembly (Torx)
Coarse Pitch
4.00 MMP90 T16-400AD 50166 0.472 2.48 1.50 6
5.00 MMP90 T16-500AD 50167 0.472 2.48 1.50 6
6.00 MMP90 T16-600AD 50168 0.472 2.48 1.50 10
8.00 MMP90 T16-800AF 50169 0.472 2.48 2.50 12
TPKN 1603 50260 50262
10.00 MMP90 T16-1000AF 50170 0.472 2.48 2.50 14
12.00 MMP90 T16-1200AF 50171 0.472 3.15 2.50 18
16.00 MMP90 T16-1600AF 50172 0.472 3.15 2.50 20
20.00 MMP90 T16-2000AF 50173 0.472 3.15 2.50 28
Fine Pitch
5.00 MMP90 T16-500ADF 50174 0.472 2.48 1.50 8
6.00 MMP90 T16-600ADF 50175 0.472 2.48 1.50 12
8.00 MMP90 T16-800AFF 50176 0.472 2.48 2.50 16
10.00 MMP90 T16-1000AFF 50177 0.472 2.48 2.50 20 TPKN 1603 50260 50262
12.00 MMP90 T16-1200AFF 50178 0.472 3.15 2.50 24
16.00 MMP90 T16-1600AFF 50179 0.472 3.15 2.50 30
20.00 MMP90 T16-2000AFF 50180 0.472 3.15 2.50 40
50248 50253 50254 50261 50263 50264

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35
90° ISO Face Mills
MMP90 T22
Application
• General purpose modular milling cutter for face and square shoulder milling of steel
• Designed for heavy depth of cuts
d2
1°
7°
90°
90° h
doc
d1

Wedge Wedge
d1 Cutter Body No. EDP doc h d2 Teeth Insert Assembly (Torx)
Coarse Pitch
4.00 MMP90 T22-400AD 50181 0.708 2.48 1.50 6
5.00 MMP90 T22-500AD 50182 0.708 2.48 1.50 6
6.00 MMP90 T22-600AD 50183 0.708 2.48 1.50 10
8.00 MMP90 T22-800AF 50184 0.708 2.48 2.50 12
TPKN 2204 50260 50262
10.00 MMP90 T22-1000AF 50185 0.708 2.48 2.50 14
12.00 MMP90 T22-1200AF 50186 0.708 3.15 2.50 18
16.00 MMP90 T22-1600AF 50187 0.708 3.15 2.50 20
20.00 MMP90 T22-2000AF 50188 0.708 3.15 2.50 28
Fine Pitch
5.00 MMP90 T22-500ADF 50189 0.708 2.48 1.50 8
6.00 MMP90 T22-600ADF 50190 0.708 2.48 1.50 12
8.00 MMP90 T22-800AFF 50191 0.708 2.48 2.50 16
10.00 MMP90 T22-1000AFF 50192 0.708 2.48 2.50 20 TPKN 2204 50260 50262
12.00 MMP90 T22-1200AFF 50193 0.708 3.15 2.50 24
16.00 MMP90 T22-1600AFF 50194 0.708 3.15 2.50 30
20.00 MMP90 T22-2000AFF 50195 0.708 3.15 2.50 40
50249 50253 50254 50261 50263 50264

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36
75° ISO Face Mills
MMP75
Application
• General purpose modular milling cutter for face milling of steel
• Designed for moderate depth of cuts
d3
d2 1°
7°
75°
75° h
doc
d1

Wedge Wedge
Coarse Pitch
4.00 MMP75 S12-400AD 50091 0.354 4.19 2.48 1.50 6
5.00 MMP75 S12-500AD 50092 0.354 5.19 2.48 1.50 6
6.00 MMP75 S12-600AD 50093 0.354 6.19 2.48 1.50 10
8.00 MMP75 S12-800AF 50094 0.354 8.19 2.48 2.50 12
SPKN 1203 50260 50262
10.00 MMP75 S12-1000AF 50095 0.354 10.19 2.48 2.50 14
12.00 MMP75 S12-1200AF 50096 0.354 12.19 3.15 2.50 18
16.00 MMP75 S12-1600AF 50097 0.354 16.19 3.15 2.50 20
20.00 MMP75 S12-2000AF 50098 0.354 20.19 3.15 2.50 28
Fine Pitch
5.00 MMP75 S12-500ADF 50099 0.354 5.19 2.48 1.50 8
6.00 MMP75 S12-600ADF 50100 0.354 6.19 2.48 1.50 12
8.00 MMP75 S12-800AFF 50101 0.354 8.19 2.48 2.50 16
10.00 MMP75 S12-1000AFF 50102 0.354 10.19 2.48 2.50 20 SPKN 1203 50260 50262
12.00 MMP75 S12-1200AFF 50103 0.354 12.19 3.15 2.50 24
16.00 MMP75 S12-1600AFF 50104 0.354 16.19 3.15 2.50 30
20.00 MMP75 S12-2000AFF 50105 0.354 20.19 3.15 2.50 40
50243 50253 50254 50261 50263 50264

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37
Inserts

b
11° LC225S
60097
.650 .125 .375 .047 TPKN 1603 PDER LC230F
1172-10 53801
d s
l LW610 LC610T LC615E
60095 60096 55961
N=3
b
15°
11°
.650 .125 .375 .055 SPKN 1203 EDSR LC615E MMP90-16
55956
l s
N=3
b
LC225S
.650 .125 .375 .047 TPAR 1603 PDR 60103
d 11° s 1165-12 LW610
l 60102
N=3
b
LC225S
11°
60112
.866 .187 .500 .047 TPKN 2204 PDSR LC230F
53802
d s
l
LW610 LC610T
60110 60111
N=3
MMP90-22
b
11°
.866 .187 .500 .047 TPKN 2204 PDER LC615E

55962
d s
l
N=3
b
15°
LC225S LC230F
11° 60069 53792
.500 .125 .055 SPKN 1203 EDER LC240T
1192-10 51510
l s LW610 LC610T
60067 60068
N=4
b
11°
.650 .125 .375 .047 TPKN 1603 PDER LC615E MMP75

55961
d s
l
N=4
r 13°
11°
.500 .125 .047 SPMR 120312 R LW610
1191-10 60083
l s
N=4

E = AL2O3
www.LMTFETTE.com
38
UNIVEX Family
Features & Benefits
LMT-FETTE’s UNIVEX double-positive geometry provides smooth cutting action and low horsepower consumption. LMT-FETTE’s UNIVEX
line features double positive geometry with a high axial rake angle. UNIVEX is capable of cutting a true 90° wall, UNIVEX cutters perform well
on steels, stainless and non-ferrous materials and are available in face mills, end mills, long edge helical mills and long edge shell mills. LMT-
FETTE offers integral shank designs: CAT 40 and CAT 50.
• Precision ground on all

• Rhombic shape for large depth of cut sides for minimal total
tool runout
• A complete selection of
• Inserts are available with UNIVEX inserts are avail-
knifesharp cuttings edges able in various grades,
for machining soft steels, styles and nose radii (pg.
stainless, and non-ferrous 46 & 47)
materials
• Convex lands on the

corners provide excellent
surface finish • Free cutting action
over the length of
the insert
• High axial rake angle for low

horsepower consumption
• Precise convex grinding of cut-

ting edge assures a
straight 90° side wall
• Secure and accurate
pocket seating (preci-
sion-milled)
with three point support
www.LMTFETTE.com
39
90° UNIVEX End Mills
EMU90
Application
• High performance end milling cutter for square shoulder and slot milling of steel, stainless and non-ferrous materials
• High positive axial rake angle provides quiet and smooth cutting action
• Standard end mills furnished with external coolant slots
l3 14°
Weldon Shank 12–16°

90°
d1 d2
doc
doc
l1

d1 Cutter Body No. EDP doc l1 l3 d2 Teeth Ref. No. Insert Screw Driver
0.500 EMU90 A09-050WBI 50390 0.354 2.50 0.70 0.50 1 2304513
0.500 EMU90 A09-050WCI 50392 0.354 2.50 0.70 0.63 1 2304515
0.625 EMU90 A09-0625WCI 50394 0.354 3.00 1.10 0.63 2 1950150 ADHX 0903 89972 89978
0.750 EMU90 A09-075WDI 50396 0.354 3.25 1.42 0.75 2 1950151
0.750 EMU90 A09-075WDIF 50398 0.354 3.25 1.42 0.75 3 1950165
0.625 EMU90 A11-0625 WCI 54059 0.413 3.00 1.22 0.63 1 –
0.750 EMU90 A11-075 WDI 54060 0.413 3.25 1.22 0.75 2 –
1.000 EMU90 A11-100WDI 50400 0.413 3.25 1.22 0.75 3 1950200
1.000 EMU90 A11-100WEI 50402 0.413 3.50 1.57 1.00 3 1950152
1.000 EMU90 A11-100 WEI-060 54062 0.413 6.00 3.65 1.00 3 –
1.000 EMU90 A11-100 WEI-080 54063 0.413 8.00 5.68 1.00 3 –
1.250 EMU90 A11-125WDI 50404 0.413 3.25 1.22 0.75 4 1950202
1.250 EMU90 A11-125 WFI-0325 54064 0.413 3.25 1.57 1.25 4 – ADHX 1103 89979 89978
1.250 EMU90 A11-125WEI 50406 0.413 3.50 1.57 1.00 4 1950153
1.250 EMU90 A11-125 WFI-060 54065 0.413 6.00 3.65 1.25 4 –
1.250 EMU90 A11-125 WFI-080 54066 0.413 8.00 5.62 1.25 4 –
1.500 EMU90 A11-150WEI 50408 0.413 3.50 1.57 1.00 4 1950207
1.500 EMU90 A11-150 WGI-035 54067 0.413 3.50 1.57 1.50 4 –
1.500 EMU90 A11-150 WFI-060 54068 0.413 6.00 3.25 1.50 4 –
1.500 EMU90 A11-150 WFI-080 54069 0.413 8.00 5.20 1.50 4 –
See pages 46–47 for Inserts.

www.LMTFETTE.com
40
EMU90
Application
• High performance end milling cutter for square shoulder and slot milling of steel, stainless and non-ferrous materials
• High positive axial rake angle provides quiet and smooth cutting action for low horsepower machines
• Available in CAT 40 taper only
l3 14°
CAT 40 12–16°
90°
d1
doc
doc
l1
Dimensions (inches) Shank No. Euro Insert Torx

d1 Cutter Body No. EDP doc l1 l3 Taper Teeth Ref. No. Insert Screw Driver
1.00 EMU90 A11-100CA 50410 0.413 5.50 2.76 40 3 1950154
1.25 EMU90 A11-125CA 50412 0.413 6.00 3.27 40 4 1950155 ADHX 1103 89979 89978
1.50 EMU90 A11-150CA 50414 0.413 6.25 3.58 40 4 1950156

www.LMTFETTE.com
41
ERU90
Application
• High performance long edge end milling cutter for square shoulder and slot milling of steel, stainless and non-ferrous materials
• Full effective flute design
• High positive axial rake angle provides smooth cutting action and good chip removal
l3 14°
Weldon Shank 12–16°
90°
d1 d2
l2
l1
l2 is the effective cutting length
Dimensions (inches) No.Eff. No. Euro Insert Torx

d1 Cutter Body No. EDP l2 l3 l1 d2 Flutes Inserts Ref. No. Insert Screw Driver
1.00 ERU90 A09-100WE 50422 0.95 1.75 4.03 1.00 2 6 1950100 ADHX 0903 89972 89978
1.25 ERU90 A11-125WF 50424 1.46 2.25 4.53 1.25 2 8 1950101
ADHX 1103 89979 89978
1.50 ERU90 A11-150WG 50426 1.77 2.75 5.44 1.50 3 15 1950104
Note: End cutting inserts are offered in various nose radii. When using larger nose radii inserts, the outside corner of the steel body must be
modified, or it will protrude beyond the cutting radius of the insert. Side cutting or periphery inserts must have .020 nose radius or smaller.
This .020 radius is necessary for the inserts to overlap and not generate peaks.

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42
90° UNIVEX Helical End Mills
ERU90
Application
• High performance long edge end milling cutter for square shoulder and slot milling of steel, stainless and non-ferrous materials
• High positive axial rake angle provides smooth cutting action and excellent chip removal
• All-effective fluted design
l3
CAT 40 14°
CAT 50 12–16°
90°
d1
l2
l1

Dimensions (inches) Shank No.Eff. No. Euro Insert Torx
d1 Cutter Body No. EDP l2 l3 l1 Taper Flutes Inserts Ref. No. Insert Screw Driver
CAT 40
1.00 ERU90 A09-100CA 50428 0.95 2.75 5.44 40 2 6 1950070 ADHX 0903 89972 89978
1.25 ERU90 A11-125CA 50430 1.46 3.13 5.82 40 2 8 1950072
ADHX 1103 89979 89978
1.50 ERU90 A11-150CA 50432 1.77 3.50 6.19 40 3 15 1950090
CAT 50
2.00 ERU90 A12-200CB 50434 2.40 4.50 8.50 50 3 18 1950096
ADHX 12T3 89974 50259
2.50 ERU90 A12-250CB 50436 2.95 5.00 9.00 50 4 28 1950098
Note: End cutting inserts are offered in various nose radii. When using larger nose radii inserts, the outside corner of the steel body must be
modified, or it will protrude beyond the cutting radius of the insert. Side cutting or periphery inserts must have .031 nose radius or smaller
(for CAT 40) or .024 nose radius or smaller (for CAT 50). This radius is necessary for the inserts to overlap and not generate peaks.

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43
90° UNIVEX Face Mills
FMU90
Application
• High performance milling cutter for face, slot and square shoulder milling of steel, stainless and non-ferrous materials
• High positive axial rake angle provides quiet and smooth cutting action
d2
14°
12–16°
90°
h
doc
l2
d1

d1 Cutter Body No. EDP l2 h d2 Teeth Ref. No. Insert Screw Driver
2.00 FMU90 A11-200AAI 54070 0.41 1.57 0.75 4 4052271
2.00 FMU90 A11-200AAFI 54071 0.41 1.57 0.75 5 4052274
2.50 FMU90 A11-250ABI 54072 0.41 1.57 1.00 5 4052272
ADHX 1103 89979 89978
2.50 FMU90 A11-250ABFI 54073 0.41 1.57 1.00 6 4052275
3.00 FMU90 A11-300ACI 54074 0.41 1.97 1.25 6 4052273
3.00 FMU90 A11-300ACFI 54075 0.41 1.97 1.25 8 4052276
1.58 FMU90 A12-158AA 50416 0.47 1.42 0.75 4 1950195
2.00 FMU90 A12-200AA 50418 0.47 1.57 0.75 5 1950158 ADHX 12T3 89974 50259
2.50 FMU90 A12-250AA 50420 0.47 1.57 0.75 6 1950159

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44
90° UNIVEX Helical Mills
FRU90
Application
• High performance long edge milling cutter for square shoulder and slot milling of steel, stainless and non-ferrous materials
• High positive axial rake angle provides smooth cutting action and excellent chip removal
• Offered in shell mill style
d2
14°
12–16°
90°
l1
l2
d1
Dimensions (inches) No.Eff. Euro No. Insert Torx

d1 Cutter Body No. EDP l2 l1 d2 Flutes Ref. No. Inserts Inserts Screw Driver
2.00 FRU90 A12-200AA200 50438 1.10 2.00 0.75 3 1950124 9
2.00 FRU90 A12-200AA287 50440 2.00 2.88 0.75 3 1950126 15
ADHX 12T3 89974 50259
2.50 FRU90 A12-250AB200 50442 1.25 2.00 1.00 4 1950128 12
2.50 FRU90 A12-250AB287 50444 2.00 2.88 1.00 4 1950130 20
*Socket head cap screw NOT furnished with cutter.
Note: End cutting inserts are offered in various nose radii. When using larger nose radii inserts, the outside steel body must be modified, or it
will protrude beyond the cutting radius of the insert. Side cutting or periphery inserts must have .024 nose radius or smaller. This .024 radius
is necessary for the inserts to overlap and not generate peaks.

www.LMTFETTE.com
45
Inserts

LC225S
5° 60511
r 15° LC240T LC230F
60482 53757
d d1 .375 .113 .250 .110 .016 ADHX 090304 ER LC430T
1196-80 50965
l s
LW610 LC610T
60510 89382
LW630 LC630S LC630T
N=2 60538 60752 60753
5°
LC225S
r 15° 60636
.375 .113 .250 .110 .031 ADHX 090308 ER LC230F
d d1 1196-80 53831
l s LW630 LC630S LC630T
60634 60757 60758
N=2
5°
LC225S
r 15° 60639
.375 .113 .250 .110 .060 ADHX 090315 ER LC230F
d d1
1196-80 53832
l s LW630
60637
N=2
5°
r 15° LC225S
.375 .113 .250 .110 .016 ADMX 090304 ER 60520
d d1 1196-81 LC240T
60542
l s
N=2
LC225S
5°
60514
LC240T LC230F
r 15° 60483 53788
d d1
.437 .125 .313 .134 .020 ADHX 110305 ER LC430T EMU90 11473-IC
1196-82 50946 EMU90 11474
l s LW610 LC610T ERU90 11552
60513 60533 ERU90 11555
LW630 LC630S LC630T
N=2 60667 60760 60761
5°
LC225S
r 15° 60630
.437 .125 .313 .134 .031 ADHX 110308 ER LC230F
d d1 1196-82 53833
l s
LW630 LC630S LC630T
60628 60765 60766
N=2
5° LC225S
r 15°
60633
.437 .125 .313 .134 .060 ADHX 110315 ER LC230F
d d1 1196-82 53834
LW630 LC630S LC630T
l s 60631 60770 60771
N=2
5°
r 15° LC225S
.437 .125 .313 .134 .020 ADMX 110305 ER 60478
d d1 1196-83 LC240T
60772
l s
N=2
5°
r 15°
.375 .113 .250 .110 .016 ADHT 090304 FR-ALC LW610 LC610T*
d d1
1196-80 ALC 51663 89347
l s
N=2
5°
r 15°
.437 .125 .313 .134 .020 ADHT 110305 FR-ALC LW610 LC610T*
d d1
1196-82 ALC 51664 89348
l s
N=2

E = AL2O3
www.LMTFETTE.com
46
Inserts

LC225S
60517
5°
LC240T LC230F
r 15° 60484 53758
.500 .156 .375 .157 .024 ADHX 12T306 ER LC430T
d d1
1196-84 50947
l s LW610 LC610T
60516 60534
LW630 LC630S LC630T
N=2 60133 60716 60747
5°
LC225S
r 15° 60642
d d1
.500 .156 .375 .157 .060 ADHX 12T315 ER LC230F
1196-84 53835
60640 60748 60749
N=2
5°
LC225S
r FMU90 11475
15° 60645
FRU90 11335
.500 .156 .375 .157 .090 ADHX 12T323 ER LC230F ERU90 11555
d d1
1196-84 53836
60643 60750 60751
N=2
5°
r 15° LC225S
.500 .156 .375 .157 .024 ADMX 12T306 ER 60526
d d1
1196-85 LC240T
l s 60545
N=2
5°
r 15°
ADHT 12T306 LW610 LC610T*
d d1 .500 .156 .375 .157 .024 FR-ALC 51667 89349
1196-84 ALC
l s
N=2

E = AL2O3
Insert Tolerance
ADHX & ADHT (Ground) ADMX (Direct Pressed)
1196-80 1196-82 1196-84 1196-81 1196-83 1196-85
s = +/- 0.001 s = +/- 0.001
l = +/- 0.0004 l = +/- 0.002
d = +/- 0.0004 d = +/- 0.002
www.LMTFETTE.com
47
Long Edge Roughers
Features & Benefits
With TWINCUT Geometry:

These end mills are excellent for operations that require
roughing, semi-finishing, contour profile milling, and
90° shoulder milling.
• For contour milling, maximum width of cut

≤ 0.5 x d1 using the TWINCUT inserts
• Also available in longer lengths as special designs
• Stable cutting action due to rigid pocket
With Right Hand Helix:

These end mills use screw on positive ISO inserts.
• For roughing work, slotting, and contour milling

• Staggered inserts are located on a helix contour
• Extremely smooth cutting action
• Replaceable end cap with integral pilot
• Extra large flute capacity for easier chip flow
Tool shown on page 51
www.LMTFETTE.com
48
90° TWINCUT Helical Mills
ERT90
Application
• Heavy-duty long edge end milling cutter used only for edge milling of steel plate, and cast iron materials
• Left hand helix provides smooth cutting action
• Full-effective flute design
• Not recommended for face, step or slot milling
• Only offered in CAT 50
l3
17°
CAT 50 –16° 90° Peripheral
87° Face end

d1
l2
l1

Dimensions (inches) Shank No. Eff. No. Euro Insert Torx
d1 Cutter Body No. EDP l2 l1 l3 Taper Flutes Inserts Ref. No. Insert Screw Driver
2.00 ERT90 S12-200CB 50606 2.50 8.75 4.75 50 2 16 1950010
2.50 ERT90 S12-250CB 50608 3.00 9.75 5.75 50 3 27 1950012 SNKX 1205 50256 50258
3.00 ERT90 S12-300CB 50610 4.00 11.75 7.75 50 3 36 1950014

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49
90° TWINCUT Helical Mills
FRT90
Application
• Heavy-duty long edge milling cutter used only for edge milling of steel plate, and cast iron materials
• Left hand helix provides smooth cutting action
• Not recommended for face, step or slot milling
d2
17°
–16° 90° Peripheral
l1 87° Face end

l2
d1

Dimensions (inches) No. Eff. No. Euro Insert Torx
d1 Cutter Body No. EDP l2 l1 d2 Flutes Inserts Ref. No. Insert Screw Driver
2.00 FRT90 S12-200AA 50612 1.10 2.00 0.75 2 6 1950024
2.50 FRT90 S12-250AB 50614 1.42 2.00 1.00 3 12 1950026 SNKX 1205 50256 50258
3.00 FRT90 S12-300AD 50616 1.77 2.50 1.50 3 15 1950028

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50
90° Long Edge Helical Mills
ERP90
Application
• Long edge end milling cutter for square shoulder and slot milling of steel and stainless materials
• Flute clearance provides maximum space for chip removal, air blast always recommended
l1 0°
O.A.L.
15°
90°
d1 d2
l2
l3
*No. No. No.

