• Fits many popular cutter bodies
• Good general purpose insert in
tough, gummy materials-stainless
steels and high temperature alloys
• High rake geometry
Price
CVD
PVD
PVD
PVD
• Ideal for aluminum, plastic
and other non-ferrous materials
APKT
Order
No.
0450351
0450301
0450361
0450371
Price
• Helical Edge for good shear
• Wiper technology for improved finish
• Excellent chip control in slight depth
of cut and low feed rates
• Low cutting force and excellent
surface finish
CCMT
Dimensions in
inches and (mm)
Insert Style
• Good choice for high
alloy steels
• Helical Edge for good shear
• Wiper technology
for improved finish
• Slightly thicker than most APKT
inserts-dissipates heat better
• Very high leading edge leaves a very
square shoulder
CNMG 80 DEG., DIAMOND, NEGATIVE RAKE
DOUBLE SIDED WITH B25 GENERAL CHIPBREAKER
Dimensions in inches
and (mm)
t
l
d
r
• Chip control design is more suited to newer
CNC machines
• Medium chipbreaker
• For medium-finishing to medium applications
• Good choice for stainless steel
Price
• Chip gullet design
• Good choice for manual machines
• Good for most steel applications
CNMG
Coating
Order
No.
CVD
6943261
Price
• Finishing chipbreaker
• Strong cutting edge makes it a
great choice for manual and older CNC machines
• High productivity in aluminum cutting
1143241
1143261
1143251
1143200
1143341
• General purpose medium chipbreaker design
• Strong cutting edge makes it a great choice for high
feeds and interrupted cuts
CNMG 80 DEG., DIAMOND, NEGATIVE RAKE
WITH GR ROUGHING CHIPBREAKER
Insert Style
ISO/ASA
CNMG-120408-GR
CNMG-432-GR
• General purpose roughing chipbreaker design
• Strong cutting edge makes it a great choice for high
feeds and large depths of cut in steel and cast iron
• Suitable for interrupted cuts
Finishing Chipbreaker
Chip control design
Ideal for newer CNC machines
Good choice for meduim to long runs
CNMG
CVD
Dimensions in inches
and (mm)
• Chip Control Design
• Ideal for newer CNC machines
• Specifically designed for greater
life in stainless steel and other gummy steels
• Ideal for medium to long runs
CNMG
CVD
Dimensions in inches
and (mm)
Price
Price
•
•
•
•
•
Medium chipbreaker
Chip control design
Ideal for newer CNC machines
Good choice for meduim to long runs
Suitable for interrupted cuts
• Good choice for stainless steel
• Chip control design is more suited to newer
CNC machines
• Medium chipbreaker
• For medium-finish to medium applications
• Great choice for stainless steel
and other exotic gummy materials
• Suitable for interrupted cuts
DNMG
Dimensions in inches
and (mm)
ISO / ASA
Price
CVD
DNMG 55 DEG., DIAMOND, NEGATIVE
RAKE WITH HA CHIPBREAKER
Insert Style
• General purpose roughing chipbreaker design
• Strong cutting edge makes it a great choice for
high feeds and large depths of cut in steel
and cast iron
• Suitable for interrupted cuts
DNMG
Dimensions in inches
and (mm)
ISO / ASA
Price
5843241
5843261
5843251
5843361
DNMG 55 DEG., DIAMOND,NEGATIVE RAKE,
WITH GS CHIPBREAKER
Insert Style
• General purpose medium chipbreaker design
• Strong cutting edge makes it a great choice for
manual and older CNC machines
• Suitable for high feeds and interrupted cuts
DNMG
Dimensions in inches
and (mm)
Insert Style
Price
○
○
○
○
Price
• Chip control design
• Ideal for newer CNC machines
• This substrate is specifically designed for greater life
in stainless steel
• Ideal for medium to long runs
6043161
6043101
6043261
6043201
CVD
PVD
CVD
PVD
○
Order
No.
○
○
○
○
○
○
○
INSERT DISPENSERS
SERIES 569:
Model
Shipping
No. Description
Weight Order No.
