SELECTED MILLING PRODUCTS OVERVIEW 2023
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To consult the range of milling products suitable for your application, contact your local Dormer Pramet sales representative.
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2023
OVERVIEW OF THE SELECTED RANGE OF MILLING PRODUCTS
4
SAD11E
Universal milling cutters with positive inserts AD.X 11T3..
5
SAD16E
Universal milling cutters with positive inserts AD.X 1606..
6
STN10
Economic milling cutters with double-sided inserts TNGX 1004..
STN16
Economic milling cutters with double-sided inserts TNGX 1606..
7
8
SLN12X
Tangential milling cutters with double-sided inserts LNEX 1210
9
SLN12
Economical milling cutters with double-sided inserts LNGX 1205
10
SSE09
Universal face mill cutters with positive inserts SE.T 09T3..
11
SSD13F
Universal face mill cutters with positive inserts SD.T 13T3..
12
SON06C
Economic milling cutters with double-sided ONMX and SNMX
13
SOE06Z
Universal and economical milling cutters with positive inserts OEHT 0604
14
SHN06C
Economic milling cutters with double-sided inserts HNGX 0604..
15
SHN09C
Economic milling cutters with double-sided inserts HNGX 0906..
16
SBN10
Economical high-speed milling cutters with BNGX 10T3..
17
SSN11
Economical high-speed milling cutters with SNGX 1104..
18
SRC
Copy milling cutters with round inserts RCMT 10T3.. to RCMT 2006..
19
SRD
Copy milling cutters with round inserts RDHX 0501.. to RDHX 1604..
3
SAD11E
Universal milling cutters with positive inserts AD.X 11T3..
Universal option – suitable for a wide range of technological operations and machined materials. The first choice for ma- chining corrosion-resistant materials. Pramet SAD11E are 90° cutters available in cylindrical/weldon shank, modular and shell mill style for use of positive inserts AD.. 11 and max. depth of cut 9 mm. The recommended aver- age chip thickness is 0.06 mm for endmills to 0.16 mm for shell
SAD11E CUTTERS ON THE WEB
mills. The milling cutters are suitable for face/shoulder milling, helical interpolation, plunge milling and ramping. The cutters are made with differential tooth pitch. All offered milling cutters have an internal cooling.
Cylindrical milling cutters DC = 16 – 35 mm
Weldon cutters DC = 16 – 32 mm
Modular milling cutters DC = 16 – 40 mm
Shell mill cutters DC = 40 – 125 mm
AD.X 11T3..
BASIC GEOMETRY OF ADMX 11T3..
Light and finishing operations in steels, from structural to tool steels, in martensitic steels and in well machinable non-ferrous materials
F
M
First choice for medium milling, especially steel, cast iron and super alloys materials
R
The optimal option for unstable cutting conditions
BASIC GEOMETRY OF ADEX 11T3..
MF
Insert for light and finishing operations in mild stainless and low carbon steels
The first choice for medium milling of austenitic and ferritic stainless steels and low carbon steels
MM
FA
First choice for soft non-ferrous materials, especially aluminium and its alloys
HF
HFC geometry, especially suitable for steels in natural condition
HF2
HFC geometry optimized for stainless steels
AD.X INSERTS ON THE WEB
4
SAD16E
Universal milling cutters with positive inserts AD.X 1606..
Versatile and powerful for machining without compromise. For maximize the potential of the cutters, medium power milling machines with ISO 50 or HSK 100 are optimal. Pramet SAD16E are 90° cutters available in cylindrical/weldon shank, modular and shell mill style for use of positive inserts AD.. 16 and max. depth of cut 13 mm. The recommended average chip
SAD16E CUTTERS ON THE WEB
thickness is 0.06 mm for endmills and 0.22 mm for shell mills. The milling cutters are suitable for face/shoulder milling, helical interpolation, plunge milling and ramp- ing. Cutters from diameter 50 with 5 teeth are made with differential tooth pitch. All offered cutters have an internal cooling.
Modular milling cutters DC = 32 – 40 mm
Shell mill cutters DC = 40 – 140 mm
Cylindrical milling cutters DC = 23 – 32 mm
Weldon cutters DC = 24 – 40 mm
AD.X 1606..
BASIC GEOMETRY OF ADMX 1606..
Medium and finishing operations in steels, from structural to tool steels, in martensitic steels and in well machinable non-ferrous materials
F
M
First choice for medium milling, especially steel, cast iron and super alloys materials
R
Optimal for roughing operations and unstable cutting conditions
BASIC GEOMETRY OF ADEX 1606..