Dimensions (inches) No. Eff. Euro Per. Periphery Face Face End Insert Torx
d1 Cutter Body No. EDP l2 l1 l3 d2 Flutes Flutes Ref. No. Inserts Insert Inserts Insert Screw Driver
1.25 ERP90 S09 125WF 50446 1.58 4.53 2.25 1.25 3 1 1950102 8 1
SDMW 322 ADHW322 89974 50259
1.50 ERP90 S09 150WF 50448 1.97 5.51 3.32 1.25 4 2 1950106 12 2
2.00 ERP90 S12 200WH 50450 2.36 6.23 3.03 2.00 4 2 1950108 12 SDMW 432 2 SDHW533 89971 50258

www.LMTFETTE.com
51
90° ISO Long Edge Helical Mills
ERP90
Application
• General purpose long edge end milling cutter for square shoulder and slot milling of steel, stainless and non-ferrous materials
• Positive axial rake angle and generous chip gullets provide space for chip removal, air blast always recommended
• Sold as assembled tool with replaceable end cap
l1 0°
O.A.L.
20°
d1 d2 90°
.94
end cap l2
length
l3

*No. No. No. Rep. EC Soc.
Dimensions (inches) No. Eff. Per. Periphery Face Face End Front Hd. Insert Torx
d1 Cutter Body No. EDP l2 l1 l3 d2 Flutes Flutes Inserts Insert Inserts Insert End Cap Screw Screw Driver
2.00 ERP90 S12 200PH 081 89251 4.30 8.10 4.85 2.00 4 2 20 2
2.00 ERP90 S12 200PH 101 89240 6.30 10.10 6.85 2.00 4 2 30 2 89245 89312
2.50 ERP90 S12 250PI 083 89252 4.30 8.30 4.80 2.50 4 2 20 SPMT 2 XPMT
2.50 ERP90 S12 250PI 103 89253 6.30 10.30 6.80 2.50 4 2 30 120408 2 150408 89246 89314 50258
2.50 ERP90 S12 250PI 123 89254 8.30 12.30 8.80 2.50 4 2 40 2
89313
2.50 ERP90 S12 250PI 143 89255 10.30 14.30 10.80 2.50 4 2 50 2
3.00 ERP90 S12 300PI 113 89323 7.10 11.30 7.80 2.50 4 2 34 2 89268
Note: End mills furnished with Combo Posi-lock shanks. Posi-lock shanks can also be used in standard weldon shank end mill holders. End mills shipped with
insert locking screws, replaceable end cap screw & T20 torx wrench.
*Inserts are staggered in rows; two rows make one effective flute. Only one row cuts to the end. Each insert in that row is spaced so the next adjacent row of
inserts cuts in the gap area (with some overlap) to complete the length of cut (and make an effective flute).

www.LMTFETTE.com
52
Inserts

N = Number of Dimensions (Inch) ISO Code TiCN AL For Cutter
Cutting Edges l s d d1 b r LMT Cat. No. Uncoated Plus Plus AL2O3 Cat. No.
3°
r 11°
d d1 .625 .187 .500 .216 .031 XPMT 150408 LC435I ERP 90 11453
1196-79 89140
l s
N=2
5°
r 15°
LC225S
l d1 (ADHW 322) 60442 ERP 90 11453
.500 .125 .375 .157 .031 ADHW 120308 R LW610 EPR 90 11452
l s 1196-02 60439
N=2
r
LC225S
15° 60438
d1 (SDMW 322)
.375 .125 .154 .031 SDMW 090308 LC240T
1196-01 51200
l s LW610
60435
N=4
r
LC225S
11° 60452
d1
(SPMW 432) LC230F
.500 .187 .205 .031 SPMW 120408 53800
l s 1196-10 LW610 LC615E
60451 55958
N=4
15° LC225S
r 60458
11° LC240T LC230F
.500 .187 .205 .031 SPMT 120408 60773 51759
d1
1196-12 LC435I
89130
l s
LW610
N=4 60456
ERP 90 11452
5°
r 15°
d
(ADHW 322) LW610
d1
.500 .125 .375 .157 .031 ADMW 120308 R 60574
l s
1196-06
N=2
5°
r 15°
LC225S
d d1
(ADMT 322) 60649
.500 .125 .375 .157 .031 ADMT 120308 R LW610
l s 1196-04 60446
N=2
15°
r 15°
d1
(SDMT 533) LC225S
.630 .197 .205 .039 SDMT 150410 60651
1196-22
l s
N=2
30°
LC225S
45° b 60036
LC230F
.500 .219 .205 .078 SNKX 1205 AN 53791
d1
1187-10 LC240T
l s
60039
LC610T LC615E
N=4 89936 89365
30° LC225S ERT90 11257
45° b
60045 FRT90 11259
.500 .219 .205 .078 SNKX 1205 AN-TR LC240T
d1 1187-10 TR 60047
l s
LC610T
N=4 60048

E = AL2O3
www.LMTFETTE.com
53
TWINCUT Feed Mills / TWINCUT Copy Face Mills
TWINCUT Feed Mills

Advantages
• High feed rates with small cutting depths
• Proven indexable insert geometry with optimized cutting edge design
• Indexable insert with three cutting edges and large inscribed circle
• Internal coolant supply
Face milling Pocketing Helical boring Plunge milling
Ramping Helical interpolation 3D rough copy milling
TWINCUT Copy Face Mills

Features & Benefits
LMT-FETTE’s Copy face milling cutters with round inserts are designed for copy, face, ramping, and contour milling of molds and dies.
• Negative insert mounting allows

thick, stable insert cross section
• Periphery ground insert
• Deep chip groove

Axially
negative
Radially
negative
• Double negative insert position with high pos- • Relieved front face for ramp
itive rake angles permits smooth entry and milling and heavy die sinking
quiet operation operations
www.LMTFETTE.com
54
Straight Shank TWINCUT Feed
ECP05
Application
• TWINCUT feed for use in roughing, semi-finish in die and mold industry
• Provides superior metal removal rates
• Offers ramping, plunge milling, helical boring and drilling capabilities
ap
d1 d2
l3
l1
Dimensions (inches) Insert Top Clamp Torx
d1 Cutter Body No. EDP di d2 l3 l1 z Insert Screw Screw Driver
1.00 ECP05X11 1000WE-I 060 53837 0.60 1.00 3.72 6.00 2
WP1177-11T 50546
1.00 ECP05X11 100WE-I 080 53838 0.60 1.00 5.72 8.00 2
1.25 ECP05X11 125WF-I 060 53839 0.85 1.25 3.72 6.00 3
WP1177-11T 50546
1.25 ECP05X11 125WF-I 080 53840 0.85 1.25 5.72 8.00 3
1.25 ECP05X65 125WF-I 060 53841 0.60 1.25 3.72 6.00 2
WP1177-65T 89974 54095 50259
1.25 ECP05X65 125WF-I 080 53842 0.60 1.25 5.72 8.00 2
1.50 ECP05X11 150WG-I 060 53843 1.10 1.50 3.31 6.00 4
WP1177-11T 50546
1.50 ECP05X11 150WG-I 080 53844 1.10 1.50 5.31 8.00 4
1.50 ECP05X65 150WG-I 060 53845 0.85 1.50 3.31 6.00 3
WP1177-65T 89974
1.50 ECP05X65 150WG-I 080 53846 0.85 1.50 5.31 8.00 3
Screw-On TWINCUT Feed
ECP05
Application
• Offers ramping, plunge milling, helical boring and drilling capabilities
d5
d3
d2
l1
ap
d1
d1 Cutter Body No. EDP di d2 M l3 z Insert Screw Screw Driver
1.00 ECP05X11 100TF-I 1.00 53847 0.60 0.49 M12 1.30 2 WP1177-11T 50546
1.25 ECP05X65 125TH-I 1.25 53848 0.60 0.67 M16 1.69 2 54095 50259
WP1177-65T 89974
1.50 ECP05X65 150TH-I 1.50 53849 0.85 0.67 M16 1.69 3
See page 61–62 for Inserts. See page 74 for Extension Arbor for Screw-On tools.
www.LMTFETTE.com
55
TWINCUT Feed Face Mills
FCP05
Application
• Offers ramping, plunge milling, helical boring and helical drilling capabilities
d5
d2
l1
ap
d3
d1

d1 Cutter Body No. EDP di d2 h z Insert Screw Screw Driver
2.00 FCP05X11 200AA-I 2.00 53850 1.60 0.75 1.58 5 WP1177-11T 50546
2.00 FCP05X65 200AA-I 2.00 53851 1.35 0.75 1.58 4 WP1177-65T 89974
2.50 FCP05X11 250AB-I 2.50 53852 2.10 1.00 1.97 6 WP1177-11T 50546
2.50 FCP05X65 250AB-I 2.50 53853 1.85 1.00 1.97 4 WP1177-65T 89974
50495 50259
3.00 FCP05X11 300AC-I 3.00 53854 2.60 1.25 1.97 7 WP1177-11T 50546
3.00 FCP05X65 300AC-I 3.00 53855 2.35 1.25 1.97 5 WP1177-65T 89974
4.00 FCP05X11 400AD-I 4.00 53856 3.60 1.50 1.97 8 WP1177-11T 50546
4.00 FCP05X65 400AD-I 4.00 53857 3.35 1.50 1.97 6 WP1177-65T 89974
See page 61–62 for Inserts.

www.LMTFETTE.com
56
TWINCUT Copy End Mills / Face Mills
ECT R
Application
• Milling cutter for copy, face, and contour milling of steel, stainless, and cast iron materials
• Features ramping capabilities
• Straight front end (no taper)
18°
–7°
Weldon Shank
d1 d2
d4
l3
l1

d1 Cutter Body No. EDP d4 l1 l3 d2 Teeth Insert Screw Driver
1.00 ECT R12 100WE 040 89352 0.47 4.00 1.72 1.00 2
1.00 ECT R12 100WE 060 50584 0.47 6.00 3.72 1.00 2
1.00 ECT R12 100WE 080 10603 0.47 8.00 5.77 1.00 2
1.25 ECT R12 125WF 040 50586 0.47 4.00 1.72 1.25 3
1.25 ECT R12 125WF 060 10345 0.47 6.00 3.72 1.25 2
RC_X 1205 50256 50258
1.25 ECT R12 125WFF 060 89244 0.47 6.00 3.72 1.25 3
1.25 ECT R12 125WF 080 10347 0.47 8.00 5.77 1.25 2
1.25 ECT R12 125WFF 080 50588 0.47 8.00 5.77 1.25 3
1.50 ECT R12 150WG 060 50590 0.47 6.00 3.31 1.50 3
1.50 ECT R12 150WG 080 50592 0.47 8.00 5.31 1.50 3
1.50 ECT R12 150WG 100 50594 0.47 10.00 7.31 1.50 3

www.LMTFETTE.com
57
FCT R
Application
• First choice milling cutter for copy, face, and contour milling of steel, stainless, and cast iron materials
• Features ramping capabilities
d2
18°
–7°
d4
d1

d1 Cutter Body No. EDP d4 h d2 Teeth Ref. No. Insert Screw Driver
2.00 FCT R12 200AA 89803 0.47 1.57 0.75 5 1950040
2.50 FCT R12 250AB 89804 0.47 1.98 1.00 6 1950042 RC_X 1205 50256
3.00 FCT R12 300AB 50743 0.47 1.98 1.00 6
50258
2.50 FCT R16 250AB 89805 0.63 1.98 1.00 5 1950051
3.00 FCT R16 300AB 89813 0.63 1.98 1.00 6 1950182 RC_X 1606 50255
4.00 FCT R16 400AD 89800 0.63 1.98 1.50 7

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58
MMT R
Application
• Modular milling cutter for face and contour milling of steel, stainless and cast iron materials
d2
18°
–7°
R
d1


d1 Cutter Body No. EDP h d2 Teeth Insert Screw Driver
Coarse Pitch
4.00 MMT R16-400AD 50211 2.48 1.50 6
5.00 MMT R16-500AD 50212 2.48 1.50 6
6.00 MMT R16-600AD 50213 2.48 1.50 10
8.00 MMT R16-800AF 50214 2.48 2.50 12
RCHX 1606 50255 50258
10.00 MMT R16-1000AF 50215 2.48 2.50 14
12.00 MMT R16-1200AF 50216 3.15 2.50 18
16.00 MMT R16-1600AF 50217 3.15 2.50 20
20.00 MMT R16-2000AF 50218 3.15 2.50 28
Fine Pitch
5.00 MMT R16-500ADF 50219 2.48 1.50 8
6.00 MMT R16-600ADF 50220 2.48 1.50 12
8.00 MMT R16-800AFF 50221 2.48 2.50 16
10.00 MMT R16-1000AFF 50222 2.48 2.50 20 RCHX 1606 50255 50258
12.00 MMT R16-1200AFF 50223 3.15 2.50 24
16.00 MMT R16-1600AFF 50224 3.15 2.50 30
20.00 MMT R16-2000AFF 50225 3.15 2.50 40

50251 50253 50254 50263 50264

www.LMTFETTE.com
59
Copy Face Mills
FCZ R
Application
• Milling cutter for copy, face, and contour milling of steel, stainless, and cast iron materials
• Features ramp and plunge capabilities
d2
0°
0°
d4
d1

d1 Cutter Body No. EDP doc d3 h Teeth Ref. No. Insert Screw Driver
2.00 FCZ R12 200AA 50596 0.472 1.77 0.75 5 1940031
RDHW 12T3 50256
3.00 FCZ R12 300AB 50598 0.472 1.97 1.00 6 1940033
50258
4.00 FCZ R16 400AD 50600 0.630 1.97 1.50 6 1940035
RDHW 1604 50530
5.00 FCZ R16 500AD 50602 0.630 2.48 1.50 8 1940037

www.LMTFETTE.com
60
Inserts

LC225S
89847
23° .219 .472 .205 RCHX 1205 MO LC240T
1195-13 89862
7° LW610 LC610T
d1 89841 60775
d s
.219 .472 .205 RCHT 1205 MO LC230T
53261
LC225S
89849
23° .219 .472 .205 RCHX 1205 MO-TR LC240T ECT / FCT
1195-13 TR 89864 R12
7° LW610 LC610T
d1 89843 89872
d s
.219 .472 .205 RCKT 1205 MO-TT LC280TT
54079
23° LC225S
89851
7° RCHX 1205 MO - T
.219 .472 .205 1195-23 LC240T
d1
T-Land 60777
LW610 LC610T
d s
89845 50669
.219 .472 .205 RCMX 1205 MO - T LC240T

1195-27 89868
T-Land
23°
LC225S
60124
7°
.250 .630 .228 RCHX 1606 MO LC240T LC230F
d1
1195-14 60126 53262
d s
LW610 LC610T
60123 60127
.250 .630 .228 RCHT 1606 MO LC230F

53262
LC225S
60131
23° .250 .630 .228 RCHX 1606 MO - TR LC240T
1195-14TR 60134 ECT / FCT
7° R16
LW610 LC610T
d1 60130 60135
d s
.250 .630 .228 RCKT 1606 MO LC280TT
54080
23° LC225S
60139
7° RCHX 1606 MO - T
.250 .630 .228 1195-24 LC240T
d1
T-Land 60141
d s
LW610 LC610T
60138 60779
23°
7° RCMX 1606 MO - T
.250 .630 .228 LC240T
d1 1195-28 89869
T-Land
d s
LC280TT
54090 ECP 05 / FCP 05
.109 .375 .154 .236 .150 WP1177-11T X11
LC610T
7° 54097
d1
LC280TT
d r s 54091
.157 .375 .154 .984 .079 WP1177-65T LC240T ECP 05 / FCP 05
55035 X65
LC610T
N=3 54098

E = AL2O3
www.LMTFETTE.com
61
Inserts

LC240T
15°
53469
d1
.059 .197 .079 RDHX 0501 MO LC603Z ECZ
53462
d s LC610T
56055
LC240T
53470
.094 .276 .106 RDHX 0702 MO LC603Z
15° 53463
d1 LC610T ISO
56056
d s
.094 .276 .106 RDKT 0702 MO-TT LC280TT
54082
LC240T
89402
.094 .315 .110 RDHW 0802 MO LC603Z
15° 53464
d1 LC610T ECZ
56057
d s
.094 .315 .110 RDHW 0802 MO LC280TT
54083
LC225S LC240T
60587 60424
.125 .394 .150 RDHW 1003 MO LC603Z
15° 1195-25 53465
d1 LC610T ISO
52528
d s
LC280TT
.125 .394 .150 RDKT 1003 MO-TT 54084
LC225S
60591
LC240T
15° 60425
d1 .156 .472 .197 RDHW 12T3 MO LC603Z ECZ
1195-35 53466
d s LC610T
52529
LW610
60589
LC240T
15° 53471
d1 .156 .472 .150 RDHX 12T3 MO LC603Z ISO
53467
d s LC610T
55005
15°
d1
.156 .472 .197 RDKT 12T3 MO-TT LC280TT ECZ
54085
d s
15°
d1 .156 .472 .150 RDKX 12T3 MO-TT LC280TT ISO
54087
d s
LC225S LC240T
15° 60594 60426
d1 .187 .630 .205 RDHW 1604 MO LC603Z
1195-45 53468
d s LC610T
52531 ECZ
ISO
15°
d1
LC280TT
.187 .630 .205 RDKT 1604 MO-TT 54086
d s
www.LMTFETTE.com
62
TWINCUT Ball Nose Copy Mills
EBT
Application
• Heavy duty rough copy milling cutter for use on steel, stainless, and non-ferrous molds and dies
• Features periphery inserts for deep cavity molds
• Ball end inserts are two effective and offer 2 indexes
• Periphery inserts offer 2 and 4 indexes for deep cavity work
l3
Weldon Shank +15°
–10°
d1 d2
r l2
l4
l5
l1

Dimensions (inches) Euro Ball End Periphery
d1 Cutter Body No. EDP r l1 l2 l4 l5 l3 d2 Ref. No. Insert Insert
0.750 EBT T0750W1000 532 89821 0.38 5.32 1.18 1.58 2.36 3.11 1.00 1950210
1179-24
0.750 EBT T0750W1000 630 89822 0.38 6.30 1.18 1.58 3.35 4.09 1.00 1950211
CCMT 060204
0.787 EBT T0787W1000 532 89836 0.39 5.32 1.18 1.58 2.36 3.11 1.00 1950248
1179-25
0.787 EBT T0787W1000 630 89837 0.39 6.30 1.18 1.58 3.35 4.09 1.00 1950249
1.000 EBT T1000W1000 472 89823 0.50 4.72 1.38 2.13 2.13 2.13 1.00 1950212
1179-35 CCMT 080308
1.000 EBT T1000W1250 669 89824 0.50 6.69 1.38 1.97 3.54 4.33 1.25 1950213
1.250 EBT T1250W1250 591 89825 0.63 5.91 1.58 2.76 2.76 3.54 1.25 1950215
1179-45 SNKX 0904
1.250 EBT T1250W1500 787 89826 0.63 7.87 1.58 2.36 4.53 5.12 1.50 1950217
1.500 EBT T1500W1500 571 89827 0.75 5.71 2.17 3.15 3.15 3.35 1.25 1950219
1179-55
1.500 EBT T1500W1500 787 89828 0.75 7.87 2.17 4.53 4.53 5.12 1.50 1950220
2.000 EBT T2000W2000 700 89840 1.00 7.00 3.00 3.75 3.75 3.75 2.00 2340261 SNKX 1205
2.000 EBT T2000W2000 900 89838 1.00 9.00 4.00 5.00 5.75 5.75 2.00 2340257 1179-66
2.000 EBT T2000W2000 110 89839 1.00 11.00 4.00 7.00 7.75 7.75 2.00 2340259
Parts and Accessories
Insert Screw
Spare Parts for No. of Ball End EDP No. of Periphery Insert Torx
Cutter Body Number EDP Inserts Insert Euro Ref. No. Inserts Insert Screw Driver
EBT T0750W1000 532 89821
2 1179-24
EBT T0750W1000 630 89822
89979 4 *CCMT 060204 89972 89978
EBT T0787W1000 532 89836
2 1179-25
EBT T0787W1000 630 89837
EBT T1000W1000 472 89823
2 1179-35 89974 4 *CCMT 080308 89979
EBT T1000W1250 669 89824
50259
EBT T1250W1250 591 89825
2 1179-45 89976 4 SNKX 0904 89974
EBT T1250W1500 787 89826
EBT T1500W1500 571 89827
2 1179-55 4
EBT T1500W1500 787 89828
EBT T2000W2000 700 89840 50255 6 SNKX 1205 50256 50258
EBT T2000W2000 900 89838 2 1179-66
9
EBT T2000W2000 110 89839

www.LMTFETTE.com *Periphery inserts with 2 indexes.
63
Inserts

r
LC225S
l d1 .504 .125 .281 .138 .375 1179-24 89886
LC240T
89917
d s
N=2
r
LC225S
89887
l d1 LC240T
.504 .125 .281 .138 .378 1179-25 89918
LW610 LC610T
d s
89875 60783
N=2
r
LC225S
89888
l d1 LC240T
.630 .156 .352 .161 .473 1179-35 89919
LW610 LC610T
d s
89876 60785
N=2
EBT 11493
r
LC225S
89889
l d1 LC240T
.806 .200 .450 .177 .606 1179-45 89920
LW610 LC610T
d s
89877 60788
N=2
r
LC225S
89890
l d1 1.00 .250 .563 .217 .757 1179-55 LC240T
89921
d s LW610 LC610T
89878 60786
N=2
30°
l
1.424 .250 .563 .217 .953 1179-66
d LC240T
30° 89922
s
d1
N=2