318 For square, triangular, round 46 Lbs 5613600
and diamond inserts
418 For smaller insert inventories 13 Lbs
5613650
Price
• Good chipbreaking for machining from
semi-finishing to semi-rough cutting
• Excellent tool life for CNC machining
RNMG
Dimensions in inches
Insert Style
and (mm)
Grade Coating Order Price
ISO / ASA
d
t
No.
RNMG-090300-B25
3/8
1/8
ST20
2103260
RNMG32-B25
(9.52)
(3.18)
G10
2103220
RNMG-120400-B25
1/2
3/16
G10
2104320
RNMG43-B25
(12.7)
(4.76)
RPHT ROUND WITH X197 CHIPBREAKER
Dimensions in inches
Insert Style
and (mm)
t
d
ISO
1/8”
0.313”
RPHT0803MO-X197
(3.18)
(8.0)
5/32”
0.391”
RPHT10T3MO-X197
(3.97)
(10.0)
RPHT
Grade
Coating
Order
No.
NCM325
CVD
2200851
NCM325
CVD
2201051
RPMM
RPMM ROUND MILLING INSERTS
Dimensions in inches
Insert Style
Insert Style
and (mm)
d
t
ISO / ASA
RPMM-1204MO
RPMM43
SDMT
Insert Grade
Order
ISO MEDA
No.
Price
Coating
Grade
1/32” NCM325
(0.8)
1/8”
(3.18)
P25 NCM325
6432251
P25
ST30
-
CVD
-
SEAN SQUARE, POSITIVE RAKE
FOR MAXIMIZERS
Insert Style
ISO / ASA
SEAN-1203AFN
SEAN-42AFN
SEAN
Dimensions in inches
and (mm)
Grade Coating
l
t
1/2”
1/8”
(12.70) (3.18)
G10
ST20
a
0.09”
(2.3)
Order
No.
Price
4342020
4342060
-
SECN SQUARE, POSITIVE RAKE WITH
CHAMFERED CORNERS, FOR MAXIMIZERS
Insert Style
ISO
Dimensions in inches
and (mm)
l
t
SECN-1203AFN
SECN-42AFN
1/2”
1/8”
(12.70) (3.18)
SECN-1504AFN
SECN-53AFN
5/8
3/16
(15.87) (4.76)
SECN
Grade
Coating
NCM325
PC130
PC230
PC3530
G10
NCM325
CVD
PVD
PVD
PVD
CVD
-
a
0.09”
(2.3)
.094
(2.4)
Order
No.
4442051
4442011
4442001
4442021
4442020
4453051
SEHT SQUARE, POSITIVE RAKE
WITH 45 CHIPBREAKER
SEKN SQUARE, POSITIVE RAKE
FOR MAXIMIZERS
ISO / ASA
SEKN-1203AFN
SEKN-42AFN
a
0.09”
(2.3)
$7.40
Price
SEKN
Dimensions in inches
and (mm)
l
t
1/2”
1/8”
(12.70) (3.18)
Price
SEHT
Dimensions in inches
Insert Style
and (mm)
Grade Coating Order
No.
a
ISO / ASA
l
t
4542051
SEHT-1204AFTN-45 1/2”
CVD
3/16” .082” NCM325
4542050
ST30
SEHT-43AFN-45
(12.7) (4.76) (2.1)
4542020
G10
-
Insert Style
• Strong cutting edge makes this suitable for
interrupted cuts and castings
• Low cutting force and excellent surface finish
2443261
SDMT SQUARE, POSITIVE RAKE
in inches
InsertDimensions
Style
Insert Style
and (mm)
r
ISO / ASA
l
t
Price
Grade
Coating
Order
No.