FM
Geometry that is at the front between light and medium milling
MF
Insert for light and finishing operations in mild stainless and low carbon steels
The first choice for medium milling of austenitic and ferritic stainless steels and low carbon steels
MM
Alternative for adhesive non-ferrous materials, especially aluminium and its soft alloys
FA
HF
HFC geometry, especially suitable for steels in natural condition
HF2
HFC geometry optimized for stainless steels
AD.X INSERTS ON THE WEB
5
Primary use
Possible use
STN10
Economic milling cutters with double-sided inserts TNGX 1004..
Economical inserts with 6 cutting edges. Designed especially for milling steel and non-ferrous materials, ideal for slot and shoulder milling. Suitable for milling ma- chines with ISO 40 and HSK 63. Pramet STN10 are 90° cutters available in cylindrical shank and shell mill for use of double-sided TNGX 10 inserts with 6 cut- ting edges and max. depth of cut 5 mm. The recommended average chip thickness is 0.03 mm for endmils and 0.08 mm for shell mills. Cutters from diameter 25 with 4 teeth are made with differential tooth pitch. All offered cutters have an internal cooling.
STN10 CUTTERS ON THE WEB
Weldon cutters DC = 20 – 32 mm
Shell mill cutters DC = 40 – 80 mm
Modular milling cutters DC = 20 – 32 mm
Cylindrical milling cutters DC = 18 – 35 mm
TNGX 1004..
BASIC GEOMETRY OF TNGX 1004..
Medium and finishing operations in steels, from structural to tool steels and well machinable non-ferrous materials
F
TNGX INSERTS ON THE WEB
First choice for medium milling, especially in steel
M
Alternative for adhesive non-ferrous materials, especially aluminium and its soft alloys
FA
6
STN16
Economic milling cutters with double-sided inserts TNGX 1606..
Economical inserts with 6 cutting edges. Designed especially for milling steel and non-ferrous materials, first choice for machining T-slots and shoulder milling. Suitable for milling machines with taper ISO 40, ISO 50 and HSK63, HSK100. Pramet STN16 are 90° cutters available in cylindrical/weldon shank, modular or shell mill for use of double-sided TNGX 16 inserts with 6 cutting edg- es and max. depth of cut 10 mm. The recommended average chip thickness is 0.03 mm for endmills and 0.15 mm for shell mills. Cut- ters from diameter 50 onwards are made with differential tooth pitch. All offered cutters have an internal cooling.
STN16 CUTTERS ON THE WEB
Weldon cutters DC = 25 – 40 mm
Shell mill cutters DC = 40 – 175 mm
Modular milling cutters DC = 25 – 40 mm
Cylindrical milling cutters DC = 25 – 35 mm
TNGX 1606..
BASIC GEOMETRY OF TNGX 1606..
Medium and finishing operations in steels, from structural to tool steels and well machinable non-ferrous materials
F
First choice for medium milling, especially in steel
M
Alternative for adhesive non-ferrous materials, especially aluminium and its soft alloys
FA
TNGX INSERTS ON THE WEB
7
Primary use
Possible use
SLN12X
Tangential cutters with double-sided insert LNEX 1210..
Tangential 90° milling cutters with double- sided 4 cutting edges inserts. Designed especially for milling of steels and cast irons, first choice for machining T-slots and shoulder milling. Suitable for larger depths (> 4 mm).
SLN12X CUTTERS ON THE WEB
Pramet SLN12X are 90° productive shoulder milling cutters using the LNEX 12 tangential insert with 4 cutting edges and a maximum APMX cutting depth of 10 mm. The recom- mended average chip thickness is 0.06 mm for endmills and 0.20 mm for shell mills. The cutters are suitable for a wide range of applications. Multi-tooth versions of the cutters are made with differential tooth pitch. All cutters offered have an internal cooling.
Weldon cutters DC = 25 – 40 mm
Shell mill cutters DC = 40 – 125 mm
Cylindrical milling cutters DC = 25 – 40 mm
LNEX 1210..
BASIC GEOMETRY OF LNEX 1210..
Very positive geometry for medium and finishing operations in steels, from structural to tool steels and well machinable non-ferrous materials
F
Very positive geometry, first choice for medium machining of steel and cast irons at greater depths
M
LNEX INSERTS ON THE WEB
8
SLN12
Economic milling cutters with double-sided inserts LNGX 1205..