E = AL2O3
www.LMTFETTE.com
64
Inserts

30°
45° b LC225S
89892
.375 .187 .173 .059 SNKX 0904 AN LC240T
d1
1187-00 88923
l s
LW610 LC610T
89880 51855
N=4
30°
45° b
.375 .187 .173 .059 SNKX 0904 AN - TT LC280TT

d1
54088
l s
N=4
30°
LC225S
45° b 60036
LC230F
.500 .219 .205 .079 SNKX 1205 AN 53791
d1 1187-10 LC240T
60039
l s
LW610 LC615E
N=4 60035 55961
EBT 11493
30°
45° b LC225S
60045
.500 .219 .205 .079 SNKX 1205 AN - TR LC240T
d1 1187-10TR 60047
LC610T
l s 60048
N=4
10°
LC225S
r 7° 89896
.250 .094 .110 .016 CCMT 060204 LC240T
l d1 1196-36 89927
LW610 LC610T
l s 89884 51856
N=2
10°
LC225S
r 7° 89897
.313 .125 .134 .031 CCMT 080308 LC240T
l d1 1196-46 89928
LW610 LC610T
l s
89885 51870
N=2

E = AL2O3
www.LMTFETTE.com
65
Copy / Flat Bottom / Back Draft Mills
Features & Benefits
LMT-FETTE’s finish copy mills are setting the global standard for precision and performance.
• Steel holders offered in straight and tapered neck design, capable of running
at spindle speeds up to 80,000 rpm
• Precision manufacturing enables the highest accuracy of the
finished workpiece
• Total tool runout within .0008" for insert/cutter assembly
• Inserts available in chipbreaker and non-chipbreaker styles
• The copying end mill dia. .250", .312" and .375" can also accept
flat bottom and back draft inserts
• Metric insert sizes 6mm–32mm and shanks also available
Copy Inserts
Used for super finishing Used for finishing Used for semi-finishing Used for semi-finishing
F = Super Finisher N = Non Chipbreaker CF = Chipbreaker CN = Chipbreaker

Ferrous Non-ferrous
7° radial clearance angle 7° radial clearance angle 7° radial clearance angle 12° radial clearance angle
for less friction
Flat Bottom Inserts 7° Back Draft Inserts

Used for finishing Used for semi-finishing Used for finishing Used for semi-finishing
N = Non Chipbreaker CF = Chipbreaker N = Non Chipbreaker CF = Chipbreaker

Ferrous Ferrous
7° radial clearance angle 7° radial clearance angle 7° radial clearance angle 7° radial clearance angle
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66
Ball Nose Copy Mills
EBG-R-N (Inch) Straight Neck Cutter Body – HSS

Application
• First choice rough and finish copy milling cutter for milling of steel, stainless and non-ferrous molds and dies
• Ground steel shank holders are offered in a variety of lengths
d3
Straight Shank
d1 d2
l1 Type N
l2
Dimensions (inches) Insert Torx

d1 Cutter Body No. EDP l1 l2 d2 d3 Size Screw Driver
0.375 EBG R0375A0500 090N 88114 1.34 3.54 0.50 0.34 WPR 0375 88706 50259
0.500 EBG R0500A0500 130N 88115 1.26 5.12 0.50 0.41 WPR 0500 88707 50259
0.500 EBG R0500A0500 150N 88116 1.81 5.91 0.50 0.41 WPR 0500 88707 50259
0.625 EBG R0625A0625 140N 88117 1.42 5.51 0.63 0.55 WPR 0625 88708 50258
0.625 EBG R0625A0625 160N 88118 2.09 6.30 0.63 0.55 WPR 0625 88708 50258
0.750 EBG R0750A0750 160N 88119 1.77 6.30 0.75 0.71 WPR 0750 88709 50258
0.750 EBG R0750A0750 175N 88120 2.40 6.89 0.75 0.71 WPR 0750 88709 50258
0.750 EBG R0750A0750 210N 88913 2.36 8.27 0.75 0.71 WPR 0750 88709 50258
1.000 EBG R1000A1000 160N 88121 1.77 6.30 1.00 0.88 WPR 1000 88710 88606
1.000 EBG R1000A1000 190N 88122 2.76 7.48 1.00 0.88 WPR 1000 88710 88606
1.000 EBG R1000A1000 230N 88898 3.14 9.06 1.00 0.88 WPR 1000 88710 88606
30mm EBG R30 A1250 175N* 88123 2.20 6.89 1.25 1.13 WPR 30 88711 88606
30mm EBG R30 A1250 210N* 88124 3.15 8.27 1.25 1.13 WPR 30 88711 88606
1.250 EBG R1250A1250 175N 88125 2.20 6.89 1.25 1.13 WPR 1250 88711 88606
1.250 EBG R1250A1250 210N 88126 3.15 8.27 1.25 1.13 WPR 1250 88711 88606
88712
2.000 EBG R2000A2000 330N 88906 4.92 12.99 2.00 1.77 WPR 2000 88910
88713
*Metric cutting diameter, inch shank
High temperature anti-seize lubricant available - Order: 88610
See LMT-FETTE Mold & Die Catalog for complete metric offering.
Copy Mill Insert Identification System

INCH WP R 0500 - CF
Indexable Insert
Shape Of Cut, R = Ball Nose V = Flat bottom B = Back-Draft
Diameter or Width Of Cut (inch)
Chipbreaker Style
N = None, Flat Face
CF = Ferrous Materials
CN = Non-ferrous Materials
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67
Ball Nose Copy Mills
EBG-R-T (Inch) Tapered Neck Cutter Body – HSS

Application
• Roughing, semi-finishing, and finish copy milling cutter for steel, stainless, and non-ferrous molds and dies
• Inserts are available in chipbreaker and non-chipbreaker styles, and can be used in both tapered and straight style holders
Straight Shank
d1 d3 d2
l1
3° Type T
l2
Dimensions (inches) Insert Insert Torx

0.250 EBG R0250A0375 090T 10525 1.57 3.54 0.38 0.22 WPR 0250 88704 88600
0.312 EBG R0312A0500 140T 88100 1.97 5.51 0.50 0.30 WPR 0312 88705 89978
0.375 EBG R0375A0500 150T 88101 1.38 5.91 0.50 0.35 WPR 0375 88706 50259
0.500 EBG R0500A0625 160T 88102 2.36 6.30 0.63 0.41 WPR 0500 88707 50259
0.625 EBG R0625A0750 175T 88103 2.64 6.89 0.75 0.55 WPR 0625 88708 50258
0.750 EBG R0750A1000 190T 88104 3.15 7.48 1.00 0.71 WPR 0750 88709 50258
1.000 EBG R1000A1250 210T 88105 3.94 8.27 1.25 0.88 WPR 1000 88710 88606
1.250 EBG R1250A1500 240T 88106 4.84 9.45 1.50 1.17 WPR 1250 88711 88606
Flat Bottom / Back Draft Mills
EBG-V-N (Inch) Flat Bottom & Back Draft Cutter Body – HSS
Application
• Roughing, semi-finishing and finish, flat bottom and back draft milling cutter for steel, stainless, and non-ferrous molds and dies
• Flat Bottom 90° (WPV) and Back Draft 7° (WPB) inserts can be used in the same cutter body
r d3
Straight Shank
d1 d2
l3
l1 Type N
l2
r = corner radius

d1 Cutter Body No. EDP l1 l2 d2 d3 l3 Size Screw Driver
0.500 EBG V0500A0500 130N 88139 1.34 5.20 0.50 0.41 0.55 WP_ 0500 88707 50259
0.500 EBG V0500A0500 150N 88140 1.89 5.98 0.50 0.41 0.55 WP_ 0500 88707 50259
0.625 EBG V0625A0625 140N 88141 1.50 5.51 0.63 0.55 0.63 WP_ 0625 88708 50258
0.625 EBG V0625A0625 160N 88142 2.16 6.30 0.63 0.55 0.63 WP_ 0625 88708 50258
0.750 EBG V0750A0750 160N 88143 1.85 6.30 0.75 0.71 0.70 WP_ 0750 88709 50258
0.750 EBG V0750A0750 175N 88144 2.48 6.89 0.75 0.71 0.70 WP_ 0750 88709 50258
0.750 EBG V0750A0750 210N 88914 2.36 8.27 0.75 0.71 0.70 WP_ 0750 88709 50258
1.000 EBG V1000A1000 160N 88145 1.85 6.30 1.00 0.88 0.93 WP_ 1000 88710 88606
1.000 EBG V1000A1000 190N 88146 2.83 7.48 1.00 0.88 0.93 WP_ 1000 88710 88606
1.000 EBG V1000A1000 230N 88902 3.14 9.06 1.00 0.88 0.93 WP_ 1000 88710 88606

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68
Carbide Shank Ball Nose Copy Mills
EBG-R-N Straight Neck Cutter Body – Carbide

Application
• Specially designed for rough and finish milling of steels, stainless and non-ferrous molds and dies and graphite
• Suitable for shrink-fit mounting
• Carbide shank provides excellent rigidity in long tool overhang applications
• High accuracy indexable ball nose inserts with diameters from .250" to 1.250"
d3
Straight Shank
d1 d2
l1 Type N
l2

0.250 EBG R0250A0375 100NC 50269 1.57 3.94 0.38 0.22 WP_ 0250 88704 88600
0.250 EBG R0250A0250 100NC-40 55504 1.57 3.94 0.25 0.22 WP_ 0250 88704 88600
0.250 EBG R0250A0250 150NC-70 55505 2.76 5.91 0.25 0.22 WP_ 0250 88704 88600
0.250 EBG R0250A0250 200NC-100 55506 3.94 7.88 0.25 0.22 WP_ 0250 88704 88600
0.250 EBG R0250A0250 200NC-14 55507 0.55 7.88 0.25 0.22 WP_ 0250 88704 88600
0.312 EBG R0312A0375 100NC 50270 0.99 3.94 0.38 0.28 WP_ 0312 88705 89978
0.312 EBG R0312A0375 150NC 50271 1.57 5.91 0.38 0.28 WP_ 0312 88705 89978
0.312 EBG R0312A0312 200NC-100 55508 3.94 7.88 0.31 0.28 WP_ 0312 88705 89978
0.312 EBG R0375A0375 200NC-100 55509 3.94 7.88 0.38 0.35 WP_ 0375 88706 50259
0.375 EBG R0375A0375 120NC 50272 1.38 4.73 0.38 0.35 WP_ 0375 88706 50259
0.375 EBG R0375A0375 150NC 50273 1.97 5.91 0.38 0.35 WP_ 0375 88706 50259
0.500 EBG R0500A0500 120NC 50274 1.38 4.73 0.50 0.42 WPR 0500 88707 50259
0.500 EBG R0500A0500 160NC 50275 1.97 6.30 0.50 0.42 WPR 0500 88707 50259
0.625 EBG R0625A0625 140NC 50276 1.58 5.52 0.63 0.56 WPR 0625 88708 50258
0.625 EBG R0625A0625 175NC 50277 2.17 6.89 0.63 0.56 WPR 0625 88708 50258
0.750 EBG R0750A0750 140NC 50278 1.58 5.52 0.75 0.71 WPR 0750 88709 50258
0.750 EBG R0750A0750 190NC 50279 2.96 7.48 0.75 0.71 WPR 0750 88709 50258
1.000 EBG R1000A1000 160NC 50280 2.37 6.30 1.00 0.89 WPR 1000 88710 88606
1.000 EBG R1000A1000 210NC 50281 3.55 8.27 1.00 0.89 WPR 1000 88710 88606
1.250 EBG R1250A1250 190NC 50282 2.56 7.48 1.25 1.13 WPR 1250 88711 88606
1.250 EBG R1250A1250 240NC 50283 4.14 9.45 1.25 1.13 WPR 1250 88711 88606

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69
Carbide Shank Flat Bottom/Back Draft Mills
EBG-V-N Carbide Straight Front Cutter Body – Carbide

Application
• Same features as EBG-R-V-Carbide
• High accuracy indexable flat bottom and back draft inserts with diameters from .250" to 1.250"
r d3
Straight Shank
d1 d2
l3
l1 Type N
l2

d1 Cutter Body No. EDP l1 l2 d2 d3 r l Size Screw Driver
0.500 EBG V0500A0500 120NC 50286 1.38 4.73 0.50 0.42 0.03 0.55 WP_ 0500 88707 50259
0.500 EBG V0500A0500 160NC 50287 1.97 6.30 0.50 0.42 0.03 0.55 WP_ 0500 88707 50259
0.625 EBG V0625A0625 140NC 50288 1.58 5.52 0.63 0.56 0.03 0.63 WP_ 0625 88708 50258
0.625 EBG V0625A0625 175NC 50289 2.17 6.89 0.63 0.56 0.03 0.63 WP_ 0625 88708 50258
0.750 EBG V0750A0750 140NC 50290 1.58 5.52 0.75 0.71 0.06 0.70 WP_ 0750 88709 50258
0.750 EBG V0750A0750 190NC 50291 2.96 7.48 0.75 0.71 0.06 0.70 WP_ 0750 88709 50258
1.000 EBG V1000A1000 160NC 50292 2.37 6.30 1.00 0.89 0.06 0.93 WPV_ 1000 88710 88606
1.000 EBG V1000A1000 210NC 50293 3.55 8.27 1.00 0.89 0.06 0.93 WPV_ 1000 88710 88606

Insert Thickness Dimension for WPR WPV WPB (inch)

d1 s d1 s d1 s
.312 .079 .625 .118 1.250 .197
.375 .098 .750 .118 2.000 .315
.500 .098 1.000 .157
Inserts
Insert Description Insert Grade

Dimensions (Inch) ISO Code Ordering No. For Cutter
d s LMT Cat. No. LC610T Cat. No.
d
0.250 – WPR 0250-F 89981
0.375 – WPR 0375-F 51213
0.500 – WPR 0500-F 51214 EBG-RT
0.625 – WPR 0625-F 51215 EBG-RN
d 0.750 – WPR 0750-F 51216
s 1.000 – WPR 1000-F 51217
F=Super Finisher
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70
Inserts

Dimensions (Inch) ISO Code For Cutter
d1* r l LMT Cat. No. LW610F LC240T LC609T** LDP05B Cat. No.
d
0.312 – – WPR 0312-N – 54859 88258 –
0.375 – – WPR 0375-N – 54860 88259 –
0.500 – – WPR 0500-N – 53309 88260 –
0.625 – – WPR 0625-N – 54298 88261 –
0.750 – – WPR 0750-N – 54299 88262 –
1.000 – – WPR 1000-N – 54861 88263 –
1.250 – – WPR 1250-N – 54862 88264 –
s d 2.000 – – WPR 2000-N – – 88905 –
N - Non-chipbreaker
d
0.312 – – WPR 0312-CF – 53442 88265 –
0.375 – – WPR 0375-CF – 53444 88266 –
0.500 – – WPR 0500-CF – 53445 88267 –
0.625 – – WPR 0625-CF – 53446 88268 – EBG-RT
0.750 – – WPR 0750-CF – 53447 88269 – EBG-RN
1.000 – – WPR 1000-CF – 53448 88270 –
1.250 – – WPR 1250-CF – 10298 88271 –
s d 2.000 – – WPR 2000-CF – – 88912 –
CF - chipbreaker ferrous
d
0.312 – – WPR 0312-CN 88209 – 88272 –

0.375 – – WPR 0375-CN 88210 – 88273 –
0.500 – – WPR 0500-CN 88211 – 88274 –
0.625 – – WPR 0625-CN 88212 – 88275 –
0.750 – – WPR 0750-CN 88213 – 88276 –
1.000 – – WPR 1000-CN 88214 – 88277 –
s d 1.250 – – WPR 1250-CN 88215 – 88278 –
CN - chipbreaker non-ferrous
0.375 0.032 0.453 WPV 0375N-2 – – 89502 50890
90° d r 0.375 0.063 0.453 WPV 0375N-4 – – 89504 50891
0.500 0.032 0.550 WPV 0500N-2 – – 88543 50895
0.500 0.063 0.550 WPV 0500N-4 – – 88751 50896
l 0.625 0.032 0.625 WPV 0625N-2 – – 88544 50902
0.625 0.063 0.625 WPV 0625N-4 – – 88756 50903
0.750 0.032 0.700 WPV 0750N-2 – – 88761 50904
0.750 0.063 0.700 WPV 0750N-4 – – 88545 50905
d
1.000 0.032 0.925 WPV 1000N-2 – – 88766 50906
s
1.000 0.063 0.925 WPV 1000N-4 – – 88546 50798
N - Non-chipbreaker 1.000 0.125 0.925 WPV 1000N-8 – – 88771
90° d r 0.500 0.032 0.550 WPV 0500CF-2 – 54863 – –

0.500 0.063 0.550 WPV 0500CF-4 – 54867 – –
0.625 0.032 0.625 WPV 0625CF-2 – 54864 – –
l 0.625 0.063 0.625 WPV 0625CF-4 – 54868 – –
0.75 0.032 0.700 WPV 0750CF-2 – 54869 – –
d 0.75 0.063 0.700 WPV 0750CF-4 – 54865 – –
0.75 0.032 0.925 WPV 1000CF-2 – 54870 – –
s 1.000 0.063 0.925 WPV 1000CF-4 – 54866 – –
1.000 0.125 0.925 WPV 1000CF-8 – 54871 – –
0.250 0.032 – WPB 0250N-2 – – – 50696 EBG-V-N

d r 0.375 0.032 – WPB 0375N-2 – – – 54262
0.375 0.063 – WPB 0375N-4 – – – 54263
0.500 0.032 – WPB 0500N-2 – – 88806 54264
l 0.500 0.063 – WPB 0500N-4 – – 88811 54265
0.625 0.032 – WPB 0625N-2 – – 88816 54757
7°
0.625 0.063 – WPB 0625N-4 – – 88821 54758
0.750 0.032 – WPB 0750N-2 – – 88826 54266
0.750 0.063 – WPB 0750N-4 – – 88831 51150
s d 1.000 0.032 – WPB 1000N-2 – – 88836 54267
1.000 0.063 – WPB 1000N-4 – – 88841 54268
1.000 0.125 – WPB 1000N-8 – – 88846 54759
N - non chipbreaker
d r
0.500 0.032 – WPB 0500CF-2 – 54851 53453 –
0.500 0.063 – WPB 0500CF-4 – 54852 53454 –
l 0.625 0.032 – WPB 0625CF-2 – 54853 53455 –
0.625 0.063 – WPB 0625CF-4 – 54854 53456 –
7° 0.750 0.032 – WPB 0750CF-2 – 54855 53457 –
0.750 0.063 – WPB 0750CF-4 – 54856 53458 –
1.000 0.032 – WPB 1000CF-2 – 54857 53459 –
s d 1.000 0.063 – WPB 1000CF-4 – 54876 53460 –
1.000 0.125 – WPB 1000CF-8 – 54858 53461 –
WPR .250, .312, .375, .500 in styles *d1 = ±.0004 insert tolerance
“N”, “CF” and “CN” have a different **LC609T insert grade will change to LC610T
clearance for clamping reasons than in mid 2004. This is a designation change
the above illustrations suggest. only. Substrate and coating remain the same.
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71
PCD/CBN Copy Face Mills
EHD / FHD
Application
• Cutter specifically designed for high-speed contouring and face milling of hardened steels, plastic composites, high silicon aluminum
and graphite
• Cutter pocket provides secure insert locking and allows 4 indexes (10mm diameter insert)
• Cutters manufactured with a run-out accuracy of ± .001"
• Inserts are regrindable

d1 Cutter Body No. EDP d2 d4 l1 / h Teeth Insert Screw Driver
1.00 EHD R10 100 SA 50296 0.75 3.94 2
18574 89978
1.25 EHD R10 125 SB 50297 1.00 4.73 3
1.57 EHD R10 150 SB 50298 1.00 4.73 4 R10 10 42 S
2.00 FHD R10 200 AA 50299 0.75 1.57 5 18575 11171
2.50 FHD R10 250 AA 50301 0.75 1.57 6
See below for Inserts.