G10
ST20
-
4642020
4642060
Price
223
CUTTING TOOLS - CARBIDE INSERTS
CARBIDE INSERTS
SERIES 162: “S” SHAPES
SEKR SQUARE, POSITIVE RAKE
WITH MX CHIPBREAKER FOR MAXIMIZERS
Insert Style
SNMG SQUARE, NEGATIVE, DOUBLE SIDED,
WITH B25 GENERAL CHIPBREAKER
Insert Style
• For general milling
• Excellent productivity in steel,
cast iron and stainless steel milling
as well as high speed and feed milling
• Outstanding heat resistance
t
r
1/8”
(3.18) 1/32”
(0.8)
1/8
(3.18)
3/64
(1.2)
1/32
(0.8)
3/16
3/64
(4.76) (1.2)
3/16
(4.76)
1/16
(1.6)
1/32
(0.8)
3/64
(1.2)
1/16
(1.6)
Price
• General purpose roughing chipbreaker design
• Strong cutting edge makes it a great choice for
high feeds and large depths of cut
in steel and cast iron
• Suitable for interrupted cuts
SNU
Dimensions in inches
and (mm)
l
3/8”
(9.52)
• General purpose medium chipbreaker design
• Strong cutting edge makes it a great choice for
high feeds and interrupted cuts
• Chip control design is more suited
to newer CNC machines
• Medium chipbreaker
• For medium-finishing to medium applications
• Good choice for stainless steel
Price
TNMG TRIANGULAR, NEGATIVE RAKE, DOUBLE
SIDED WITH B25 GENERAL CHIPBREAKER
TNMG TRIANGULAR, NEGATIVE RAKE,
DOUBLE SIDED WITH GR ROUGHING CHIPBREAKER
Insert Style
Price
Price
• General purpose roughing chipbreaker design
• Strong cutting edge makes it a great choice for
high feeds and large depths of cut
in steel and cast iron
• Suitable for interrupted cuts
TNMG
Grade
Coating
Order
No.
NC325
CVD
7232251
NC325
CVD
7233251
Price
• General choice for stainless steel
and other exotic gummy materials
Price
• Chip control design
• Ideal for newer CNC machines
• Specifically designed for greater life in stainless steel
and other gummy materials
• Ideal for medium to long runs
Order
No.
4243241
4243261
4243251
4243281
4243341
4243351
Price
• General purpose roughing chipbreaker design
• Strong cutting edge makes it a great choice for high
feeds and large depths of cut in steel and cast iron
• Suitable for interrupted cuts
Price
• Chip control design
• Ideal for newer CNC machines
• Specifically designed for greater life in
stainless steel and other gummy materials
• Ideal for medium to long runs
• Great choice for stainless steel
and other exotic gummy materials
WNMG
WNMG TRIGON, NEGATIVE RAKE,
DOUBLE SIDED WITH HF CHIPBREAKER
Dimensions in inches
and (mm)
d
r
t
l
Price
Price
•
•
•
•
Finishing chipbreaker
Chip control design
Ideal for newer CNC machines
Good choice for medium to long runs
•
•
•
•
•
Medium chipbreaker
Chip control design
Ideal for newer CNC machines
Good choice for medium to long runs
Suitable for interrupted cuts
WNMG
Grade
Coating
Order
No.
NC320
CVD
8533161
NC320
CVD
8533261
NC320
CVD
8533361
NC320
NC330
NC310
CVD
CVD
CVD
8543261
8543251
8543341
Price
235
CUTTING TOOLS - CARBIDE INSERTS
POSITIVE INDEXABLE TURNING INSERTS
SERIES 915:
TURN MACHINING INTO PROFIT
NEW Chipbreakers - NEW Grades
UF
• Precision finishing operations
• High speed machining
• Precise tolerance app.
• Micro surface finish
• High productivity
UM
• Medium finishing operations • Fair for interrupted cuts
• For high productivity & trouble • Versatile, all purpose
free machining
machining from semifinishing to roughing
UR
• Semi-roughing operations • High productivity & reliability
• Strong cutting edge with a • Good on scaly surfaces &
broad chip breaking area
intermittent cuts
See next page for
Grade Specification
Chart.
If the insert failed because of excessive wear, try selecting an insert grade
towards the faster end. If the insert failed because of excessive breakdown,
try selecting an insert grade towards the tougher end.
If the insert failed because of excessive wear, try selecting an insert grade
towards the faster end. If the insert failed because of excessive breakdown,
try selecting an insert grade towards the tougher end.
Cobalt enriched and tough thermal deformation resistant
substrate, with cobalt enriched periphery for maximum
edge strength.
For finishing turning
operations.
Very fine and tough micrograin substrate, makes the best
insert for wear, abrasion resistance and for a sharp edge.
For high speed precision
finishing turning operations.
Uncoated fine micro-grained grade, with an exceptional
edge wear resistance and high strength, provides a good
edge sharpness.