Economical variant of durable milling cutters with 4 cutting edges on the insert. These are shoulder milling cutters with a maximum depth of cut of 9 mm. To maximize the potential of the milling cutters, medium power milling machines with ISO 50 or HSK 100 are optimal. Pramet SLN12 are 90° cutters available with cylindrical shank and shell mill style for use of double-sided inserts LN.. 12 and
SLN12 CUTTERS ON THE WEB
max. depth of cut 9 mm. The recommended average chip thickness is 0.06 mm for endmills and 0.15 mm for modular/shell mills. The cutters are suitable for a wide range of applications. Cutters from Ø 40 onwards are made with differential tooth pitch. All offered cutters have an internal cooling.
Shell mill cutters DC = 40 – 125 mm
Cylindrical milling cutters DC = 25 – 32 mm
Weldon cutters DC = 25 – 40 mm
Modular milling cutters DC = 25 – 40 mm
LNGX 1205..
BASIC GEOMETRY OF LNGX 1205..
For finishing operations especially in steels, from structural to tool steels and well machinable non-ferrous materials
F
M
First choice for medium milling, especially steel and cast iron
The optimal option for roughing operations, unstable cutting conditions and high-strength steels
R
MF
Light and finishing operations in mild stainless and low carbon steels
For medium milling of low carbon steels and also stainless steels, ferritic rather than austenitic
MM
First choice for soft non-ferrous materials, especially aluminium and its alloys
FA
LNGX & LNGU ON THE WEB
9
Primary use
Possible use
SSE09
Universal face mill cutters with positive inserts SE.T 09T3..
45° Universal Face Milling Cutters. Due to their low cutting forces and small diameters, they are suitable for smaller workpieces or low power milling machines. Pramet SSE09 are highly productive 45° face milling cutters for the use of single-sided inserts SE..09 and max. depth of cut 4.5 mm. The rec- ommended average chip thickness is 0.06 mm for endmills and 0.20 mm for shell mills. The cutters are par- ticularly suitable for face milling and chamfer milling. Shell mill cutters are made with differential tooth pitch. Cutters up to Ø 125 (included) have an internal cooling.
SSE09 CUTTERS ON THE WEB
Weldon cutters DC = 20 – 32 mm
Shell mill cutters DC = 32 – 160 mm
SE.T 09T3..
BASIC GEOMETRY OF SE.T 09T3..
Grinded insert with geometry optimised for mild corrosion-resistant and low-carbon steels and non-ferrous materials
SEET
Directly pressed insert is an economical alternative suitable for roughing operations
SEMT
SE.T09 INSERTS ON THE WEB
10
SSD13F
Universal face mill cutters with positive inserts SD.T 13T3..
Highly versatile 45° face milling cutter – for positive inserts type SD.. 13 and max. depth of cut 6.4 mm. The recommended aver- age chip thickness is 0.04 mm for endmills and 0.32 mm for shell mills. The cutters are particularly suitable for face and chamfer milling. Most of the cutters from Ø 50 onwards are made with differential tooth pitch. Exceptions are the Ø 100 cutters with 10 teeth and the Ø 125 mm cutters with 12 teeth. All offered cutters have an internal cooling.
SSD13F CUTTERS ON THE WEB
Weldon cutters DC = 32 – 40 mm
Shell mill cutters DC = 40 – 250 mm
SSD13F FEATURES AND BENEFITS Universal 45° cutters without compromise, suitable for a wide range of materials and cutter sizes For cutters from Ø 100 onwards we offer variant with two teeth density. Medium for light machining and unstable conditions and higher for more productive milling The carbide shim provides additional protection and high resistance of the cutter body, which at the same time provides stability of the insert and safety of the process Complemented by a wide range of ground and directly-pressed inserts in PVD and CVD coated materials, including an uncoated polished version of the aluminium geometry
SD.T 13T3..
BASIC GEOMETRY OF SDMT 13T3..
M
Universal geometry for milling a wide range of materials including stainless steels
Geometry suitable for unstable cutting conditions as well as for roughing operations, also suitable for cast irons and stainless steels
R
BASIC GEOMETRY OF GRINDED INSERTS SDET 13T3..
F The choice for light milling and finishing milling, geometry also suitable for soft materials
FA Alternative for adhesive non-ferrous materials, especially aluminium and its soft alloys
INSERTS TO IMPROVE SURFACE QUALITY
Wiper geometry for better surface finish when milling with bigger diameter cutters and higher feeds
XDET 13T3..