Inserts
Insert Description
Dimensions (Inch) ISO Code Insert Grade Ordering No. For Cutter
d s LMT Cat. No. DF012-PCD BN011-CBN LC610T Cat. No.
11°
EHD/
.394 .165 R10 10 42 S 50303 50305 FHD
d s
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72
EMZ90
EMZ90 THR
Application
• Designed exclusively for High speed milling of Aluminum alloys, Copper alloys, and plastics
• End mills designed with coolant thru holes for maximum coolant flow and chip evacuation
• Used for face milling, slotting, edge milling, and excellent for deep cavity work
• Ramping and plunge milling capabilities
19°
l1 25°
d2 ap 90°
ap
d5 d3 d1
Dimensions (inches) No. Insert Insert Torx

d1 Cutter Body No. EDP l2 l3 d6 d3 d5 R Teeth Size Screw Driver
1.00 EMZ90 V16-100TF-I 51639 0.53 1.57 0.49 M12 0.83 0.05 2 VPGT 160412 ALM 51706 50259
1.25 EMZ90 V22-125TH-I 51640 0.59 1.97 0.67 M16 1.02 0.12 2
VCGT 220530 ALM 51707 50259
1.50 EMZ90 V22-150TH-I 51641 0.59 1.97 0.67 M16 1.02 0.12 2
EMZ90
Application
• End mills designed with coolant thru holes for maximum coolant flow and chip evacuation
19°
ap 25°
90°
d2 d1 ap
l3
l1

d1 Cutter Body No. EDP l2 l1 d6 l3 R Teeth Size Screw Driver
1.00 EMZ90 V16-100SA-I 54651 0.53 8.00 0.75 2.00 0.05 2
1.00 EMZ90 V16-100SB-I 51635 0.53 7.88 1.00 1.58 0.05 2
1.00 EMZ90 V16-100WB-I 54286 0.53 4.28 1.00 2.00 0.05 2
1.25 EMZ90 V16-125SB-I 54294 0.53 8.00 1.00 2.00 0.05 2 VPGT 160412 ALM 51706 50259
1.25 EMZ90 V16-125WC-I 54287 0.53 4.28 1.25 2.00 0.05 2
1.50 EMZ90 V16-150SC-I 54295 0.53 8.00 1.25 2.00 0.05 3
1.50 EMZ90 V16-150WC-I 54288 0.53 4.88 1.25 2.00 0.05 3
1.25 EMZ90 V22-125SB-I 51636 0.59 8.62 1.00 2.00 0.12 2
VCGT 220530 ALM 51707 50259
1.50 EMZ90 V22-150SB-I 51637 0.59 8.62 1.00 2.00 0.12 2
See page 75 for inserts. See page 74 for Extension Arbor for Screw-On tools.
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73
FMZ90
FMZ90
Application
d5
d2 19°
25°
90°
l1 ap
ap
d1

d1 Cutter Body No. EDP l2 h d2 R Teeth Size Screw Driver
1.50 FMZ90 V16-150AA 51642 0.53 2.12 0.75 0.05 3
VPGT 160412 ALM 51706 50259
2.00 FMZ90 V16 200AA 53521 0.53 2.12 0.75 0.05 4
2.00 FMZ90 V22-200AA 51643 0.59 2.12 0.75 0.12 3
2.50 FMZ90 V22-250AA 51644 0.59 2.12 0.75 0.12 4
3.00 FMZ90 V22-300AB 54794 0.59 2.12 1.00 0.12 3
VCGT 220530 ALM 51707 50259
3.00 FMZ90 V22-300ABE 51645 0.59 2.50 1.00 0.12 4
3.00 FMZ90 V22-300ABF 54781 0.59 2.12 1.00 0.12 5
4.00 FMZ90 V22-400AD 51646 0.59 2.50 1.50 0.12 5
Extension Arbors
Arbors
Application
• HSS Screw-On Extended Length Arbors
l1
l3
d5 d4 d2 M
Dimensions (inches) Dimensions (inches)

Arbor Description EDP M d2 d5 l3 l1 d4 Arbor Description EDP M d2 d5 l3 l1 d4
ADT T10 W0750 4030T 12800 M10 0.41 0.63 2.00 4.03 0.75 ADT T16 W1250 5280T 12806 M16 0.67 1.02 3.00 5.28 1.25
ADT T10 W1000 6280T 12801 M10 0.41 0.63 4.00 6.28 1.00 ADT T16 W1250 7280T 12807 M16 0.67 1.02 5.00 7.28 1.25
ADT T10 W1250 8280T 12802 M10 0.41 0.63 6.00 8.28 1.25 ADT T16 W1250 9280T 12808 M16 0.67 1.02 7.00 9.28 1.25
ADT T10 W1000 5280T 12803 M12 0.49 0.83 3.00 5.28 1.00 ADT T16 W1500 5680T 12809 M16 0.67 1.34 3.00 5.68 1.50
ADT T10 W1250 7280T 12804 M12 0.49 0.83 5.00 7.28 1.25 ADT T16 W1500 7680T 12810 M16 0.67 1.34 5.00 7.68 1.50
ADT T10 W1250 9280T 12805 M12 0.49 0.83 7.00 9.28 1.25 ADT T16 W1500 9680T 12811 M16 0.67 1.34 7.00 9.68 1.50
ADT T16 W1250 3270T 12812 M16 0.67 1.34 1.00 3.27 1.25
See page 75 for inserts.

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74
Inserts
Insert Description
N = Number of Dimensions (Inch) ISO Code Insert Grade Ordering No. For Cutter
Cutting Edges l s d d1 r LMT Cat. No. LW610 LC610M Cat. No.
s
d1
7° bei VC_ .630 .187 .375 .173 .047 VPGT160412-ALM 51672 51673
15° bei VP_
d
EMZ90
FMZ90
.866 .219 .500 .216 .118 VCGT220530-ALM 51676 51677

35° l
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75
45° / 60° Chamfer End Mills
EFZ45/60
Application
• Chamfer-countersinking mills for both manual and CNC machines
• Positive cutting geometry provides free-cutting action on a wide variety of materials
• Available in 45° and 60° chamfer angles
• Uses industry standard inserts
12°–15°
l3
0°
Weldon Shank
d3 d1 d2 κ
κ
l1

d1 Cutter Body No. EDP K d3 l1 l3 d2 Teeth Ref. No. Insert Screw Driver
0.05 EFZ45 T11-047WB 50480 0.63 2.16 0.79 0.50 1 1950224
TCMT 110202 89972 89978
0.24 EFZ45 T11-244WC 50482 45° 0.83 3.15 1.26 0.63 2 1950226
0.41 EFZ45 T16-409WE 50484 1.26 3.74 1.26 1.00 2 1950228 TCMT 16T304 89974 50259
0.21 EFZ60 T11-213WB 50486 0.63 2.76 0.79 0.50 1 1950230
TCMT 110202 89972 89978
0.57 EFZ60 T11-567WC 50488 60° 0.98 3.15 1.26 0.63 2 1950232
0.63 EFZ60 T16-630WE 50490 1.26 3.74 1.42 1.00 2 1950233 TCMT 16T304 89974 50259
EFP45
Application
• Multiple application chamfer milling cutter for steel, stainless and non-ferrous materials
• Positive cutting action provides smooth and quiet cutting
• Unique design chamfers top and bottom bores; mill “V” grooves; chamfer T slots; and chamfer slots
0°
l3
0°
Weldon Shank
d3 d1 d2 45°
doc
45°
l1

d1 Cutter Body No. EDP d3 l1 l3 d2 Teeth Ref. No. Insert Screw Driver
0.63 EFP45 S09-063WC 50476 1.13 3.35 1.46 0.63 2 1950135S SDMT 090308 60712 50259
1.26 EFP45 S12-126WF 50478 1.94 4.92 2.56 1.25 3 1950136 SPMT 120408 89971 50258

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76
90° Drill Mills
ESP90
Application
• Center cutting drill-mill cutter for use on steel, stainless and non-ferrous materials
• Used in milling operations requiring counter bores or slotting cutters
• Coolant through standard
5°
l3
Weldon Shank 0°
90°
d1 d2
doc
doc
l4
l1
Dimensions (inches) No. Euro Face End Center Insert Torx

d1 Cutter Body No. EDP doc l1 l3 l4 d2 Teeth Ref. No. Insert Insert Screw Driver
0.488 ESP90 C08-0488WCI 50452 0.276 3.00 0.75 0.65 0.63 1 1950183 CCHX 080203 50532 89978
0.613 ESP90 C09-0613WDI 50454 0.335 3.38 0.95 0.95 0.75 1 1950185 CCHX 090304 Not 50546
0.738 ESP90 C12-0738WEI 50456 0.433 3.75 1.10 0.99 1.00 1 1950167 Required 50259
CCHX 12T305 50534
0.863 ESP90 C12-0863WEI 50458 0.512 3.38 1.10 0.99 1.00 1 1950169
0.988 ESP90 X09 0988WFI 50460 0.512 4.00 1.42 1.34 1.25 1+1 1950171
SPMT 3(2.5)2 89973 50259
1.238 ESP90 X09 1238WFI 50462 0.512 4.00 1.42 1.34 1.25 1+1 1950173

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77
Inserts

15°
r
11° LC225S
.375 .156 .173 .031 SPMT 09T308 60471
d1
1196-24 LW610 LC610T
60464 51372
l s
N=4
10°
r 7°
LC225S
l d1 .313 .113 .134 .012 CCHX 080203 60466
1196-44 LW610
l s 10912
N=2
10°
r 7°
LC225S
.375 .125 .173 .016 CCHX 090304 60470 ESP90
l d1 11470
1196-54 LW610
l s
60479
N=2
10°
r 7°
l d1 .500 .156 .217 .020 CCHX 12T305 LC225S

1196-64 60467
l s
N=2
10°
r 7°
d d1 .563 .156 .375 .173 .020 1196-74 LC225S

60469
l s
N=2
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78
Inserts

r
7°
d1 LC225S
.433 .094 .250 .110 .008 TCMT 110202 60311
1166-00 LW610 LC610T
d s 60314 50684
l
N=3
r
EFZ45 1148
7°
d1 LC225S
.650 .156 .375 .169 .016 TCMT 16T304 60312
1166-10 LW610
d s 60315
l
N=3
r
LC225S
15° 60438
d1 .375 .125 .154 .031 SDMW 090308 LC240T
1196-01 51200
l s LW610
60435
N=4
r
LC225S
11° 60452
d1 LC230F
.500 .187 .205 .031 SPMW 120408 53800
l s 1196-10 LW610
60451
N=4
15°
EFZ45 11483
r
15° LC225S
.375 .125 .157 .031 SDMT 090308 60648
d1
1196-03 LW610
60443
l s
N=4
LC225S
15° 60458
r LC230F
51759
11°
.500 .187 .205 .031 SPMT 120408 LC240T
d1
1196-12 60773
LC435I
l s 89130
LW610 LC610T LC630E
N=4 60456 10198 10118
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79
Technical Section Table of Contents
Technical Section 80
Parts and Accessories 81
ISO Insert Designation 82–83
LMT Insert Grades 84
Insert Grade Designation 85
Recommended Maximum Feed per Tooth (fZ) for inserts LC280TT 86
Cutting Data Recommendations for LC240T 87
Cutting Data Recommendations for LC230F 88
Cutting Data Recommendations for LC225T, LC225S 89
Cutting Data Recommendations for LC444W 90
Cutting Data Recommendations for LC430T, LC440T 90
Cutting Data Recommendations for LC610T 91
Cutting Data Recommendations for LC615E 92
Look to LMT-FETTE for all your precision metalworking needs 93
Cutting Data Recommendations for Face Mills – TwinCut / ISO 94
Application Data for Face Mills 95
Ramping with TWINCUT 45° and UNIVEX 95
Cutting Data Recommendations for Copy Mills 96
Application Data for FCT45 and MCT45 Face Mill 97
Cutting Data Recommendations for TWINCUT Vario 98
Application Data for Universal Milling TWINCUT VARIO 99
Cutting Data Recommendations for TWINCUT Feed Mill ECP05/FCP05 100
Application Data for TWINCUT Feed Mill ECP05/FCP05 101
Cutting Data Recommendations for Ball Nose, and Flat Bottom / Back Draft End Mills 102
Feed, Speed, and Diameter Compensation for 3 Axis Milling 103
Cutting Data Recommendations for UNIVEX Face Mills, End Mills, Helical Mills,
and Chamfering Cutters 104
Application Data for End Mill, Face Mill and Helical Mill 105
Cutting Data Recommendations for EMZ90 / FMZ90 106
Recommended Maximum Feed per Tooth (fZ) for Inserts 106
Application Data for EMZ90 / FMZ90 107
Application Data for End Mill, Face Mill, and Helical Mill 108
Formulas 109
Modular Milling Cutters (Multi-Mills) 110–111
Tool Designation 112–114
Mounting Dimensions 115
Taper Shanks 115
Insert Reference 116–119
Notes 120
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80
Parts and Accessories
Replacement Screws and Torque Specifications for Ball Nose,

Flat Bottom / Back Draft Tools Found on Pages 67–70
Screw Euro
EDP Reference Torx Torque
Number Number Size In-Lbs
88704 GWS 06 6 HAND TIGHTEN
88707 GWS 12 15 53
88708 GWS 16 20 54.5
88709 GWS 20 20 56
88710 GWS 25 30 57.5
88711 GWS 32 30 57.5
88910 GWS 50 8mm Hex 57.5
Torx Drivers & Hex Wrenches MM Body Sold Without Cartridges

EDP
Size
Number
88600 6
89978 8
11171 10
d2
50259 15
h
50258 20
88606 30 d1
No. Dimensions (inches)

EDP Cutter Body No. Teeth d1 h d2
88712 8mm Hex Coarse Pitch

50226 MM BODY 4.0 x 6 6 4.00 2.48 1.50
88713 6mm Hex
50227 MM BODY 5.0 x 6 6 5.00 2.48 1.50
50228 MM BODY 6.0 x 10 10 6.00 2.48 1.50
50229 MM BODY 8.0 x 12 12 8.00 2.48 2.50
50230 MM BODY 10.0 x 14 14 10.00 2.48 2.50
Anti-Seize Lubricant 50231 MM BODY 12.0 x 18 18 12.00 3.15 2.50
50265 MM BODY 16.0 x 20 20 16.00 3.15 2.50
EDP Part
Number Number 50266 MM BODY 20.0 x 28 28 20.00 3.15 2.50
Fine Pitch
88610 SL1
50232 MM BODY 5.0 x 8 8 5.00 2.48 1.50
Anti-Seize lubricates locking screw 50233 MM BODY 6.0 x 12 12 6.00 2.48 1.50
threads to prevent seizing caused 50234 MM BODY 8.0 x 16 16 8.00 2.48 2.50
by extreme temperatures and
50235 MM BODY 10.0 x 20 20 10.00 2.48 2.50
corrosion in machining operations.
Screws should be coated frequently 50236 MM BODY 12.0 x 24 24 12.00 3.15 2.50
to prevent seizing. 50267 MM BODY 16.0 x 30 30 16.00 3.15 2.50
50268 MM BODY 20.0 x 40 40 20.00 3.15 2.50
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81
ISO Insert Designation
ISO Example
S E K N
1 2 3 4
1 2 3
Insert Clearance
Shape Angle Tolerances (inches) Table 4-m
A 85° m s d d M, N U
A ±0.0002 d m d Over Up to
B 82°
αn
.154 .394 ±0.003 ±0.005
C ±0.0005 ±0.001 Corner rounding,
±0.001 .394 .590 ±0.005 ±0.008
C 80° uneven number of sides
αn E ±0.001 .590 .787 ±0.006 ±0.011
D 55° A 3°
F ±0.0002 ±0.0005
m
.787 1.024 ±0.007 ±0.015
d
B 5°
G ±0.001 ±0.005 ±0.001 1.024 1.260 ±0.008 ±0.015
E 75°
C 7° Corner rounding,
D 15° H ±0.0005 ±0.0005 even number of sides
Table 5-d
H 120°
E 20° J ±0.0002 d J, K, L, M U
±0.001 m
K 55° F 25°
K ±0.0005 d Over Up to
G 30° d .154 .394 ±0.002 ±0.003
L 90° L ±0.001 See m
N 0°
Table 5
.394 .590 ±0.003 ±0.005
Chamfered inserts
P 11° M ±0.005 .590 .787 ±0.004 ±0.007
M 86°
See
O Normal N Table 4 ±0.001 .787 1.024 ±0.005 ±0.001
clearance
O 135°
angles,
which U ±0.005 s 1.024 1.260 ±0.006 ±0.001
require a
P 108° special
description.
4
R
Cutting Face, Clamp Style
(70°–90°)
S 90°
A H R
T 60°
(70°–90°) (70°–90°) (40°– 60°)
B J T
V 35°
(70°–90°) (40°– 60°)

W 80° C M U
(40°– 60°)
Note 1:
In case of F N W
more than
one angle, (40°– 60°)
always use
G Q With special feature
smallest angle. X to approval drawing
( ) Cone angle for screw
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82
ISO Insert Designation
12 03 AF S A B
N
5 6 7 8 9
5 6 7 A 7 B
Cutting Edge
Length Thickness Cutting Edge Corner A 3°
l = Length
Radius inserts For chamfer face B 5°
l milling inserts
06 .250 C 7°
07 .312 D 15°
09 .375 κr
E 20°
11 .433
12 .500 F 25°
15 .625 G 30°
16 .649 r
19 .750 N 0°
Corner
22 .866
radius-r (Inches)
P 11°
25 1.00 Approach
S 00 sharp-edged angle κr O Clearance
31 1.25 of face
38 1.50 (Inches) milling edge
02 0.007 A 45°
02 .094
04 0.015 D 60°
03 .125
08 0.031 E 75°
T3 .156
12 0.047 F 85°
l 04 .187
16 0.062 P 90°
05 .219
20 0.078 Z Special
06 .250
07 .312
l
08 .315
8
09 .375 Cutting Edge Corner*
l
F E T S K P
Sharp-edged Rounded Chamfered Chamfered Doubled Double

and Rounded Chamfered Chamfered
l and Rounded
9
Ll
Direction of Cut*
Ll
*This reference
letter is not
R RH cut only L LH cut only N RH and LH cut always used
Ll
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83
LMT Insert Grades
GRADE DESCRIPTION
LW610 Uncoated Fine grain K10 grade. Premium uncoated carbide grade designed for high edge wear resistance in non-ferrous and
cast iron materials running at moderate to high surface speed. Recommended to run with coolant only when specific
materials requires wet process.
LW630 Uncoated Fine grain K30 grade. Premium uncoated carbide grade designed to run in applications needing a tough wear
resistant edge at lower speeds and feeds. Recommended for steel, stainless, and non-ferrous materials.
LC225S Premium PVD coated P25 grade, with our New TiCN-PLUS coating for optimum wear resistance and lubricity. First choice
for general purpose applications of steel and stainless at high cutting speeds. Recommended to run dry, but can run with
coolant.
LC225T Premium PVD coated P25 grade, with TiALN coating for extended tool life at moderate to high feed rates. Recommended to
run in dry milling applications.
LC230F Universal milling grade MT-CVD P30, with TiCN / Al2O3 / TiN coating that provides excellent edge wear resistance and
toughness. LC230F is primarily designed in applications from soft gummy carbon steels to alloy tools steels. Additionally
performs in Austenitic Stainless. This grade is recommended for medium to heavy chip loads and can be used in wet or dry
milling applications.
LC240S Premium PVD coated P40 grade, with our new TiCN-PLUS coating for both wear resistance and lubricity. Used in steels,
steel casting, stainless, at low speeds to moderate speeds. Recommended to run dry, but can run with coolant.
LC240T Premium PVD coated P40 grade, with a TiAlN for extended tool life in the cut at moderate feeds at high cutting speeds.
First choice grade for milling in all steels including mold and die steels. Recommended to run in dry milling applications.
LC280TT Premium PVD coated P40 grade, with a TiAlN/TiN for extended tool life in the cut at heavy feeds at medium cutting speeds.
First choice grade for milling in all steels including mold and die steels, even interrupted cuts. Recommended to run in dry
milling applications.
LC430T Premium milling grade PVD M30, with TiALN coating. LC430T developed for face and shoulder milling operations under
stable working conditions in Austenitic and Martensitic Stainless Steels. This grade is for recommended light to medium chip
loads in finishing applications.
LC435I CVD coated M35 grade, with a Multi-layer TiN/TiC/TiN coating on a tough carbide substrate. A tough milling grade for steel,
cast steel, and stainless. Recommended to run dry, but can run with coolant.
LC440T Premium milling grade PVD M40, with TiALN coating. LC440T developed for Face and shoulder milling operations for
interrupted cuts, heavy depth of cuts, and machining under unstable working conditions in Austenitic and Martensitic
Stainless Steels. This grade is recommended for medium chip loads in roughing applications.
LC444W Premium milling grade CVD M40, with TiCN coating. LC444W was developed as a universal grade for face and shoulder
milling applications in Austenitic and Martensitic Stainless steels. This grade is recommended for wet milling in with light to
medium chip loads in Stainless applications.
LC609T Premium PVD coated K10F grade for edge wear resistance, with a TiAlN coating for extended time in cut during finish work.
Used in finish Ball Nose, Back Draft/Flat Bottom copy milling. Insert grade for both semi finishing and finishing of molds and
dies (soft or hard). Capable of running at moderate to high cutting speeds. Recommended to run in dry milling applications,
or with the use of air.
LC610T• CVD coated K10 grade, with a TiAlN coating providing heat and edge wear resistance. Designed specially for the machining
of aluminum and non-ferrous material that require high cutting speeds. Recommended to run with coolant.
LC610T Premium PVD coated K10F grade for edge wear resistance, with a TiAlN coating for extended time in cut during finish work.
Used in finish Ball Nose, Back Draft/Flat Bottom copy milling. Insert grade for both semi finishing and finishing of molds and
dies (soft or hard). Capable of running at moderate to high cutting speeds. Recommended to run in dry milling applications,
or with the use of air.
LC615E CVD coated K15 grade, with a Al2O3 coating on a very tough heat & abrasion resistant substrate. A milling insert grade for
grey cast irons, nodular irons that require high cutting speeds and feeds. Recommended to run dry, but can run with coolant.
LC630S PVD coated K30F grade, with a TiCN-PLUS coating for both wear and lubricity. Designed as a all around general purpose
grade for steels, stainless, and cast iron materials at moderate speeds. Recommended to run dry, but can run with coolant.
LC630T PVD coated K30F grade, with a TiAlN coating providing heat and edge wear resistance on a tough substrate. Designed as a
general purpose dry milling grade for all steels, stainless, and cast iron material at moderate to high speeds. Recommended
to run in dry milling applications.
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84
Insert Grade Designation
Code for Coating Types

The LMT-FETTE grade designation system constitutes E = CVD
TiCN/TiC/Al2O3(2X)
a simple key. In accordance with ISO standards, it F = CVD
TiCN/Al2 O3/TiN
describes the material in an application-oriented way. I = CVD
TiN/TiC/TiN
M = Plasma CVD
TiAIN
N = PVD
TiN
S = PVD
Code for Main Cutting Group TiCN plus (TiCN/TiN)
2 = Steel (P) T = PVD
4 = Stainless (M) TiAIN (Multi-layer w/TiN)
L = LMT-FETTE TT = PVD
6 = Cast Iron (K) TiAIN (Multi-layer w/TiN)/TiN
LC225S
Material Code
W = Uncoated carbide grades
T = Titanium based carbides Toughness according to ISO
C = Coated carbide grades 05-40
Material
K M P
Cast Iron Stainless Steel
Classification
ANSI C1 C2 C3 C4 C5 C5 C5 C5 C6 C5 C5 C6 C7 C8
ISO 40 30 20 10 05 40 30 20 10 05 50 40 30 20 10 05
LC615E LC225S LC609T
LC609T LC240S LC610T
LC609W LC240T LC225S