For high speed machining &
precision finishing.
Tough thermal deformation resistant substrate and wear For finishing and very light
roughing operations.
abrasion resistant.
Tough thermal deformation resistant substrate with cobalt enriched periphery. The best grade for steel and alloy
steel applications.
All around turning operations
Tough thermal deformation resistant substrate with cobalt
enriched periphery for maximum edge strength.
#1 choice for roughing turning
operations.
Extra strong and tough thermal deformation resistant For heavy roughing turning
substrate with cobalt enriched periphery for maximum operations.
edge strength.
Insert
Lead Angle
Optimum Feed Rate
Maximum Flatness of Cut Surface
Maximum Chip Control
Ultimate Cutting Edge Strength
Minimum Burr
Ratio of: Depth / Width of Cut
Order No.
Description
Cut-off & Grooving
Solid bars & Tubing
SGTN
0°
Maximum Usage
Maximum Usage
Maximum Usage
Least Usage
Least Usage
Maximum Usage
Applications
SGTN-4 Cut-Off & Grooving Inserts
• Controlled, coiled chip flow
Order No.
Description
• Higher material removal rate
SGTN-4-DK25
SGTN-4-DP25
SGTN-4-DC656
Application
• Quickly inserted into adjusted blades
DK25
○
ISO
C2
SGTN-5 Cut-Off & Grooving Inserts
• For cut-off and grooving
Order No.
Description
• Fair for interrupted cuts
SGTN-5-DK25
SGTN-5-DP25
SGTN-5-DC656
Coating
Grade Description
Order No.
Uncoated, well balanced thermal
deformation resistant substrate
with cobalt enriched periphery.
DC656
C5-6
P15-35 CVD-TiNTiCN-TiN
Coated. thermal deformation
resistant substrate with cobalt
enriched periphery.
○
○
○
○
○
○
SGTN-6-DK25
SGTN-6-DP25
SGTN-6-DC656
Uncoated, micro-grained grade with For all around
excellent abrasion resistance property cut-off operations
on non-ferrous materials
for tough machining at low speed.
P15-35 Uncoated
○
1st Choice
M15-35
K15-35 Uncoated
K15-35
K15-35
C5-6
○
○
○
○
○
○
○
○
○
○
○
Price
6182232
6182233
6182234
SGTN-6 Cut-Off & Grooving Inserts
DP25
○
Price
6182228
6182229
6182230
Description
ANSI
Price
6182224
6182225
6182226
• Reduced machining force
GRADE SPECIFICATION CHART
Insert Grade
Price
6182220
6182221
6182222
○
○
○
○
○
○
○
○
○
○
SGTN-8 Cut-Off & Grooving Inserts
○
○
○
○
○
○
○
○
○
Order No.
Description
SGTN-8-DK25
SGTN-8-DP25
SGTN-8-DC656
For all around
cut-off operations
on low carbon and alloy
steel, at low speeds
For high speed cut-off
operations, on low carbon
steel, alloy steel and tool
steel materials.
Uncoated, well balanced theramal deformation resistant For all around cut-off
operations on low carbon and
substrate with cobalt enriched periphery.
alloy steel, at low speeds.
PVD-TiN
Ultra-fine and tough micrograin substrate, excellent For medium speed milling
resistance to mechanical and thermal shock.
operations.
CVD-TiN-TiCN-AL2O3-TiN
Well balanced thermal deformation resistant substrate For general purpose milling
operations.
with cobalt enriched periphery.
PVD-TiAlN-Multi Layer
Very high heat resistant properties, high wear resistance, For machining very hard material
at high speeds and velocity.
and dry milling.
PVD-TiAlN-Multi Layer
Tough thermal deformation resistant substrate with cobalt
enriched periphery for maximum edge strength and wear.
All around milling operations in
wet or dry conditions.
Extra strong and tough thermal shock resistant substrate.
For roughing operations in dry or
wet conditions.
Fine and tough micrograined substrate, excellent
resistance to mechanical and thermal shock.
For medium to difficult milling
operations in dry or wet conditions.
P15-35
DP25M
For all around turning operations,
from medium to roughing.
Order No.
6195590
6195591
6195595
6195596
6195594
6195597
6195593
Price
While we show only the most popular
dorian items we can supply
their entire of products; please inquire.
241
COATING TECHNOLOGIES
CUTTING TOOLS - INDEXABLE
SERIES 448:
The chart below is a detailed explanation of the
different coating technologies. Note the individual
properties of each, the workpiece materials they are (or
aren’t) recommended for, and the optimum cutting
conditions.
Coating Technology
Coating Properties
PVD
CVD
More
PVD
Very tough, high lubricity.
Excellent resistance to
built-up edge
Low Temperature Process
MTCVD
Medium
Temperature Process
CVD
High Temperature Process
THICK
CVD
High Temperature Process
Low Temperature Physical
Vapor Deposition (400° C)
High Temperature Chemical
Vapor Deposition (1000° C)
Workpiece Material
Favorable
Gummy materials:
High Temperature Alloys,
Low Carbon Steels
Stainless Steels
Tougher than CVD grades
but less wear resistant.
Excellent crack resistance
Gummy materials:
Ductile Irons,
Stainless Steels
High Temperature Alloys
Good balance between
wear resistance and
toughness. Good crater
resistance
Wide variety of Carbon
and Alloy Steels,
Stainless Steels, and
Cast Irons
Excellent wear and crater
resistance. Less fracture
resistant and more
susceptible to built-up edge
than conventional CVD.
Gray Cast Irons,
Carbon and Alloy Steels
Heat Treated Steels
Less
MTCVD
Medium Temperature
Chemical
Vapor Deposition (800° C)
Thick
CVD
Air Enhanced CVD process with
thicker coating layers (1000° C)
Cutting Conditions
Favorable
Heat Treated
Steels and Cast Irons
Low to medium speeds.
Wide range of feed rates.
Suitable for continuous and
interrupted cutting
Gray Cast Irons,
Heat Treated Steels
Medium speeds, wide range
of feed rates with superior
performance at high feed
rates. Good for continuous
cuts; superior in interrupted
conditions
High Temperature Alloys
Medium to high speeds.
Wide range feed rates.
Superior in continuous cuts.
Good in moderately
interrupted cuts
Gummy materials: Soft
Ductile Irons,
Stainless Steels,
High Temperature Alloys
Excellent for high speeds
and medium feed rates.
Excellent for continuous
cuts, especially long cuts.
Suitable for mildly
interrupted conditions
TECHNOLOGY SELECTION CHART
STEELS
Free Machining & Low Carbon Steels
PVD
Medium & High Carbon Steels
Alloy & Easy to Machine Tool Steels
CVD
MTVCD
MTVCD
Tools Steels & Die Steels
CVD
CVD
Thick
CVD
Thick
CVD
STAINLESS STEELS & HIGH TEMPERATURE ALLOYS
Ferritic & Martensitic Stainless Steels
A micro-grained material engineered for
severe cutting conditions at low speeds.
Exhibits outstanding wear resistance on
difficult to machine materials.
Turning, Boring,
Milling, Threading
& Grooving
Nickel and cobalt based alloys,
titanium alloys, aluminum, copper,
brass, & zinc alloys
A fine grained material engineered for light
roughing to finishing. Recommended for
high speed applications where flank wear
resistance is required.
Medium Roughing
to Light Finishing
A (TiN/TiCN/Al2O3/ZrCN) coated grade.
Low & medium carbon steels, low
carbon alloys, 300 & 400 stainless Tougher and more crack resistant than
steels, ductile & malleable cast irons conventional CVD coated grades. Outstanding
at high & moderate feed rates on both
continuous & interrupted cuts.
PVD
MTCVD
SV420
Roughing
Ductile/nodular cast irons
Semi-finishing to
Finishing
SV421
SV310
P01-15
M01-15
K01-15
C7, C8
C3, C4
Turning, Boring
SV315
P10-30
M05-25
K01-15
C6, C7
C2, C3
Turning, Boring
SV325
P15-35
M10-30
K15-30
C5, C6
C1, C2
Turning, Boring
Steels, stainless steels, iron, &
some exotics
A top coating of ZrCN provides a tougher,
smoother, more uniform top layer that reduces
heat and increases tool life. Outstanding at
high & moderate feed rates on both
continuous & interrupted cuts.