Coated
LC610M LC430T LC225T
LC610T LC440T LC230F
LC225S LC444W LC240S
LC630S LC435I LC240T
LC630T LC630T LC280TT
Toughness Toughness Toughness
Wear Resistance Wear Resistance Wear Resistance

Uncoated
LW610F
LW610 LW630F
LW630F
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85
Recommended Maximum Feed per Tooth (fZ) for inserts LC280TT
Cutting Data Recommendations for Copying-Cutters for Roughing with LC280TT
Material Examples SFM

Unalloyed tool steel 1045, W1 900
Heat – treatable die steels 1212, 12L13 820
Case hardening steels 1040, 4130 900
Full hardening tool steels O2, D2, D3, H13, H11 650
Nitriding steels H13, 6150, A355 Cl C 575
Stainless steel, 316L 820
austenitic 304
Maraging steel
Grey cast iron and Alloyed grey cast iron No. 35B 750
Nodular cast iron and Alloyed nodular cast iron 60-40-18 650
Chilled cast iron 590
Hardened steel 45-52 Rc 450
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86
Cutting Data Recommendations for LC240T
Feed per Tooth (fZ) / SFM
0.003 - 0.006 0.006 - 0.014 0.014 - 0.020
Material Examples Rockwell C

Plain Carbon steel 1018, 1025, < 20 690 870 540 720 430 570
Free Machining steel 1212, 12L13 < 20 690 870 540 720 430 570
Structural alloy steel 1040, 4130 < 30 690 870 540 720 430 570
Heat-treatable steel, 4140, 6150 < 30 560 710 440 590 360 480
medium strength
Cast Steel 4340, 8740 < 30 560 710 440 590 360 480
Case hardening steel 52100, 8620 < 30 560 710 440 590 360 480
Stainless steel, 410, 430F, 440 < 30 560 710 440 590 360 480
ferritic
martensitic
Heat treatable steel, 4140, 8740 28 - 44 490 620 390 520 310 430
High strength
Nitriding Steel A355 28 - 44 490 620 390 520 310 430
Tool Steel H13, D2 28 - 44 490 620 390 520 310 430
Stainless steel 304, 316 < 30 750 950 590 790 480 620
austentic
Maraging steel 750 950 590 790 480 620
Grey cast iron A319, J431 < 27 690 870 540 720 430 570
No. 25B, No. 50B
Alloyed grey cast iron A434, A436-72 < 22 560 710 440 590 360 480
Nodular cast iron A536 (80-55-06), J434 < 34 490 620 390 520 310 430
Malleable cast iron A220, 50005 < 29 490 620 390 520 310 430
A47,32510
Pure metals, soft Pure Iron, Lead < 20
Aluminum alloys, 6061, 7050 < 20
long chipping
Aluminum alloys, A356, 4218 < 20
short chipping
Copper alloys, C27200, B-148-52 < 20
long chipping
Copper alloy, < 20
Short chipping
Magnesium alloys B94, M11910
Thermoplastics PVC, Acrylic glass
Duroplastics Durolite, Ampal
Graphite
Titanium alloys, F67, B265 < 29
medium strength
Titanium alloys Ti-6Al-4V 27 - 44
high strength Alloy
Nickel based alloys 20Cb3 < 29 230
medium strength
Heat resistant nickel Inconel 718 27 - 44 160
based alloys high
strength
Chilled cast iron Ampco 25 < 20 160
Hardened steel 45 - 52 160
53 - 59
60 - 65
Wet machining Dry machining
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87
Cutting Data Recommendations for LC230F
0.003 - 0.006 0.006 - 0.014 0.014 - 0.020

medium strength
Cast Steel 4340, 8740 < 30 390 560 300 390 390 490
Stainless steel, 410, 430F, 440 < 30
ferritic, 490 520 330 460 430 560
martensitic 360 520 260 360 330 460
Heat treatable steel, 4140, 8740 28 - 44 390 520 260 360 330 460
High strength
Tool Steel H13, D2 28 - 44 390 520 260 360 330 460
Stainless steel 304, 316 < 30 260 520 - - - -
austenitic
Maraging steel
Grey cast iron A319, J431 < 27 - - - - - -
No. 25B, No. 50B
Alloyed grey cast iron A434, A436-72 < 22 - - - - - -
Malleable cast iron A220, 50005 < 29 - - - - - -
A47,32510
Pure metals, soft Pure Iron, Lead < 20 - - - - - -
Aluminum alloys, 6061, 7050 < 20 - - - - - -
long chipping
Aluminum alloys, A356, 4218 < 20 - - - - - -
short chipping
Copper alloys, C27200, B-148-52 < 20 - - - - - -
long chipping
Copper alloy, < 20 - - - - - -
short chipping
Magnesium alloys B94, M11910 - - - - - -
Thermoplastics PVC, Acrylic glass - - - - - -
Duroplastics Durolite, Ampal - - - - - -
Graphite - - - - - -
Titanium alloys, F67, B265 < 29 - - - - - -
medium strength
Titanium alloys, Ti-6Al-4V 27 - 44 - - - - - -
high strength Alloy
Nickel based alloys 20Cb3 < 29 - - - - - -
medium strength
Heat resistant nickel Inconel 718 27 - 44 - - - - - -
based alloys high
strength
Chilled cast iron Ampco 25 < 20
Hardened steel 45 - 52 - - - - - -
53 - 59
60 - 65 - - - - - -
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88
Cutting Data Recommendations for LC225T, LC225S
0.003 - 0.006 0.006 - 0.014 0.014 - 0.020

medium strength 4340, 8740 490 620 430 520 360 460
Cast Steel 52100, 8620 < 30 490 620 430 520 360 460
Case hardening steel 410, 430F, 440 < 30 - - - - - -
Stainless steel, 4140, 8740 < 30 520 720 430 590 330 460
ferritic 430 590 330 460 260 360
martensitic 390 520 300 430 230 330
Heat treatable steel, A355 28 - 44 - - - - - -
High strength
Nitriding Steel H13, D2 28 - 44 390 520 300 430 230 330
Tool Steel 1018, 1025, 28 - 44 390 520 300 430 230 330
Stainless steel, 304, 316 < 30 390 590 - - - -
austenitic
Maraging steel
Grey cast iron A319, J431 < 27 - - - - - -
No. 25B, No. 50B
Alloyed grey cast iron A434, A436-72 < 22 - - - - - -
Malleable cast iron A220, 50005 < 29 - - - - - -
A47,32510
Pure metals, soft Pure Iron, Lead < 20 - - - - - -
Aluminum alloys, 6061, 7050 < 20 - - - - - -
long chipping
Aluminum alloys, A356, 4218 < 20 - - - - - -
short chipping
Copper alloys, C27200, B-148-52 < 20 - - - - - -
long chipping
Copper alloy, < 20 - - - - - -
short chipping
Magnesium alloys B94, M11910 - - - - - -
Thermoplastics PVC, Acrylic glass - - - - - -
Duroplastics Durolite, Ampal - - - - - -
Graphite - - - - - -
Titanium alloys, F67, B265 < 29 - - - - - -
medium strength
Titanium alloys, Ti-6Al-4V 27 - 44 - - - - - -
high strength Alloy
Nickel based alloys 20Cb3 < 29 - - - - - -
medium strength
Heat resistant nickel Inconel 718 27 - 44 - - - - - -
based alloys high
strength
Chilled cast iron Ampco 25 < 20 - - - - - -
Hardened steel 45 - 52 - - - - - -
53 - 59
60 - 65
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89
Cutting Data Recommendations for LC430T, LC440T
0.003 - 0.006 0.006 - 0.014

Austenitic 303, 304, 304L, < 20 820 - 1050 660 - 920
316, 316L, 321,
347
Austenitic hardened 309, 310S, 630, < 20 660 - 920 -
J775(SAE)
Duplex 329 < 20 660 - 920 -
(Austentic / ferritic)
Dry machining For ferritic and martensitic stainless steels we recommend grade LC230F
(preferably dry machining)
Cutting Data Recommendations for LC444W
0.003 - 0.008 0.009 - 0.016

Austenitic 303, 304, 304L, < 20 260 - 525 229 - 460
316, 316L
316Ti, 318, 321, 347, < 20 230 - 410 165 - 395
348
Austenitic hardened 309, 310S, 630, 230 - 330
J775 (SAE)
Duplex 329 230 - 395
(austenitic/ferritic)
Heat resistant alloys
Ni- or Co-basis Inconel 718, Incoloy 925 32 - 38 130 - 230 95 - 195
Titanium alloys:
Alpha- + Beta-alloys Ti -6Al-4V < 32 150 - 195 130 - 180
Wet machining For ferritic and martensitic stainless steels we recommend grade LC230F
(preferably dry machining)
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90
Cutting Data Recommendations for LC610T
0.003 - 0.006 0.006 - 0.014 0.014 - 0.020

medium strength
Cast Steel 4340, 8740 < 30 770 980 740 820 490 660
Stainless steel, 410, 430F, 440 < 30 770 980 740 820 490 660
ferritic,
martensitic
Heat treatable steel, 4140, 8740 28 -44 620 790 490 660 390 520
High strength
Tool Steel H13, D2 28 -44 620 790 490 660 390 520
Stainless steel, 304, 316 < 30 - - - - - -
austenitic
Maraging steel - - - - - -
Grey cast iron A319, J431 < 27 940 1180 740 980 590 790
No. 25B, No. 50B
A47,32510
Pure metals, soft Pure Iron, Lead < 20 2180 2760 1720 2300 1380 1840
Aluminum alloys, 6061, 7050 < 20 3120 3280 2460 3280 1970 2620
long chipping
Aluminum alloys, A356, 4218 < 20 1250 1570 980 1310 790 1050
short chipping
Copper alloys, C27200, B-148-52 < 20 3120 3280 2460 3280 1970 2620
long chipping
Copper alloy, < 20 1250 1570 980 1310 790 1050
short chipping
Magnesium alloys B94, M11910 - 1970 - 1640 - 1310
Thermoplastics PVC, Acrylic glass - 1970 - 1640 - 1310
Duroplastics Durolite, Ampal - 1970 - 1640 - 1310
Graphite - 1970 - 1640 - 1310
medium strength
Titanium alloys, Ti-6Al-4V 27 - 44
high strength Alloy
Nickel based alloys 20Cb3 < 29 260 300
medium strength
Heat resistant nickel Inconel 718 27 - 44 200 230
based alloys high
strength
Chilled cast iron Ampco 25 < 20 200 230
Hardened steel 45 - 52 260 300
53 - 59 200 230
60 - 65 130 160
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91
Cutting Data Recommendations for LC615E
0.003 - 0.006 0.006 - 0.014 0.014 - 0.020

Plain Carbon steel 1018, 1025, < 20
Free Machining steel 1212, 12L13 < 20
Structural alloy steel 1040, 4130 < 30
Heat-treatable steel, 4140, 6150 < 30
medium strength
Cast Steel 4340, 8740 < 30
Case hardening steel 52100, 8620 < 30
Stainless steel, 410, 430F, 440 < 30
ferritic,
martensitic
Heat treatable steel, 4140, 8740 28 - 44
High strength
Nitriding Steel A355 28 - 44
Tool Steel H13, D2 28 -44
Stainless steel, 304, 316 < 30
austenitic
Maraging steel
Grey cast iron A319, J431 < 27 520 1050 430 790 300 590
No. 25B, No. 50B
A47,32510
Pure metals, soft Pure Iron, Lead < 20
Aluminum alloys, 6061, 7050 < 20
long chipping
Aluminum alloys, A356, 4218 < 20
short chipping
Copper alloys, C27200, B-148-52 < 20
long chipping
Copper alloy, < 20
short chipping
Magnesium alloys B94, M11910
Thermoplastics PVC, Acrylic glass
Duroplastics Durolite, Ampal
Graphite
medium strength
Titanium alloys, Ti-6Al-4V 27 - 44
high strength Alloy
Nickel based alloys 20Cb3 < 29
medium strength
Heat resistant nickel Inconel 718 27 - 44
based alloys high
strength
Chilled cast iron Ampco 25 < 20
Hardened steel 45 - 52
53 - 59
60 - 65
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92
Look to LMT-FETTE for all your precision metalworking needs
• Productive solutions for your

manufacturing problems
• Advanced cutting materials for today’s production
requirements.
• The correct tool for your automotive, aerospace, or
medical fabrication needs.
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93
Cutting Data Recommendations for Face Mills – TWINCUT / ISO
Cutting Speed Feed Per Starting

Hardness (SFM) Range Tooth Starting Feed Per Wet
Brinell Rockwell Uncoated Coated Recommended (fZ) Speed Tooth or
Work Material (BHN) (HRC) Carbide Carbide CBN/PCD Grade Range (SFM) (fZ) Dry
Low Carbon Steels < 220 < 19 350-900 LC240T .004-.020 500 .012 D
AISI: 1008, 1010, 1018, 400-1100 LC225S/T .004-.014 650 .010 D
1117, 1141
Plain Carbon, 200-300 19-32 300-700 LC240T .003-.018 400 .012 D
Alloy and Tool Steels 300-900 LC225S/T .003-.012 500 .009 D
AISI: 1045, 4140, 4320, 300-425 32-45 175-400 LC240T .003-.014 300 .008 D
4340,5120, 8620, P-20 250-650 LC225S/T .003-.008 450 .006 D
425-570 45-54 300-500 LC610T .003-.006 350 .004 D
300-800 CBN .003-.006 550 .004 D
Stainless Steels < 330 < 35 200-600 LC240T .003-.012 400 .007 W/D
Ferritic-Martensitic 250-650 LC225S/T .003-.009 .450 .005 D
400 to 500 Series 330-450 35-45 150-500 LC225S .003-.006 425 .005 D
PH Stainless Steels 150-425 LC240T .004-.011 350 .007 W/D
Austenitic 135-275 < 28 250-550 LC240T .004-.012 425 .007
200 to 300 Series 300-600 LC225S/T .004-.009 450 .006 D
300-700 LC610T .003-.008 500 .005 D
Aluminum and other
Free-Machining 50-150 700-2000 LW610 .004-.015 1000 .008 W/D
Non-Ferrous Materials 1000-12,000 PCD .004-.012 4000 .006 W/D
Aluminum/High-Silicon 700-1500 LW610 .003-.014 1000 .009 D
(12% or higher) 1000-6000 PCD .003-.012 2000 .007 D
Grey Cast Iron 120-320 < 34 300-900 LC610T .003-.009 700 .007 D
300-1100 LC615E 003-.010 850 .007 D
Cast Iron 120-320 < 34 300-800 LC610T .003-.008 500 .006 D
Ductile and Malleable 300-1000 LC615E .003-.009 575 .007 D
250-550 LC240T 003-.009 450 .008 D
Cast Iron 400-560 43-55 150-600 LC610T .004-.008 400 .006 D
Hardened or Chilled 150-675 LC615E .004-.008 475 .006 D
200-900 CBN .003-.008 600 .006 D
Nickel-Base Alloys
Annealed 600 series 140-300 < 32 50-220 LC630T/S .002-.006 120 .004 D
Inconel, Hastelloy, 50-220 LC240T .002-.008 110 .005 D
& Waspaloy
Nickel-Base,
Heat Resistant Alloys 300-475 31-49 60-200 LC630S/T .002-.006 95 004 D
Annealed Inconel 60-200 LC225S/T .002-.007 90 .004 D
700 Series 60-200 LC240T .002-.008 80 .005 D
Iron-Base,
Heat Resistant Alloys 135-320 < 34 80-450 LC630S/T .003-.007 280 004 D
Wrought: A-286, Incoloy 80-350 LC225S/T .003-.008 240 .005 D
801, ASTM351 grade 80-300 LC240T .003-.009 210 .006 D
HK-30, 40, HT-30
Cobalt 150-425 < 45 75-400 LC630S/T .002-.007 120 .004 D
Heat Resistant Alloys 75-400 LC225S/T .002-.008 110 .005 D
75-400 LC240T .003-.009 100 .006 D
Titanium-Alloy 110-300 < 32 60-300 90-400 LC240T/LW610 .003-.008 220 .004 W
Annealed Ti6Al-4V, 300-350 32-36 60-220 90-300 LC240T/LW610 .003-.007 150 .004 W
Ti6Al, Ti98.8, Ti99.9 350-440 36-46 60-180 90-200 LC240T/LW610 .003-.006 130 .004 W
When setting initial cutting conditions, consider the following:

Suggested starting conditions are based on a .100" axial depth of cut. Cutting speed should be adjusted for a greater or lesser depth. Using
a cutter with the recommended 3:2 cutter diameter-to-workpiece width ratio will provide a negative angle of entry, allowing the insert to make
contact with the workpiece at its strongest point on the cutting edge.
Climb Milling is normally recommended in order to allow the insert to enter with a heavier chip load. This reduces edge build up and
dissipates the heat in the chip minimizing workhardening.
Use LC280TT in case of tool breakage, or heavy rough milling operations.
For 87° TWINCUT, reduce roughing and semi-finishing chiploads by 40%
For 90° TWINCUT, and ISO 90° APKT style cutters reduce roughing and semi-finishing chiploads by 45%
For Face Milling using ISO 45° insert styles SEAN and SEKN, reduce roughing and finishing chiploads by 30%
For UNIVEX data, see page 86 and 87
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94
Application Data for Face Mill
Recommended maximum feed per tooth (fZ) when woc = 3:2 (.67 x d1) d1 = Cutter dia.
FMH45B 11171 FMH45 11172 FMH45 11173 FMT45 11250-12 FMT45 11250-19
Catalog No. MMH45B S12 MMH45 S12 MMH45A S12 MMT45 S12
ap = max doc .216 .216 .216 .275 .394

lead angle 45° 45° 45° 45° 45°
ISO-Code SEHW 1204 AF SEKN 1203 AF SEKN 1204 AF SNKX 1205 AN SNKX 1907 AN
.015 .012 .015 .020 .024
.012 .010 .012 .015 .020
.009 .007 .009 .012 .014
.020 .015 .020 .024 .024
.015 .012 .015 .020 .020
.010 .008 .010 .012 .012
FMV45 11280 FMT87 11230 FMT90 11260 FMP90 11415 FMU90 11475
Catalog No. MMT90 S12 MMP90 A16
ap = max doc .197 .394 .394 .551 .472

lead angle 45° 87° 90° 90° 90°
ISO-Code SNHX 1205 AE SNKX 1205 AN SPKX 120508 APKT 1604 PDR ADHX 12T306
.012 .013 .015 .010 .010
– .012 .012 .008 .008
.007 .010 .009 .006 .006
.020 .016 .0013 .015 .015
– .012 .012 .012 .012
.012 – – – .008
Ramping with TWINCUT 45° and UNIVEX

Ramping is always recommended over plunging when entering the work- TWINCUT 45° UNIVEX 90°
piece. Ramp milling minimizes the likelihood of the workpiece material
d (insert ic) .500 .750 .500
work hardening and improves tool life. Climb milling is recommended
with workpiece materials that work harden. This method reduces the heat b (facet width) .078 .118 -
in the workpiece by dissipating it into the chip. ap = max doc .276 .394 .425
d d1 W1 max d1 W1 max
inch mm Degree inch Degree
max 1.00 25 17.0
TWINCUT doc
1.25 32 12.0
1.50 40 9.0 1.57 1.2
.7 x max doc = Maximum
insert cutting & 2.00 50 7.0 2.00 0.9
b ramping depth
2.50 63 5.0 2.50 0.7
d1 (TWINCUT 45° only)
w1 3.00 80 4.0
W1 = Maximum Ramping Angle 4.00 100 3.0
5.00 125 2.5
max
doc 6.00 160 2.0
UNIVEX 8.00 200 1.5 2.11
10.00 250 1.2 1.66
d
d1 See page 80 for milling formulas.

w1
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95
Cutting Data Recommendations for Copy Mills
Roughing Tools
Cutting Speed Starting

(SFM) Range Chip Feed Starting Wet
Hardness CBN*/ Thickness Recommended Per Tooth Speed or
Work Material (BHN) Coated PCD** Range Grade (FZ) (SFM) Dry
Carbon Steels 50-180 350-700 .004-.015 LC280TT/LC240T .008 600 D
180-330 250-450 .003-.015 LC225S/LC225T .008 500 D
Alloy Steels and Lower 135-330 220-550 .003-.015 LC280TT/LC240T .008 550 D
Carbon Tool Steels 330-450 150-400 .003-.010 LC225S/LC610S .007 550 D
P20-H13 450-560 200-450 300-1000 .003-.008 LC225T/LC610T .005 275 D
Stainless Steels
200 & 300 series 135-330 200-700 .003-.010 LC225S/LC240T .007 500 W/D
400 & 500 series 135-330 230-650 .003-.011 LC225S/LC240T .007 500 W/D
330-425 180-600 300-900 .003-.008 LC225S/LC225T .006 450 W/D
425-600 .003-.008 CBN .005 600 W/D
PH series 150-375 200-600 .003-.012 LC225S/LC240T .006 400 W/D
Grey Cast Irons 120-320 300-1000 .003-.014 LC225T/LC610T .007 700 D
Ductile & Malleable Cast Iron 120-320 300-800 .003-.014 LC225T/LC240T .005 600 D
Hardened or Chilled Cast Iron 400-600 200-400 200-950 .005-.010 LC610T .005 500 D
Nickel Base Alloys 140-300 80-450 .002-.008 LC240T .005 130 D
300-475 50-260 .002-.008 LC225S/LC225T .004 100 W/D
Titanium-Alloyed 110-300 100-400 .003-.010 LC240T .005 200 W/D
300-350 75-350 .003-.010 LC225S/LC225T .005 150 W/D
350-440 50-250 .003-.008 LC610T .004 130 W/D
Aluminum-Low Silicon 700-3000 1000-4000 .003-.020 LC610T/LC225S .010 1500 W
Aluminum-High Silicon 300-550 1000-2500 .003-.015 LC610T/LC225S .010 500 W
Wood and Resins 800-1400 2000-5000 .003-.020 LC610T/LC225T .006 1000 D
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96
Application Data for FCT45 and MCT45 Face Mill
Recommended maximum feed per tooth (fZ) when woc = 3:2 (.67 x d1) d1 = Cutter dia.
Catalog No. FCT45 MCT45 FCT 45 MCT45 FCT 45 MCT45
ap1 (doc) .118 with 8 indexed edges max. .060 with 12 indexed edges max. .078 with 8 indexed edges max.
max.doc. .394 .380 .315
ISO-Code OCKX 0606 AD-TR XCHX 1606 DD-TR RCKX 1606 MO-TR
Recommended Maximum Feed per Tooth (fZ)
.017 .017 .017
.015 .015 .015
.008 .008 .008
.015 .015 .015
.014 .014 .014
.012 .012 .012
Pocket Milling and Ramp Milling