A light roughing to medium to high-speed
finishing grade with high wear and crater
resistance, high surface lubricity, and excellent
wear resistance to built-up edge.
For light roughing to high-speed finishing.
Low to medium carbon steels, alloy Combines excellent wear resistance with high
deformation resistance for high-speed
steels, & stainless steels
operations.
CVD
Thick
CVD
C5
Carbon steel, alloy steel, &
stainless steels
Cast iron, steels, high temperature
exotics, 300 and 400 series
stainless steels and PH stainless
steels
A TiN coated heavy-duty grade used in
severe roughing and interrupted cuts
at slow speeds.
A thick CVD coating improves wear
resistance. For general purpose
machining through high-speed
finishing. Works best on continuous cuts
at high speeds & lower feed rates.
A thick CVD coating improves wear
resistance. For light roughing
through finishing. Works best on
continuous cuts at high speeds & lower
feed rates.
Has a thick CVD coating which improves
wear resistance. For heavy roughing to
general purpose machining. Works
best on continuous cuts at high speeds &
lower feed rates.
Fine grain grade for finishing of exotic
irons and non-ferrous metals.
243
CUTTINGINDEXABLE
TOOLS - INDEXABLE
CUTTING TOOLS
INSERT GRADES
CHIPBREAKERS/
WORKPIECE MATERIALS
ANSI NEGATIVE CHIPBREAKERS
WORKPIECE MATERIALS
Category
• Double-sided general purpose insert
• Medium positive cutting land
• Wide chipbreaking application range
• For carbon & alloy steels
Main Application Area:
FEED = .008-.018 (0,20-0,46 mm)
DOC = .025-.200 (0,63-5,08 mm)
• Double-sided insert for general purpose
machining
• Very stable cutting edge at increased feed rates
• Good choice for machining cast iron
• Good performance for interrupted cutting
Main Application Area:
FEED = .008-.030 in. (0,20-0.76 mm)
DOC = .040-.200 in. (1,02-5,08 mm)
• Double-sided general purpose insert
• Strong cutting edge for reliability
• Good for machining cast & forged surfaces
• First choice for cast iron materials
Main Application Area:
FEED = .010-.024 in. (0,25-0,61 mm)
DOC = .040-.200 in. (1,02-5,08 mm)
• Doubled-sided roughing insert
• Extremely tough cutting edge
• Best choice for interrupted cuts
• Maximum chip control capability
Main Application Area:
FEED = .014-.030 in. (0,35-0,76 mm)
DOC = .080-.300 in. (2,03-7,62 mm)
COMPLEMENTARY CHIPBREAKER
Features
& Benefits
• Double-sided insert, general purpose,
pos/neg insert
• Double positive cutting edge
• Good for aerospace materials (P.V.D.)
• Effective chip control performance at lighter feeds
Main Application Area:
FEED = .006-.022 in. (0,15-0,56 mm)
DOC = .025-.250 in. (0,64-6,35 mm)
244
STAINLESS STEELS & HIGH TEMP ALLOYS
• Double-sided semi-finishing insert
• Medium/high positive cutting land
• Variable land around nose radius
• Excellent profiling capabilities
Main Application Area:
FEED = .006-.016 (0,15-0,40 mm)
DOC = .010-.100 (0,25-2,54 mm)
SERIES 448:
See page 2 for more information on the
different coating technologies.
PVD
Low Temperature Physical
Vapor Deposition (400° C)
MTCVD
MLCVD
Multi-Layer Chemical
Vapor Deposition (800° C)
CVD
Medium Temperature Chemical
Vapor Deposition (800° C)
High Temperature Chemical Vapor Deposition (1000° C)
Plasma
CVD
Uncoated
Air Enhanced CVD process with
thicker coating layers (1000° C)
Uncoated
INSERT Grades / COATINGS
Coating
Process
ISO
Class
Industry
Class
VC902
M10-20
K10-20
C2
Turning, Boring,
Milling, Threading,
Stainless steels, cast irons,
aluminum alloys, and other nonferrous materials
A very tough general purpose grade with
medium feed finishing cuts. Requires a very
rigid set-up for optimum performance.
VC929
M10-15
K05-15
C2, C3
Turning, Boring,
Milling, Threading
& Grooving
Nickel and cobalt based alloys,
titanium alloys, aluminum, copper,
brass, & zinc alloys
A fine grained material engineered for light
cutting conditions. Recommended for high
speed applications where flank wear
resistance is required.
SM245
P20-45
M30-40
C5, C6
Roughing
to Finishing
Most steels & stainless steels
Coated with 62 alternating ultra-thin layers of
titanium nitride (TiN) and titanium carbonitride
(TiCN) - resist microcrack propagation for
longer, more dependable tool life.
SM318
K20-30
C1, C2
Cast Iron Milling
Gray, ductile (nodular) &
malleable cast irons
Combines Multi-layer CVD coating technology
with a tough substrate designed for cast iron
milling. Resists microcrack propagation.
SM307
K10-20
C2, C3
Wet or Dry Milling,
Cast Iron
Gray, ductile/nodular &
malleable cast irons
Highly flexible milling grade designed for
roughing to finishing of cast irons. A wearresistant substrate combined with a very
abrasion-resistant coating.
HK15M
K10-20
C2, C3
Cast Iron Milling
Gray, ductile/nodular &
malleable cast irons
Wear-resistant substrate and oxide
composite coating designed for longer tool life.
For roughing to high speed finishing.
SM225
P10-30
M10-25
K15-30
C6, C7
General Purpose
Milling
Low and high carbon steels, 200,
300, 400, & PH stainless steels.
A medium-duty, two-layer TiCn/TiN grade
engineered for light roughing to high-speed
finishing of steels, at low to moderate feed
rates.
VP5142
P15-25
M20-30
C6, C7
Roughing to
Finishing
Carbon, alloy & stainless steels
A well balanced high speed grade. Very
impact-resistant substrate, combined with a
coating highly resistant to wear and crater.
Can be used under unfavorable conditions.
Wet or Dry Milling
Steels, stainless steels, & ductile
(nodular) iron
Very tough substrate - a reliable heavy duty
grade for heavy roughing and poor machining
conditions.
Milling, Threading,
& Grooving
Cast iron, steels, high temperature
exotics, 300, 400 series & PH
stainless steels
A TiN coated heavy-duty grade used in
severe roughing and interrupted cuts at slow
speeds.
General purpose grade of high toughness
and resistance against flank wear at low to
medium cutting speeds.
Good wear resistance for roughing and
finishing where sharp edge is required.
CUTTINGINDEXABLE
TOOLS - INDEXABLE
CUTTING TOOLS
MILLING INSERTS
SERIES 448:
APET INSERTS
Parallelogram -Positive Relief
End Mill / Shell Mill Insert
For VE90AS/VF90A Style End Mills & Face Mills
Dimensions in. mm
Insert Style
ASA
A
ISO
APET-160404-HS APET-160404-HS
APET-160408-ER APET-160408-ER
W
.665 .375
16.88 9.52
.665 .375
16.88 9.52
T
R
H
.156 031 .173
0.40 0.8 4.40
.207 .031 .173
5.26 0.8 4.40
Insert Grade Order No.
SM245
VC2
4807497
4807496
SM225
SM245
V1N
VC929
SM318
4804686
4807498
4805905
4806470
4807499
Price
SD INSERTS
Square Screw-Down Insert
For Center-Dex End Mills
Dimensions in.
Insert No.
SEET / SEEW INSERTS
Square -20° Relief
45° flatted corners with I.S.O. 6987
partly cylindrical hole
End Mill / Shell Mill Insert
For VSR Style End Mills & Face Mills
Dimensions in.
A
Insert No.
T
SEET 42 AFER
F
R
H
0.120 0.044 .094
1/2
Edge
Prep
Insert
Grade Order No. Price
SM225
SM245
Honed SM318
V1N
VC902
4804701
4807524
4807525
4805925
4806481
SM225
T-Land SM245
V1N
4803633
4807529
4805765
0.173
SEEW 42 A7A T 00420*
0.125
0.000.053
0.005
SEEW 42 A7-J
No Hone
* T-00420=.004x20° T-Land
VC2
4813647
“-J” indicates polished face
XPHT/XDHT INSERTS
For M086 Style End Mills & Face Mills
Dimensions in inches
Insert No.