Helix angle W1max.
for pocket milling FCT45 with FCT45 with FCT45 with
(ramping) OCKX 0606 AD-TR XCKX 0606 AD-TR RCKX 1606 MO-TR
d .630 .630 .630
max.doc. .394 .380 .315
d1 cutter dia. W1max in deg.
2.00 8 7 7
2.50 5.4 4.8 4.8
3.00 4 3.6 3.6
4.00 3 2.7 2.7
5.00 2 2 2
Internal cutting depth Tmax = .158"
Ramping
Ramping is always recommended over plunging when entering the workpiece.
Ramp milling minimizes the likelihood of the workpiece material work hardening and
improves tool life. Climb milling is recommended with workpiece materials that work
harden. This method reduces the heat in the workpiece by dissipating it into
the chip.
Circular Milling Helical Interpolation

Diameter Range for Helical When possible Helical Interpolation is another preferred
Interpolation in a Recess method of entry into the workpiece when roughing with
button style cutters to full cavity depth. (See chart)
d1 dmin dmax
2.00 2.799 4.00 A consistent depth of cut and chip load is maintained
without the need to dwell on the Z-axis. Once there is a
2.50 3.799 5.00
cavity in the workpiece, the cutter can be used as a
3.00 4.799 6.00 conventional facemill and rough the part with normal X
4.00 6.799 8.00 and Y axis tool paths.
5.00 8.799 10.00
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Cutting Data Recommendations for TWINCUT VARIO
Cutting Speed
Recommended Face Milling Copy Milling
Material Brinell (BHN) Grade sfm sfm
Low Carbon Steel < 206 525-720 820-980
Plain Carbon Steel 147-280 525-655 600-850
Alloy Steel 147-280 LC280TT 460-590 600-850
Cast steel < 280 LC240T 460-590 600-850
Carburizing steel < 950 LC225S 460-590 600-850
Stainless, ferritic, martensitic 147-280 460-560 500-850
400-500 series
Heat-treatable steel, high-strength 280-1400 LC280TT 394-492 500-720
Nitralloy steel, heat-treated 950-1400 LC240T 394-492 500-720
Tool steel 280-412 LC610T 394-492 500-720
Stainless, austenitic 147-280 LC240T 400-630 400-575
200-300 series
Aluminum alloys, long chipping < 164 LW610* 984-3000 984-3000
Copper alloys, long chipping 88-206 LC225S 820-1600 984-3000
Pure metals, soft 147 LC225S 820-1600 984-3000
Thermoplastics < 70 LW610* 650-1300 984-3000
Grey cast iron < 120 LC610T 425-690 650-984
Alloyed gray cast iron < 75 LC610T 325-525 500-820
Spheroidal graphite iron 120-238 LC610T 325-525 524-984
Malleable cast iron LC610T 390-690 524-820
Aluminum alloys, short chipping 350-700 LW610* 650-980 524-984
Copper alloys, short chipping LC225S 650-980 524-984
Magnesium alloys < 119 LW610* 650-1300 524-1300
Thermosetting plastics < 147 LW610* 590-820 524-984
Titanium alloys, medium-strength 110-275 LW610* 120-250 120-250
Titanium alloys, high-strength 300-350 LW610* 80-170 80-170
Nickel-based alloys, medium-strength < 280 LC225S 90-200 80-200
Highly refractory 266-912 LC225S** 98-165 80-220
Nickel-based alloys
Chilled cast iron 266-412 LC225S* 98-130 80-220
*Uncoated LW610 grade, the sfm specified in the table is for this material.
**Substitute LC280TT grade in cases where there is a risk of the tool breaking.
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98
Application Data for Universal Milling TWINCUT VARIO
Face Milling
Catalog No. Round Octagonal
max.doc. 0.315 0.394

min.doc. 0.079 0.079
ISO-Code RCKX 1606 MO-TR OCKX 0606 AD-TR
0.018 0.014
0.016 0.012
0.008 0.006
0.016 0.012
0.014 0.012
0.012 0.010
a
Pocket Milling and Ramp Milling
Max. W1 angle when
ramping with TWINCUT VARIO with TWINCUT VARIO with
TWINCUT VARIO RCKX 1606 MO-TR OCKX 0606 AD-TR
d1 inch W1° W1°
1.50 1.3° 1.1°
2.00 1.8° 1.6°
2.50 2.3° 2.1°
3.00 2.8° 2.6°
4.00 3.8° 3.6°
a Internal cut depth Tmax = 0.157"
Ramping
Ramping is always recommended over plunging when entering the workpiece.
Ramp milling minimizes the likelihood of the workpiece material work hardening and
improves tool life. Climb milling is recommended with workpiece materials that work
harden. This method reduces the hear in the workpiece by dissipating it into
the chip.
Circular Milling
Diameter Range for Helical
Interpolation in One Operation
d1 dmin dmax
1.50 3.06 4.54
2.00 4.06 5.54
2.50 5.06 6.54
3.00 6.06 7.54
4.00 8.06 9.54
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Cutting Data Recommendations for TWINCUT Feed Mill
ECP05/FCP05
LC280TT LC610T
Cutting Feed per Cutting Feed per
Material Material Examples HRC Speed (sfm) Tooth (fZ) Speed (sfm) Tooth (fZ)
Unalloyed Carbon Steels A36, 1005–1029, 16–30 800–1000 .070"–.100" 1000-1080 .060"–.088"
1213, 12L14
1030–1055
Alloyed Steels, 4140, 6150, < 30 700–800 .060"–.080" 800–900 .060"–.072"
Medium Strength 5115, 8620
Heat Treatable Steel, 4340 30–44 720–790 .060"–.080" 870–1000 .060"–.072"
High Strength
Nitriding Steel H13 30–44 490–590 .060"–.080" 655–720 .052"–.072"
Tool Steel A2, D2, P20 30–44 590–720 .060"–.080" 720–870 .052"–.072"
Stainless (Austenitic) 303, 304, 316, Nitronic < 30 700–800 .040"–.060" 750–850 .040"–.052"
Grey Cast Iron, No. 30B, < 30 750–820 .112"–.118" 820–1000 .080"–.100"
Alloyed Grey Cast Iron A436–725
Nodular Cast Iron 5005 < 23 550–590 .072"–.080" 770–820 .064"–.072"
Alloyed Nodular Cast Iron 5005 < 16 625–655
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100
Application Data for TWINCUT Feed Mill ECP05/FCP05
Pocket Milling and Axial Plunging

1177-11T 1177-65T
l1 .118 .059
l1 Tmax .043 .035
d1 W1 max Degree
1.00 2.9 –
1.25 2.2 4.6
1.50 1.8 2.9
2.00 1.3 1.7
d1 2.50 1.0 1.2
3.00 0.8 0.9
T max 4.00 0.6 0.6
Circular Milling
1177-11T 1177-65T
d1 dmin dmax dmin dmax
1.00 1.41 1.96 – –
1.25 1.91 2.46 1.63 2.38
1.50 2.41 2.96 2.13 2.88
2.00 3.41 3.96 3.13 3.88
2.50 4.41 4.96 4.13 4.88
3.00 5.41 5.96 5.13 5.88
4.00 7.41 7.96 7.13 7.88
de
Feed Correction Plunge Milling – 65T

FZ d1 Step width in. fZ (inch)
ap Iges max 4 d1 Iges > 4 d1 1.000 .080 .004
.020 1.3 1.00 1.250 .156 .006
.040 1.0 0.75 1.500 .197 .008
.050 0.7 0.50 2.000 .197 .008
vf Feed rate in inches per minute 2.500 .197 .008
n RPM 3.000 .197 .008
z No. of teeth 4.000 .197 .008
fz Feed per tooth in inches
lges Overhang
ap Depth of cut in inches
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101
Cutting Data Recommendations for Ball Nose, and
Flat Bottom / Back Draft End Mills
Finishing Tools
Cutting Speed Starting

(SFM) Range Chip Feed Wet
Hardness CBN*/ Thickness Recommended Chip Per Tooth Speed or
Work Material (BHN) Coated PCD** Range Grade Breaker (fZ) (SFM) Dry
Plain Carbon 50-180 350-900 .004-.015 LC609T/LC225S YES .007* 700 D
Steels 180-330 350-900 .003-.015 LC609T/LC225S Y/N .007* 600 D
Alloy Steels and 135-330 520-850 .003-.010 LC609T/LC225S Y/N .006* 625 D
Lower Carbon Tool
Steels 330-450 450-800 .003-.008 LC609T NO .005* 550 D
P20-H13 450-560 300-1000 .003-.008 CBN NO .005* 550 D
Stainless Steels
200 & 300 series 135-330 400-900 .003-.008 LC609T/LC225S YES .007* 600 W/D
400 & 500 series 135-330 430-850 .003-.008 LC609T/LC225S Y/N .007 600 W/D
330-425 430-800 .003-.007 LC609T/LC225S NO .006* 525 W/D
425-600 400-950 .003-.006 CBN NO .005* 525 W/D
PH series 150-375 400-800 .003-.008 LC609T/LC225S NO .0055* 450 W/D
Grey Cast Irons 120-320 600-1200 .003-.010 LC609T NO .007* 800 D
Ductile & Malleable 120-320 600-900 .003-.009 LC609T NO .006* 650 D
Cast Iron
Hardened or 400-600 200-400 300-1100 .005-.006 CBN NO .004 550 D
Chilled Cast Iron
Nickel Base Alloys 140-300 200-650 .002-.007 LC609T/LC225S Y/N .0045* 140 D
300-475 150-560 .002-.007 LC609T NO .004 110 D
Titanium-Alloyed 110-300 150-500 .002-.008 LC609T YES .0055* 160 W/D
300-350 90-450 .002-.008 LC609T Y/N .005* 135 W/D
350-440 35-250 .002-.006 LC609T NO .004* 110 W/D
Aluminum-Low 800-8000 1000-15,000 .003-.012 LC609W/LC609S YES .009* 2000 W
Silicon
Aluminum-High 500-800 1000-6000 .003-.010 LC609W/LC609S YES .007* 600 W
Silicon
Wood and Resins 1000-2400 3000-7200 .003-.015 LC609T/PCD Y/N .0075* 1000 D
Graphite 800-1500 1800-4300 .003-.010 LC609T/PCD YES .0055* 1000 D
*CBN for use on ferrous metals only *Chip Thickness Correction Factors
**PCD for non-ferrous metals/materi- Cutter diameters below 1/2" multiply chip thickness x 0.6
als Cutter diameters 1/2" to 1" multiply chip thickness x 0.85
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102
Feed, Speed, and Diameter Compensation for 3 Axis Milling
1. Selected diameter of tool to be used. Calculated Effective Cutting Diameter for Ball Nose Tooling
2. Determine Depth of Cut (DOC) to be used.
Inch Insert Diameter
3. Refer to Figure and Table to find the Effective
DOC 0.250 0.312 0.375 0.500 0.625 0.750 1.000 1.250 1.500 2.000
Cutting Diameter (ECD).
0.005 0.070 0.078 0.086 0.099 0.111 0.122 0.141 0.158 0.173 0.200
4. Refer to Feed and Speed chart on page 102 0.010 0.098 0.110 0.121 0.140 0.157 0.172 0.199 0.223 0.244 0.282
to select the surface footage to be used 0.020 0.136 0.153 0.169 0.196 0.220 0.242 0.280 0.314 0.344 0.398
(SFM). 0.050 0.200 0.229 0.255 0.300 0.339 0.374 0.436 0.490 0.539 0.624
5. Calculate RPM using the ECD and SFM. 0.075 0.229 0.267 0.300 0.357 0.406 0.450 0.527 0.594 0.654 0.760
(SFM x 3.82 / ECD = RPM) 0.100 0.245 0.291 0.332 0.400 0.458 0.510 0.600 0.678 0.748 0.872
0.125 0.250 0.306 0.354 0.433 0.500 0.559 0.661 0.750 0.829 0.968
6. Refer to Table to determine Feed Rate
0.156 0.312 0.370 0.463 0.541 0.609 0.726 0.826 0.916 1.073
Adjustment (FRA).
0.188 0.375 0.484 0.573 0.650 0.781 0.894 0.993 1.167
7. Refer to chart on page 102 and select Inches 0.250 0.500 0.612 0.707 0.866 1.000 1.118 1.323
per Teeth (IPT). Calculate Inches per Minute 0.312 0.625 0.739 0.927 1.082 1.218 1.451
(IPM). (No Teeth x IPT x RPM x FRA = IPM) 0.375 0.750 0.968 1.146 1.299 1.561
0.600 1.000 1.225 1.414 1.732
0.625 1.250 1.479 1.854
0.750 1.500 1.936
Formulas 1.000 2.000
SFM = .262 x RPM x Diameter of Cutter
RPM = 3.82 x SFM ÷ Diameter of Cutter INSERT DIAMETER
IPR = IPM ÷ RPM
IPM = IPT x Number Of Teeth x RPM
IPT = IPM ÷ (Number Of Teeth x RPM)
MRR = Axial DOC x Radial WOC x IPM = in3/min
HP (Cutter) = MRR ÷ Power Factor (K)
HIFB = (2 x d) – IC
DEPTH OF CUT
Legend EFFECTIVE
CUTTING DIA.
RPM = Revolutions Per Minute
SFM = Surface Feet Per Minute
IPR = Inches Per Revolution
IPM = Inch Per Minute Feed Rate Adjustment (FRA)
IPT = Inches Per Tooth (Chip load)
Inch Insert Diameter
DOC = Depth Of Cut
MRR = Metal Removal Rate DOC 0.250 0.312 0.375 0.500 0.625 0.750 1.000 1.250
HP = Horse Power 0.005 3.6 4.0 4.4 5.0 5.6 6.1 7.1 7.9
HIFB = Helical Interpolation to Flat Bottom 0.010 2.6 2.8 3.1 3.6 4.0 4.4 5.0 5.6
ECD = Effective Cutting Data 0.015 2.1 2.3 2.6 2.9 3.3 3.6 4.1 4.6
FRA = Feed Rate Adjustment 0.020 1.8 2.0 2.2 2.6 2.8 3.1 3.6 4.0
0.025 1.7 1.8 2.0 2.3 2.6 2.8 3.2 3.6
0.050 1.2 1.4 1.5 1.7 1.8 2.0 2.3 2.6
0.075 1.1 1.2 1.2 1.4 1.5 1.7 1.9 2.1
0.100 1.1 1.1 1.2 1.4 1.5 1.7 1.8
0.125 1.1 1.2 1.3 1.3 1.4 1.5
0.150 1.1 1.2 1.3 1.4 1.5
0.175 1.1 1.2 1.3 1.4
0.200 1.1 1.3 1.4
0.250 1.2 1.2
0.300 1.1 1.2
0.400 1.1
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103
Cutting Data Recommendations for UNIVEX Face Mills,
End Mills, Helical Mills, and Chamfering Cutters
Finishing Tools
Cutting Speed
Feed Per Starting Starting
Hardness (SFM) Range
Recom- Tooth Starting Feed Per Chamfer- Wet
Brinell Rockwell Uncoated Coated mended (fZ) Speed Tooth ing or
Work Material (BHN) (HRC) Carbide Carbide Grade Range (SFM) (fZ) (IPT) Dry
Low Carbon Steels < 220 < 19 350-800 LC240T .003-.009 500 .006 .013 D
AISI: 1008, 1010, 400-1000 LC225T .003-.008 650 .005 .011 D
1018, 1117, 1141 300-650 LC630T .003-.009 450 .006 .012 D
Plain Carbon,
Alloy and Tool Steels 200-300 19-32 300-700 LC240T .003-.009 450 .006 .013 D
AISI: 1045, 4140, 4320, 300-900 LC225T .003-.008 550 .005 .013 D
4340,5120, 8620, P-20 300-600 LC630T .003-.009 400 .006
Alloy and Tool Steels 300-381 32-41 175-400 LC240T .003-.008 300 .005 .009 D
AISI Tool steels: H10, H11, 250-650 LC225S/T .003-.007 450 .005 .008 D
H13, alloy steels: 4140, 4150, 200-400 LC630S/T .003-.008 300 .005 .009 D
4320, 4340, 5120, 8620, 8640
Stainless Steels
Ferritic-Martensitic < 330 < 35 200-600 LC240T .003-.008 450 .005 .008 D
400 to 500 Series 250-650 LC225T .003-.007 500 .004 .008 D
330-371 35-40 150-500 LC240T .003-.007 350 .005 .008 D
175-550 LC225T .003-.006 425 .004 .008 D
PH Stainless Steels 150-371 < 40 175-500 LC240T .003-.007 400 .005 .008 W/D
15-5PH, 17-4PH, 17-7PH
Stainless Steels
Austenitic 200 to 300 Series 135-275 < 29 250-600 LC240T .003-.007 400 .005 .008 D
303, 304, 306, 316, 347 300-800 LC225T .003-.007 450 .005 .008 D
Aluminum and other
Free-Machining 50-150 700-2000 LC610T• .003-.012 1000 .008 .012 W/D
Non-fererrous Materials 1000-12000 PCD .003-.010 4000 .006 .010 W/D
(copper, brass, zinc 900-4000 LC610T• .003-.010 1500 .008 .012 W/D
and magnesium)
Aluminum/High-Silicon 1000-6000 PCD .003-.010 4000 .007 .010 W/D
(12% or Higher) 700-1500 LC610T• .003-.010 1000 .007 .010 W/D
Grey Cast Iron
Class: 20, 25, 30, 35, 40, 45, 50 120-320 < 34 300-900 LC610T .003-.008 700 .006 .012 D
SAE: grade G1800, G3000, 300-1100 LC615E .003-.008 850 .006 .012 D
G3500, G4000
Cast Iron
Ductile and Malleable 120-320 < 34 275-500 LC240T .003-.006 325 .004 .008 D
ASTM A536: 60-40-18, 300-600 LC610T .003-.006 475 .004 .008 D
65-45-12, 100-70-06 300-800 LC612E .003-.006 525 .004 .008 D
ASTM A47 grades 3000,
4000, 5000, 6000
Nickel-Base Alloys
Annealed 600 series Inconel 140-300 < 32 50-300 LC610M .003-.006 130 .004 .008 D
Hastelloy & Waspaloy-Hastelloy B, 50-250 LC240T .003-.007 110 .004 .008 D
C-27, Inconel 601, 617, 625, 718
Nickel-Base,
Heat Resistant Alloys 300-475 31-49 60-200 LC240T .002-.005 90 .003 .008 D
Annealed Inconel 700 Series 60-200 LC225T .002-.005 95 .003 .008 D
Inconel 718, Rena 95,
MA6000, Hastelloy C
Titanium-Alloy 110-300 < 32 60-300 90-400 LC610T .003-.006 220 .003 .005 W
LW610
Annealed Ti6Al-4V 300-350 32-36 60-220 90-300 LC610T .002-.006 150 .003 .005 W
LW610
Ti6Al, Ti98.8, Ti99.9 350-440 36-46 60-180 90-200 LC610T .003-.006 130 .003 .005 W
LW610
When using uncoated grades reduce cutting speeds by 25%.

Use grade LC240S/T if tool breakage occurs.
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104
Application Data for End Mill, Face Mill and Helical Mill
Recommended maximum feed per tooth (fZ) when woc = .5 x d1 (d1 = Cutter dia.)
ERU90 11552
ERT90 11257 EMP90 11415 EMU90 11473
Catalog No. ERU90 11555
FRT90 11259 FMP90 11415 EMU90 11474
ERU90 11335
Cutter Dia. 2.00-3.00 1.00-2.50 1.00-4.00 0.50-1.50

ISO Code SNKX ADMX APKT ADHX
.010 .006 .010 .006*
.008 .005 .008 .005*
– .004 – .004*
.012 .010 .010 .010*
.010 .008 .008 .008*
– .004 – .004*
Catalog No. EMT45 11253 ESP90 11470 EFZ45/60 1148 EFP45 11483
Cutter Dia. 1.56-2.06 .488-1.238 .630-1.26 1.134-1.941

ISO Code SNKX CCHX TCMT SDM_ and SP__
.010 .006 .008 .008
.008 .004 .006 .006
.006 – .004 .004
.012 .008 .010 .010
.010 .006 .008 .008
.004 – .003 .003
*These recommendations represent the average of the size range offered. These figures are not appropriate for smaller cutter diameters.
Calculation of Feed (IPM) When Applying Long Edge Helical Cutters
rpm = 3.82 x sfm ÷ d

IPM = rpm x nt eff. x fz x Mf
rpm = spindle speed
fz = feed per tooth
nt eff. = effective teeth
Mf = multiplication factor
Inserts overlap See next page for Inserts do not overlap

(all effective) multiplication factors (half effective)
nt eff. = number of flutes (Mf) nt eff.* ÷ 2 = number of flutes
*Inserts are staggered in rows; two rows make one effective flute. Only one row cuts to the end. Each insert in
that row is spaced so the next adjacent row of inserts cuts in the gap area with some insert overlap to complete
the length of cut and make an effective flute.
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105
Cutting Data Recommendations for EMZ90 / FMZ90
Brinell Cutting Speed

Hardness LW610 LC610T*
Material (BHN) SFM SFM
Aluminum Free Machining HB < 80 3280 4920
HB > 80 2620 3280
Copper alloys long chipping 820 985
Thermoplastics 985 –
Aluminum alloys Si < 12% 2620 328
Si ≥ 12%** – 650
Copper alloys short chipping 1320 1640
Magnesium alloys 1320 –
Duroplastics 490 650
*LC610T CVD Coated TiAlN
**PCD-tipped inserts upon request.
Recommended Maximum Feed per Tooth (fZ) for V_GT Inserts
Maximum Feed Per Tooth (fZ)

VPGT1604 . . . VCGT2205 . . .
.014 .020
.012 .016
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106
Application Data for EMZ90 / FMZ90
Pocket Milling and Axial Plunging

VPGT VCGT
160412-ALM 220530-ALM
ap max .531 .590
Tmax .31 .350
W1 max Degree
ax
ap m 1.00 24
1.25 22
w1
1.50 15
2.00 12
2.50 9
d1
3.00 7
4.00 5
Tmax Helix angle W1 max and internal depth of cut Tmax
Circular Milling
d1 dmin dmax
1.00 1.40 1.91
1.25 1.64 2.26
1.50 2.34 2.75
2.00 3.18 3.76
2.50 4.23 4.76
3.00 5.28 5.76
4.00 7.07 7.75
d1
dmin – dmax
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107
Application Data for End Mill, Face Mill, and Helical Mill
c c
wo wo
c c c
wo wo wo
c c c
do do do
c
do do
c
d1 d1 d1 d1 d1
(full slot)
woc = .10 x d1 .25 x d1 .50 x d1 .75 x d1 1.0 x d1
Mf (multiplication factor) = 2.2 1.4 1 .8 .7
See page 109 for calculation of feed (IPM) formula
Center Cutting End Mills Ramp Milling Using UNIVEX
IPM = eff. teeth x fpt x Mf W1 = Maximum Ramping Angle d1 doc d W1 max.

Z eff. teeth = 1 inch mm inch inch Degree
Drilling with full engagement Mf = .5
.500 12 4.0
14 4.0
.625 16 2.6
d1 .354 .250
doc max. 18 2.2
.750 20 1.9
22 1.6
1.000 25 1.9
feed w1 d
d1 28 1.6
30 1.4
.413 .313
1.250 32 1.3
36 1.1
1.500 40 1.0
1.500 40 1.2
2.000 50 .472 .375 0.9
2.500 63 0.7
Ramping is always recommended over plunging when entering the workpiece. Ramp
milling minimizes the likelihood of the workpiece material work hardening and improves
tool life. Climb milling is recommended with workpiece materials that work harden. This
method reduces the heat in the workpiece by dissipating it into the chip.
Indexable End Mill Application Tips

• Maximize chip evacuation with:
- air blast
- high pressure coolant
• Ensure rigid tool holding
• Ensure concentric tool holding
• Climb cut, when possible
• Do not exceed recommended
cutter depth
• Calculate feed using number of
effective teeth
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108
Formulas
Formulas “K” Factors

surface feet per minute sfm = .262 x rpm x D Hardness “K”
Work Material BHN factor
revolutions per minute rpm = 3.82 x sfm ÷ D
85-200 1.64
inch per revolution ipr = lpm ÷ rpm 201-253 1.58
(feed rate) inch per minute ipm = lpt x nt x rpm steel, wrought and cast 254-288 1.28
(plain carbon, 287-327 1.10
feed per tooth (chip load) fpt = ipm ÷ (nt x rpm) alloy steels, 328-371 .88
metal removal rate mrr = doc x woc x ipm = and tool steels) 372-481 .69
cu. inches/min. 492-550 .59
561-515 .54
horse power at cutter HPc = mrr ÷ k
precipitation,
horse power at motor HPm = hpc ÷ e 150-450 1.27-.42
hardening stainless steels
150-175 2.27
110-190 2.00
Legend cast irons 176-200 1.89
doc = axial depth of cut (grey, ductile and malleable) 201-250 1.52
251-300 1.27
woc = radial width of cut 301-320 1.19
e = spindle efficiency (varies 75% to 90%) stainless steels, wrought 135-275 1.54-.76
and cast (ferritic, austenitic,
k = a power factor that represents the number of cubic 288-421 .74-.50
& martensitic)
inches of metal per minutes that can be removed by one
titanium 250-375 1.33-.87
horsepower.
high-temperature
nt = number of effective teeth or inserts in a cutter body 200-380 .83-.48
alloys nickel, and cobalt based
D = cutter diameter iron base 180-320 .91-.53
nickel alloys 80-360 .91-.53
30-150
Example aluminum alloys 6.25-3.33
(500kg)
5" cutter diameter 40-90
magnesium alloys 10.0-6.67
8 teeth in cutter rpm = 3.82 x 550 ÷ 5 = 420 (500kg)
copper 150 3.33
550 sfm ipm = .008 x 8 x 420 = 26.9
100-150 3.33
.008 ipt ipr = 26.9 ÷ 420 = .064 copper alloys
151-240 2.0
Brinell Rockwell Brinell Rockwell diameter Conversion Charts

BHN HRB HRC BHN HRB HRC inches mm
doc Speed
654 – 60 253 101.5 25 .314 8.0 inches mm sfm m/min.
634 – 59 247 101.5 24 .375 9.5
615 – 58 243 100.1 23 .394 10.0 .010 0.254 300 91
595 – 57 237 99 22 .472 12.0 .015 0.381 400 122
577 – 56 231 98.5 21 .500 12.7 .030 0.762 500 152
560 – 55 228 98 20 .625 15.9 .050 1.270 600 183
543 – 54 222 97 18.6 .630 16.0
525 – 53 216 96 17.2 .750 19.1 .100 2.540 800 244
512 – 52 210 95 15.7 .787 20.0 .125 3.175 1000 305
496 – 51 205 94 14.3 .875 22.2 .150 3.810 1200 366
481 – 50 200 93 18 .984 25.0 .250 6.350 2000 610
469 – 49 195 92 11.7 1.000 25.4 .375 9.525 4000 1219
455 – 48 190 91 10.4 1.259 32.0
.500 12.700 10000 3048
443 – 47 185 90 9.2 1.500 38.1
432 – 46 180 89 8 1.968 50.0 Chipload fpt Surface Finish (Ra)
421 – 45 176 88 6.8 2.000 50.8 inch/T mm/T μinch μm
409 – 44 172 87 5.8 2.480 63.0
400 – 43 169 86 4.7 2.500 63.5 .003 0.076 500 12.5
390 – 42 165 85 3.6 3.000 76.2 .004 0.102 250 6.3
381 – 41 162 84 2.5 3.149 80.0 .005 0.127 125 3.2
371 – 40 159 93 1.4 3.500 88.9 .006 0.152 63 1.6
362 – 39 156 82 0.3 3.937 100.0
353 – 38 153 81 – 4.000 101.6 .007 0.178 32 0.8
344 – 37 150 80 – 4.921 125.0 .008 0.203 16 0.4
336 109.0 36 147 79 – 5.000 127.0 .009 0.229
327 108.5 35 144 78 – 6.000 152.4 .010 0.254
319 108.0 34 141 77 – 6.299 160.0 .011 0.279
311 107.5 33 139 76 – 7.000 177.8
301 107.0 32 137 75 – 7.874 200.0 .012 0.305
294 106.0 31 135 74 – 8.000 203.2
286 105.5 30 132 73 – 9.842 250.0
279 104.5 29 130 72 – 10.000 254.0 Multiply By To Obtain
271 104.0 28 127 71 – 12.000 304.8
millimeters/minute 3.281 SFM (feet/minute)
264 103.0 27 125 70 – 14.000 355.6
258 102.5 26 123 69 – 15.748 400.0 inches 25.4 millimeters
millimeters .03937 inches
www.LMTFETTE.com
109
Modular Milling Cutters (Multi-Mill)
- Modular Mills
The distinctively robust design of the LMT-FETTE Multi-Mill allows for optimum performance. Two basic versions are available, course
and fine pitch. For your convenience, Multi-Mill has standardized components for all diameters, and one cartridge size fits all diameters.
The variable pitch design eliminates chatter and vibration.
Cartridges are set to fixed backstop for gen-

Highly secure clamping screw for maxi-
eral milling applications (as delivered)
mum safety up to 6,500 SFM
One cartridge size

fits all diameters
of cutter bodies
Broad insert cartridge offering allows an extensive field of application
Comes ready to use . . . without adjustment. It is both a rougher and a finisher.
The LMT-FETTE Multi-Mill is the ideal milling cutter for a wide variety of applications. This unique milling cutter system can be used as
a 45° face mill or as a square shoulder face mill on most standard milling machines. With button inserts, Multi-Mill can be used as a
rougher and/or finisher for molds and dies, welded structures and frames. It can also be used to cut castings. Multi-Mill functions as
two tools in one. Using the same cutter body, it can cut both clockwise and counterclockwise with a simple left hand / right hand car-
tridge change. Now that’s a super-finisher!
Clamped indexable
inserts also allow Cartridge can be Available in coarse
Differential pitch
axial adjustability. axially adjusted and fine pitch.
reduces vibration.
One clamp for all within ±.0002".
versions.
www.LMTFETTE.com
110
Modular Milling Cutters (Multi-Mill)
Assembly and Adjustment Instructions
1 2
<9 inch-lbs
<9 inch-lbs
0.000
Load cartridges and pre-torque to 9 inch-lbs. Push cartridges in and adjust down to fixed ground
undercut surface with allen wrench as shown.
3 4
max
= ZERO
27 inch-lbs
Pre-load all cartridges to 27 inch-lbs. Measure height of all inserts and select highest insert as
the established zero point on indicator.
5 6
ZERO
310 inch-lbs
Adjust all cartridges up to the established zero point on the Finish torque all cartridges to 310 inch-lbs.
indicator that was predetermined by the highest insert
www.LMTFETTE.com
111
Tool Designation
All Milling Cutters Excluding Ball Nose Copy Mills

Shank/Bore Dimension
For F, S, M for bore type A
Type of Tool A .750" E 2.000"
FM Face milling cutters B 1.000" F 2.500"
FH HSC - milling cutters C 1.250" G 3.000"
FR Face roughing mill D 1.500"
SM Side milling cutters For E shank type C, G, H, J or N
MM Modular face milling cutters A taper 40 D taper 30
EM End mill B taper 50 E taper 45
EF Chamfer milling cutters C taper 60
ER Roughing end mills
For E shank type F
ET Thread milling cutters
A HSK 32 E HSK 80
ES Slot drill
B HSK 40 F HSK 100
MC Modular copy milling cutter
C HSK 50 G HSK 125
FC Face mill (HSC)
D HSK 63 H HSK 160
EH End mill (HSC)
For E shank type T
C M6 I M 20
D M 8 d2=8.2 J M 24
Lead Angle in Degrees E M 10 d2=10.2
XX for variable lead angle F M 12 R M 8 d2=8.5
(i.e. 1D-HSC milling cutter) H M 16 S M10 d2=10.5
For E for shank type W, X, P
Insert Size A .375 F 1.25
to ISO 513 B .500 G 1.50
C .625 H 2.00
D .750 I 2.50
E 1.00
F M T 4 5 _ S 1 2 - _ 6 0 0 A D _ _
Additional Features
-C carbide shank
- (hyphen)) -E extra close pitch
-F fine pitch
-I for internal
coolant supply
Insert Shape Nominal Diameter -L left hand
to ISO 513 in inch 6.00" = 600 -R right hand
-U undersized insert
Space Shank/Bore Type

(for MULTI-MILL: A for SE_N1204-, For F, S, or M
B for SE_W1204 - inserts) A Mounting bore
X Special type
For E
A Shank type to DIN 1835A / DIN6535 A
Tool Geometry
B Shank type to DIN 1835 / DIN 6535 B
C RMC-geometry
C CAT-V-Flange
H High positive geometry
D Shank type to DIN 1835 D
N Negative geometry
E Shank type to DIN 1835 E
P Positive geometry
F Hollow taper shank to DIN 69893
T TWINCUT-geometry (double negative)
G Steep taper to DIN 2080 or NMTB
U UNIVEX-geometry
H Steep taper to DIN 69871 or ANSICAT
V TWINCUT-VA geometry (high positive/negative)
J BT-taper
Tool Geometry for Type FH Only M Morse taper to DIN 228
A 3D-HSC milling cutters N NMTB taper
B 2D-HSC milling cutters P Posi-Lock combination shank
C 1D-HSC milling cutters S Straight shank
T Screw-on type shank (LMT-standard)
W Weldon shank
X Special type
www.LMTFETTE.com
112
Tool Designation
Ball Nose Milling Cutters
Type of Tool
EB Ball nose milling cutter
Additional Features
N Straight front type
Cutting Diameter T Tapered front type
in 1/1000"
Shank Diameter
Space in 1/100"
EBG R0500A0625150T_ _ - _ _ _
Insert Shape
R Radius insert Overall Length in mm
V Flat bottom/backdraft insert *reference l2 dimension
T Radius and tangential insert for inch size
Hand of Cutter
R Right hand
L Left hand
C Carbide shank
Shank/Bore Type
C CAT-V-Flange
l1 length
Tool Geometry E Shank type to DIN 1835 E
G GWR/GWV/GRT-geometry F Taper to hollow shank to DIN 69893
T TWINCUT-geometry (double negative) G Steel taper to DIN 2080 or NMTB
S Solid cutters GWF-geometry H Steel taper to DIN 69871 or ANSI CAT
J BT-taper
M Morse taper to DIN 228
N NMTB taper
S Straight shank
T Screw-on type shank (LMT-standard)
W Weldon shank
X Special type
www.LMTFETTE.com
113
Tool Designation
Copy Milling Cutters

Shank/Bore Type
For F, S
A Mounting bore
X Special type
For E
Type of Tool C CAT-V-Flange
FC Copy milling cutters
E Shank type to DIN 1835 E
MC Modular copy mill (MULTI-MILL) F Taper to hollow shank to DIN 69893
EC Copy end mill (not ball nose) G Steep taper to DIN 2080 or NMTB
H Steep taper to DIN 69871 or ANSI CAT
J BT-taper
M Morse taper to DIN 228
N NMTB taper
Space S Straight shank
T Screw-on type shank Additional Features
(LMT-standard) -A for SE_N1204 inserts
W Weldon shank -B for SE_W1204 inserts (hole)
X Special type -C carbide shank
Insert Size to ISO 513 -E extra close pitch
I = insert length -F fine pitch
-I internal coolant supply
-L left hand
Nominal Diameter -R right hand
in inch 1.00" = 100 -U undersized insert
E C T R 1 2 - 1 2 5 T H 0 6 6 _
Shank/Bore Dimension
For F, S for shank/bore type A
- (hyphen) A .750" E 2.00" Overall Length
B 1.00" F 2.50" in inch
C 1.25" G 3.00"
D 1.50"
For shank/bore type C,G,H,J or N
Insert Shape to A taper 40 D taper 30
ISO 513 B taper 50 E taper 45
C taper 60
For shank/bore type F
A HSK 32 E HSK 80
B HSK 40 F HSK 100
Tool Geometry C HSK 50 G HSK 125
C RMC-geometry D HSK 63 H HSK 160
H High positive geometry For E for shank/bore type T
N Negative geometry C M6 I M 20
P Positive geometry D M 8 d2=8.2 J M 24
T TWINCUT-geometry (double negative) E M 10 d2=10.2 R M 8 d2=8.5
U UNIVEX-geometry F M 12 S M10 d2=10.5
V TWINCUT-VA geometry (high positive/negative) H M 16
Z Neutral For E for shank type W, A
A .375 E 1.00
B .500 F 1.25
C .625 G 1.50
D .750 H 2.00
www.LMTFETTE.com
114
Mounting Dimensions
ØD d H B C G K L M
Mounting
Mounting Width Depth Screw DIA Length
Cutting Pilot Overall of of Counterbore Bore of Bolt Hole
Diameter Diameter Height Keyway Keyway or B.C. Diameter Bore Counterbore
d 1.575 .750 1.42 .312 *

B
Shell Mill 2.000 .750 1.57 .312 *

H
C Arbor 2.000 .750 1.57 .312 *
G 2.500 .750 1.57 .312 *
D
2.500 1.000 1.97 .375 .219 .827
d 3.000 1.000 1.97 .375 .219 1.260

B
4.000** 1.500** 1.97 .625 .375 2.047
H C Shell Mill
Arbor 5.000 1.500 2.48 .625 .375 2.205
G
D
6.000 1.500 2.48 .625 .375 2.205
G
d
B
Milling 8.000 2.500 2.48 1.000 .600 4.000 .709 1.141 1.024
L C K
H
M Spindle
ISO 50 10.000 2.500 2.48 1.000 .600 4.000 .709 1.141 1.024
D
*3/8"-24 Socket Head Cap Screw required to mount this diameter cutter
**4" diameter Multi-Mill require a 3/4"-16 x 1.25 Socket Head Screw (edp 85000)
Note: Requires four 5/8"-11 Socket Head Cap Screws on a 4.00 inch bolt circle.
Taper Shanks
ANSI-CAT
a b d1 d2 d5 d6 d7 d8 f1 f2 f3 l1 l3 l6 l7
CAT ±.004 +.008 ±.004 ±.002 ±.008 max. ±.004 min. -.004 min -.014 -.014
40 .126 .645 1.750 UNC 5/8 2.863 2.500 2.219 1.75 .438 1.38 .752 2.687 1.12 .890 .985
50 .126 1.020 2.750 UNC 1 4.238 3.875 3.594 2.75 .438 1.38 .752 4.000 1.75 1.390 1.485
f2
f1
Ø .2813" or 7.145mm
d1
b d5 d6 d7 d8 d2
l3
a l1
l7 l6
f3
60° ± 15'
www.LMTFETTE.com
115
Insert Reference
Insert Grade EDP No. Page Insert Grade EDP No. Page
ADHX 12T315 ER LC225S 60642 47 ADHX 12T306 ER LW610 60516 47

ADHX 12T315 ER LC230F 53835 47 ADHX 12T306 ER LW630 60133 47
ADHX 12T315 ER LC630S 60748 47 ADKX 090304 ER LC240T 52060 46
ADHX 12T315 ER LC630T 60749 47 ADKX 090304 ER LC225S 52057 46
ADHX 12T315 ER LW630 60640 47 ADKX 090304 ER LC610T 52063 46
ADHX 12T323 ER LC225S 60645 47 ADKX 090304 PESR-BP LC230F 53759 46
ADHX 12T323 ER LC230F 53836 47 ADKX 110305 ER LC240T 52516 46
ADHX 12T323 ER LC630S 60750 47 ADKX 110305 ER LC225S 52058 46
ADHX 12T323 ER LC630T 60751 47 ADKX 110305 ER LC610T 52064 46
ADHX 12T323 ER LW630 60643 47 ADKX 110305 PESR-BP LC230F 53760 46
ADHT 090304 FR-ALC LC610T• 89347 46 ADKX 120305 ER LC240T 52061 46
ADHT 090304 FR-ALC LW610 51663 46 ADKX 12T306 ER LC225S 52059 46
ADHT 110305 FR-ALC LC610T• 89348 46 ADKX 12T306 ER LC240T 52062 46
ADHT 110305 FR-ALC LW610 51664 46 ADKX 12T306 ER LC610T 52065 46
ADHT 12T306 FR-ALC LC610T• 89349 47 ADKX 12T306 PESR-BP LC230F 53761 46
ADHW 120308 R LC225S 60442 53 ADMT 120308 R LC225S 60649 53
ADHW 120308 R LW610 60439 53 ADMT 120308 R LW610 60446 53
ADHX 090304 ER LC225S 60511 46 ADMW 120308 R LW610 60574 53
ADHX 090304 ER LC230F 53757 46 ADMX 090304 ER LC225S 60520 46
ADHX 090304 ER LC240T 60482 46 ADMX 090304 ER LC240T 60542 46
ADHX 090304 ER LC430T 50965 46 ADMX 110305 ER LC225S 60478 46
ADHX 090304 ER LC610T 89382 46 ADMX 110305 ER LC240T 60772 46
ADHX 090304 ER LC630S 60752 46 ADMX 12T306 ER LC225S 60526 47
ADHX 090304 ER LC630T 60753 46 ADMX 12T306 ER LC240T 60545 47
ADHX 090304 ER LW610 60510 46 APHT 1604 PDFR-ALC LC610T• 89310 34
ADHX 090304 ER LW630 60538 46 APHT 1604 PDFR-ALC LW610 89311 34
ADHX 090308 ER LC225S 60636 46 APKT 100305 PDSR LC440T 53712 34
ADHX 090308 ER LC230F 53831 46 APKT 100305 PDSR LC444W 53889 34
ADHX 090308 ER LC630S 60757 46 APKT 100305 PDSR LC615E 55944 34
ADHX 090308 ER LC630T 60758 46 APKT 100305 PDSR LC630S 89363 34
ADHX 090308 ER LW630 60634 46 APKT 160408 PDSR LC225S 60120 34
ADHX 090315 ER LC225S 60639 46 APKT 160408 PDSR LC230F 53382 34
ADHX 090315 ER LC230F 53832 46 APKT 160408 PDSR LC240T 60119 34
ADHX 090315 ER LW630 60637 46 APKT 160408 PDSR LC440T 50949 34
ADHX 110305 ER LC225S 60514 46 APKT 160408 PDSR LC615E 55945 34
ADHX 110305 ER LC230F 53788 46 APKT 160408 PDSR LC630S 89500 34
ADHX 110305 ER LC240T 60483 46 APKT 160408 PDSR LC630T 89125 34
ADHX 110305 ER LC430T 50946 46 APKT 160408 PDSR LW610 60115 34
ADHX 110305 ER LC610T 60533 46 APKT 160416 PDSR LC225S 60720 34
ADHX 110305 ER LC630S 60760 46 APKT 160416 PDSR LC230F 53310 34
ADHX 110305 ER LC630T 60761 46 APKT 160416 PDSR LC240T 89319 34
ADHX 110305 ER LW610 60513 46 APKT 160416 PDSR LC630S 89321 34
ADHX 110305 ER LW630 60667 46 APKT 160416 PDSR LC630T 89322 34
ADHX 110308 ER LC225S 60630 46 APKT 160432 LC230F 50671 34
ADHX 110308 ER LC230F 53833 46 CCHX 080203 LC225S 60466 78
ADHX 110308 ER LC630S 60765 46 CCHX 080203 LW610 10912 78
ADHX 110308 ER LC630T 60766 46 CCHX 090304 LC225S 60470 78
ADHX 110308 ER LW630 60628 46 CCHX 090304 LW610 60479 78
ADHX 110315 ER LC225S 60633 46 CCHX 12T305 LC225S 60467 78
ADHX 110315 ER LC230F 53834 46 CCMT 060204 LC225S 89896 65
ADHX 110315 ER LC630S 60770 46 CCMT 060204 LC240T 89927 65
ADHX 110315 ER LC630T 60771 46 CCMT 060204 LC610T 51856 65
ADHX 110315 ER LW630 60631 46 CCMT 060204 LW610 89884 65
ADHX 12T306 ER LC225S 60517 47 CCMT 080308 LC225S 89897 65
ADHX 12T306 ER LC230F 53758 47 CCMT 080308 LC240T 89928 65
ADHX 12T306 ER LC240T 60484 47 CCMT 080308 LC610T 51870 65
ADHX 12T306 ER LC430T 50947 47 CCMT 080308 LW610 89885 65
ADHX 12T306 ER LC610T 60534 47 OCKX 0606 AD-TR LC225S 60704 8
ADHX 12T306 ER LC630S 60716 47 OCKX 0606 AD-TR LC230F 53242 8
ADHX 12T306 ER LC630T 60747 47 OCKX 0606 AD-TR LC240T 60708 8
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116
Insert Reference
OCKX 0606 AD-TR LC615E 60710 8 RDHX 0702 MO LC610T 56056 62

OCKX 0606 AD-TR LW6610 51531 8 RDHX 12T3 MO LC240T 53471 62
OCKX 0606 AD-TRT LC280TT 54077 8 RDHX 12T3 MO LC603Z 53467 62
RCHT 1205 MO LC230F 53261 61 RDHX 12T3 MO LC610T 55005 62
RCHT 1205 MO-TT LC280TT 54079 61 RDKT 0702 MO-TT LC280TT 54082 62
RCHT 1606 MO LC230F 53262 61 RDKT 1003 MO-TT LC280TT 54084 62
RCHX 1205 MO LC225S 89847 61 RDKT 1003 MO-TT LC280TT 54084 62
RCHX 1205 MO LC240T 89862 61 RDKT 12T3 MO-TT LC280TT 54085 62
RCHX 1205 MO LC610T 60775 61 RDKT 1604 MO-TT LC280TT 54086 62
RCHX 1205 MO LW610 89841 61 RDKX 12T3 MO-TT LC280TT 54087 62
RCHX 1205 MO - T LC225S 89851 61 SDMT 090308 LC225S 60648 79
RCHX 1205 MO - T LC240T 60777 61 SDMT 090308 LW610 60443 79
RCHX 1205 MO - T LC610T 50669 61 SDMT 150410 LC225S 60651 53
RCHX 1205 MO - T LW610 89845 61 SDMW 090308 LC225S 60438 53
RCHX 1205 MO - TR LC225S 89849 61 SDMW 090308 LC225S 60438 79
RCHX 1205 MO - TR LC240T 89864 61 SDMW 090308 LC240T 51200 53
RCHX 1205 MO - TR LC610T 89872 61 SDMW 090308 LC240T 51200 79
RCHX 1205 MO - TR LW610 89843 61 SDMW 090308 LW610 60435 53
RCHX 1606 MO LC225S 60124 61 SDMW 090308 LW610 60435 79
RCHX 1606 MO LC240T 60126 61 SEHT 1204 AFFN-ALC LC610T• 89222 29
RCHX 1606 MO LC610T 60127 61 SEHT 1204 AFSN LC225S 60033 29
RCHX 1606 MO LW610 60123 61 SEHT 1204 AFSN LC240T 60729 29
RCHX 1606 MO - T LC225S 60139 61 SEHT 1204 AFSN LC430T 53713 29
RCHX 1606 MO - T LC240T 60141 61 SEHT 1204 AFSN LC444W 54150 29
RCHX 1606 MO - T LC610T 60779 61 SEKN 1203 AFEN LC444W 54146 29
RCHX 1606 MO - T LW610 60138 61 SEKN 1203 AFSN LC225S 60003 29
RCHX 1606 MO - TR LC225S 60131 61 SEKN 1203 AFSN LC230F 51754 29
RCHX 1606 MO - TR LC240T 60134 61 SEKN 1203 AFSN LC240T 60732 29
RCHX 1606 MO - TR LC610T 60135 61 SEKN 1203 AFSN LC440T 51749 29
RCHX 1606 MO - TR LW610 60130 61 SEKN 1203 AFSN LC610T 60004 29
RCKT1606 MO LC280TT 54080 61 SEKN 1203 AFSN LC615E 60734 29
RCKX 1606 MO-TR LC225S 60692 8 SEKN 1203 AFSN LW610 60002 29
RCKX 1606 MO-TR LC230F 53241 8 SEKN 1204 AFEN LC444W 54148 29
RCKX 1606 MO-TR LC240T 60696 8 SEKN 1204 AFSN LC225S 60016 29
RCKX 1606 MO-TR LC610T 51530 8 SEKN 1204 AFSN LC230F 53782 29
RCKX 1606 MO-TR LW610 51529 8 SEKN 1204 AFSN LC240T 60741 29
RCKX 1606 MO-TRT LC280TT 54081 8 SEKN 1204 AFSN LC440T 54147 29
RCMX 1205 MO - T LC240T 89868 61 SEKN 1204 AFSN LC610T 60015 29
RCMX 1606 MO - T LC240T 89869 61 SEKN 1204 AFSN LC615E 55952 29
RDHW 0802 MO LC240T 89402 62 SEKN 1204 AFSN LW610 60014 29
RDHW 0802 MO LC603Z 53464 62 SEKN 1504 AFSN LC225S 60021 29
RDHW 0802 MO LC610T 56057 62 SEKN 1504 AFSN LC230F 53783 29
RDHW 0802 MO-TT LC280TT 54083 62 SEKN 1504 AFSN LC240T 50668 29
RDHW 1003 MO LC225S 60587 62 SEKR 1203 AFSN LC225S 60012 29
RDHW 1003 MO LC240T 60424 62 SEKR 1203 AFSN LC230F 51878 29
RDHW 1003 MO LC603Z 53465 62 SEKR 1203 AFSN LC240T 60737 29
RDHW 1003 MO LC610T 52528 62 SEKR 1203 AFSN LC430T 51824 29
RDHW 12T3 MO LC225S 60591 62 SEKR 1203 AFSN LC444W 51825 29
RDHW 12T3 MO LC240T 60425 62 SEKR 1204 AFSN LC225S 60018 29
RDHW 12T3 MO LC603Z 53466 62 SEKR 1204 AFSN LC230F 53784 29
RDHW 12T3 MO LW610 60589 62 SEKR 1204 AFSN LC240T 60745 29
RDHW 1604 MO LC225S 60594 62 SEKR 1204 AFSN LC430T 50950 29
RDHW 1604 MO LC240T 60426 62 SEKR 1204 AFSN LC444W 54149 29
RDHW 1604 MO LC603Z 53468 62 SEKW 1204 AESN LC615E 55953 29
RDHW 1604 MO LC610T 56060 62 SEKW 1204 AFSN LC225S 60031 29
RDHX 0501 MO LC240T 53469 62 SEKW 1204 AFSN LC230F 53786 29
RDHX 0501 MO LC603Z 53462 62 SEKW 1204 AFSN LC240T 60722 29
RDHX 0501 MO LC610T 56055 62 SEKW 1204 AFSN LC610T 60030 29
RDHX 0702 MO LC240T 53470 62 SEKW 1204 AFSN LW610 60029 29
RDHX 0702 MO LC603Z 53463 62 SNHT 1205 AEFN-ALC LC610T• 89221 18
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Insert Reference
SNHX 1205 AE LC225S 60340 18 SPMT 120408 LC435I 89130 53

SNHX 1205 AE LC230F 53787 18 SPMT 120408 LC435I 89130 79
SNHX 1205 AE LC440T 50948 18 SPMT 120408 LC610T 10198 79
SNKQ 1205 AN LC240T 50735 18 SPMT 120408 LC630E 10118 79
SNKQ 1205 AN LC610T 51953 18 SPMT 120408 LW610 60456 53
SNKQ 1205 AN LC615E 55954 18 SPMT 120408 LW610 60456 79
SNKQ 1205 AN LW610 60055 18 SPMW 120408 LC225S 60452 53
SNKX 0904 AN LC225S 89892 65 SPMW 120408 LC225S 60452 79
SNKX 0904 AN LC240T 88923 65 SPMW 120408 LC230F 53800 53
SNKX 0904 AN LW610 89880 65 SPMW 120408 LC230F 53800 79
SNKX 1205 AN LC225S 60036 65 SPMW 120408 LC615E 55958 53
SNKX 1205 AN LC225S 60036 53 SPMW 120408 LW610 60451 53
SNKX 1205 AN LC230F 53791 53 SPMW 120408 LW610 60451 79
SNKX 1205 AN LC230F 53791 65 TCMT 110202 LC225S 60311 79
SNKX 1205 AN LC240T 60039 53 TCMT 110202 LC610T 50684 79
SNKX 1205 AN LC240T 60039 65 TCMT 110202 LW610 60314 79
SNKX 1205 AN LC610T 89936 53 TCMT 16T304 LC225S 60312 79
SNKX 1205 AN LC615E 89365 53 TCMT 16T304 LW610 60315 79
SNKX 1205 AN LC615E 55961 65 TPAR 1603 PDR LC225S 60103 38
SNKX 1205 AN LW610 60035 65 TPAR 1603 PDR LW610 60102 38
SNKX 1205 AN LC225S 60036 18 TPKN 1603 PDER LC615E 55961 38
SNKX 1205 AN LC230F 53791 18 TPKN 1603 PDR LC225S 60097 38
SNKX 1205 AN LC240T 60039 18 TPKN 1603 PDR LC230F 53801 38
SNKX 1205 AN LC610T 89936 18 TPKN 1603 PDR LC610T 60096 38
SNKX 1205 AN LC615E 55955 18 TPKN 1603 PDR LC615E 55961 38
SNKX 1205 AN LW610 60035 18 TPKN 1603 PDR LW610 60095 38
SNKX 1205 AN - TR LC225S 60045 65 TPKN 2204 PDER LC615E 55962 38
SNKX 1205 AN - TR LC240T 60047 65 TPKN 2204 PDR LC225S 60112 38
SNKX 1205 AN - TR LC610T 60048 65 TPKN 2204 PDR LC230F 53802 38
SNKX 1205 AN-T LC225S 60050 18 TPKN 2204 PDR LC610T 60111 38
SNKX 1205 AN-T LC240T 60053 18 TPKN 2204 PDR LW610 60110 38
SNKX 1205 AN-T LC610T 60054 18 VCGT220530-ALM LC610T• 51677 75
SNKX 1205 AN-TR LC225S 60045 18 VCGT220530-ALM LW610 51676 75
SNKX 1205 AN-TR LC225S 60045 53 VPGT160412-ALM LC610T• 51673 75
SNKX 1205 AN-TR LC240T 60047 18 VPGT160412-ALM LW610 51672 75
SNKX 1205 AN-TR LC240T 60047 53 WPB 0250N-2 LDP05B 50696 71
SNKX 1205 AN-TT LC280T 54089 18 WPB 0500CF-2 LC240T 54851 71
SPKN 1203 EDR LC225S 60069 38 WPB 0500CF-4 LC240T 54852 71
SPKN 1203 EDR LC240T 51510 38 WPB 0500N-2 LC609T 88806 71
SPKN 1203 EDR LC610T 60068 38 WPB 0500N-2 LDP05B 54264 71
SPKN 1203 EDR LW610 60067 38 WPB 0500N-4 LC609T 88811 71
SPKN 1203 EDSR LC615E 55956 38 WPB 0500N-4 LDP05B 54265 71
SPKN1203 EDER LC230F 53792 38 WPB 0625CF-2 LC240T 54853 71
SPKX 120508 LC225S 60091 18 WPB 0625CF-4 LC240T 54854 71
SPKX 120508 LC230F 53797 18 WPB 0625N-2 LC609T 88816 71
SPKX 120508 LC240T 60093 18 WPB 0625N-2 LDP05B 54757 71
SPKX 120508 LC615E 60726 18 WPB 0625N-4 LC609T 88821 71
SPKX 120508 LW610 60090 18 WPB 0625N-4 LDP05B 54758 71
SPMR 120312 R LW610 60083 38 WPB 0750CF-2 LC240T 54855 71
SPMT 09T308 LC225S 60471 78 WPB 0750CF-4 LC240T 54856 71
SPMT 09T308 LC610T 51372 78 WPB 0750N-2 LC609T 88826 71
SPMT 09T308 LW610 60464 78 WPB 0750N-2 LDP05B 54266 71
SPMT 120408 LC225S 60458 53 WPB 0750N-4 LC609T 88831 71
SPMT 120408 LC225S 60458 79 WPB 0750N-4 LDP05B 51150 71
SPMT 120408 LC230F 51759 53 WPB 1000CF-2 LC240T 54857 71
SPMT 120408 LC230F 51759 79 WPB 1000CF-4 LC240T 54858 71
SPMT 120408 LC240T 60773 53 WPB 1000CF-8 LC240T 54858 71
SPMT 120408 LC240T 60773 79 WPB 1000N-2 LC609T 88836 71
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Insert Reference
WPB 1000N-2 LDP05B 54267 71 WPV 0500CF-4 LC240T 54867 71

WPB 1000N-4 LC609T 88841 71 WPV 0500N-2 LC609T 88543 71
WPB 1000N-4 LDP05B 54268 71 WPV 0500N-2 LDP05B 50895 71
WPB 1000N-8 LC609T 88846 71 WPV 0500N-4 LC609T 88751 71
WPB 1000N-8 LDP05B 54759 71 WPV 0500N-4 LDP05B 50896 71
WPR 0250-F LC610T 89981 71 WPV 0625CF-2 LC240T 54864 71
WPR 0312-CF LC240T 53442 71 WPV 0625CF-4 LC240T 54868 71
WPR 0312-CF LC609T 88265 71 WPV 0625N-2 LC609T 88544 71
WPR 0312-CN LC609T 88272 71 WPV 0625N-2 LDP05B 50902 71
WPR 0312-CN LW610F 88209 71 WPV 0625N-4 LC609T 88756 71
WPR 0312-N LC240T 54859 71 WPV 0625N-4 LDP05B 50903 71
WPR 0312-N LC609T 88258 71 WPV 0750CF-2 LC240T 54869 71
WPR 0375-F LC610T 51213 71 WPV 0750N-4 LDP05B 50905 71
WPR 0500-F LC610T 51214 71 WPV 1000N-4 LDP05B 50798 71
WPR 0500-N LC240T 53309 71 WPV 1000N-8 LC609T 88771 71
WPR 0500-N LC609T 88260 71 XCKX 1606 ZDR-TR LC615E 60698 8
WPR 0625-CF LC240T 53446 71 XCKX 1606 ZDR-TR LC225S 52556 8
WPR 0625-CF LC609T 88268 71 XCKX 1606 ZDR-TR LC230F 53242 8
WPR 0625-CN LC609T 88275 71 XCKX 1606 ZDR-TR LC240T 60724 8
WPR 0625-CN LW610F 88212 71 XCKX 1606 ZDR-TR LC610T 10255 8
WPR 0625-F LC610T 51215 71 XCKX 1606 ZDR-TR LC630S 60700 8
WPR 0625-N LC240T 54298 71 XCKX 1606 ZDR-TR LC630T 60702 8
WPR 0625-N LC609T 88261 71 XCKX 1606 ZDR-TR LW610 51532 8
WPR 0750-CF LC240T 53447 71 XPMT 150408 LC435I 89140 53
WPR 0750-CF LC609T 88269 71 1177-11T LC280TT 54090 61
WPR 0750-CN LC609T 88276 71 1177-11T LC610T 54097 61
WPR 0750-CN LW610F 88213 71 1177-65T LC240T 55035 61
WPR 0750-F LC610T 51216 71 1177-65T LC280TT 54091 61
WPR 0750-N LC240T 54299 71 1177-65T LC610T 54098 61
WPR 0750-N LC609T 88262 71 1179-24 LC225S 89886 64
WPR 1000-CF LC240T 53448 71 1179-24 LC240T 89917 64
WPR 1000-CF LC609T 88270 71 1179-25 LC225S 89887 64
WPR 1000-CN LC609T 88277 71 1179-25 LC240T 89918 64
WPR 1000-CN LW610F 88214 71 1179-25 LC610T 60783 64
WPR 1000-F LC610T 51217 71 1179-25 LW610 89875 64
WPR 1000-N LC240T 54861 71 1179-35 LC225S 89888 64
WPR 1000-N LC609T 88263 71 1179-35 LC240T 89919 64
WPR 1250-CF LC240T 10298 71 1179-35 LC610T 60785 64
WPR 1250-CF LC609T 88271 71 1179-35 LW610 89876 64
WPR 1250-CN LC609T 88278 71 1179-45 LC225S 89889 64
WPR 1250-CN LW610F 88215 71 1179-45 LC240T 89920 64
WPR 1250-N LC240T 54862 71 1179-45 LC610T 60788 64
WPR 1250-N LC609T 88264 71 1179-45 LW610 89877 64
WPR 2000-CF LC609T 88912 71 1179-55 LC225S 89890 64
WPR 2000-N LC609T 88905 71 1179-55 LC240T 89921 64
WPV 0375N-2 LC609T 89502 71 1179-55 LC610T 60786 64
WPV 0375N-2 LDP05B 50890 71 1179-55 LW610 89878 64
WPV 0375N-4 LC609T 89504 71 1179-66 LC240T 89922 64
WPV 0375N-4 LDP05B 50891 71 1187-90 LC225S 60058 18
WPV 0500CF-2 LC240T 54863 71 1196-74 LC225S 60469 78
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Notes
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Milling Tools and Inserts 2004 PDF

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What are some of the different types of cutting tools described in the document?

What are some of the different types of cutting tools described in the document?

What are some of the benefits of the TWINCUT VARIO cutting tool?

What are some of the benefits of the TWINCUT VARIO cutting tool?

Milling Tools

Leitz Metalworking Technology Group

FCT45 R/8/12 & MCT45 R/8/12 2 Long Edge Roughers 48

FCT 45 Features & Benefits

• Exclusive TWINCUT geometry

Cutter body accepts TWINCUT insert selec-

Wide facet width gener-

Relieved front face

FCT45 FCT45 FCTXX Vario/FCT45 FCT45

FCTXX Vario/FCT45 FCTXX Vario/FCT45 FCTXX Vario/FCT45 FCT45

TWINCUT VARIO Features & Benefits

FCT XX TWINCUT - Vario

Dimensions (inches) Insert Torx

See page 8 for Inserts.

See page 8 for Inserts.

MCTXX TWINCUT VARIO

* angle generated when machining = 43°

Multi-Mills furnished with cartridges and hardware.

Cartridge Cartridge Screw Cartridge Key Adjustment Screw Adjustment Key

See page 8 for Inserts.

Multi-Mills furnished with cartridges and hardware.

Cartridge Cartridge Screw Cartridge Key Adjustment Screw Adjustment Key

See page 8 for Inserts.

Insert Description Insert Grade Ordering No.

**F = CVD Multilayer

Features & Benefits

Double Negative Geometry:

• Excellent on steels and cast iron

• Excellent on stainless steels, high temperature alloys and non-ferrous materials

• Large positive rake angles • Sharp cutting edge

• Large insert thickness

Dimensions (inches) No. Euro Insert Torx

See page 18 for Inserts.

Dimensions (inches) No. Euro Insert Torx

See page 18 for Inserts.

Multi-Mills furnished with cartridges and hardware.

EDP Dimensions (inches) No. Insert Torx

See page 18 for Inserts.

EDP Dimensions (inches) No. Euro Insert Torx

See page 18 for Inserts.

Multi-Mills furnished with cartridges and hardware.

Dimensions (inches) No. Insert Torx

Cartridge Cartridge Screw Cartridge Key Adjustment Screw Adjustment Key

See page 18 for Inserts.

EDP Dimensions (inches) No. Euro Insert Torx

See page 18 for Inserts.

Dimensions (inches) No. Euro Insert Torx

See page 18 for Inserts.

Multi-Mills furnished with cartridges and hardware.

Dimensions (inches) No. Insert Torx

Cartridge Cartridge Screw Cartridge Key Adjustment Screw Adjustment Key

See page 18 for Inserts.

Insert Description Insert Grade Ordering No.

LC240T FMT 45 11250-12