SD.T 13T3 INSERTS ON THE WEB
11
Primary use
Possible use
SON06C
Economic milling cutters with double-sided ONMX a SNMX
Economical and versatile milling cutters with bed for octagonal and square dou- ble-sided inserts with 16 and 8 cutting edges respectively. Pramet SON06C are 43° milling cutters for the use of double-sided ONMX 06 inserts with max. depth of cut 4 or SNMX 17 with
SON06C CUTTERS ON THE WEB
max. depth of cut 7 mm. The recommended average chip thickness is from 0.04 to 0.22 mm. The cutters are particularly suitable for face and chamfer milling. Most multi-tooth varint milling cutters have regular tooth spacing, low and medium tooth milling cutters are made with differential tooth pitch. All offered cutters have an internal cooling.
Shell mill cutters DC = 50 – 200 mm
SON06C FEATURES AND BENEFITS Two insert shapes can be used in one bed
Economical ONMX inserts for depth of cut and 4 mm and more productive SNMX inserts for depth of cut and 7 mm ONMX-W wiper inserts are also available to improve the surface quality of milling cutters with higher diameters and at higher feeds. For cutters from Ø 125 and 160 we offer two/three variants of teeth density. Small and medium for light machining and unstable conditions and higher for productive milling
ONMX / SNMX
BASIC GEOMETRY OF ONMX 0604
Optimized F geometry for finishing operations, the first choice for milling mild stainless steels
F
M
Universal geometry for medium machining
R
Durable geometry for medium milling, also suitable for hardened materials
W
Wiper geometry with 8 bits for better surface finish
BASIC GEOMETRY OF SNMX 1704
M
The first choice for medium machining of steels and stainless materials
More resistant geometries for roughing operations, unstable conditions and stronger materials and cast irons
R
ONMX INSERTS ON THE WEB
12
SOE06Z
Universal and economical milling cutters with positive inserts OEHT 0604
Economical version of the universal face milling cutter – with 8cutting edges inserts. Optimized for mild stainless steels. Also suitable for less stable workpieces. Pramet SOE06Z are highly productive 43° universal milling cutters for the use of pos- itive inserts and a maximum depth of cut
SOE06Z CUTTERS ON THE WEB
of 4 mm. The recommended average chip thickness is from 0.06 to 0.22 mm. The cutters are suitable for face/chamfer milling and copy milling operations (only with REHT 1604 in- serts). All cutters are made with differential tooth pitch and have an internal cooling
Shell mill cutters DC = 50 – 200 mm
OEHT 0604..
BASIC GEOMETRY OF OEHT 0604..
Universal geometry for milling materials from soft to medium hard steel including stainless steels Sharp geometry for light milling of mild stainless steels, also suitable for machining low carbon steels and non-ferrous materials Sharp geometry for light and medium milling of mild stainless steels, also suitable for machining low carbon steels and non-ferrous materials
M
MF
MM
FA
Alternative for adhesive non-ferrous materials, especially aluminium and its soft alloys
INSERTS TO IMPROVE SURFACE QUALITY AND ROUND INSERTS
XEHT 0604..
Wiper geometry for better surface finish
Round inserts R8 for copy or face milling with M and MM geometries
REHT 1604 ..
OEHT INSERTS ON THE WEB
13
Primary use
Possible use
SHN06C
Economic milling cutters with double-sided inserts HNGX 0604..
Milling cutters with double-sided inserts with 12 bits. The range is from small diameters for face milling of steels and harder materials. Pramet SHN06C are economical 45° face milling cutters for use with double-sided HN.. 06 inserts and max. depth of cut 3 mm. The recommended average chip thickness is from 0.06 to 0.22 mm. The cutters are suitable for light roughing and finishing operations, for face/chamfer milling. Cutters from Ø 40 onwards are made with dif- ferential tooth pitch. All offered cutters have an internal cooling.
SHN06C CUTTERS ON THE WEB
Weldon cutters DC = 25 – 32 mm
Shell mill cutters DC = 40 – 125 mm
Modular milling cutters DC = 25 – 40 mm
HNGX 0604..
BASIC GEOMETRY OF HNGX 0604..
Light and finishing operations in steels, also applicable for stainless steels
F
Universal high positive geometry for medium machining
M
Positive geometry for the medium machining. Also suitable for hardened materials
R
INSERTS TO IMPROVE SURFACE QUALITY
Wiper geometry for better surface finish when milling with bigger cutters and higher feeds
XNGX 0604
HNGX INSERTS ON THE WEB
14
SHN09C
Economic milling cutters with double-sided inserts HNGX 0906..
Economical double-sided inserts with 12 cutting edges. Face milling cutters suitable for machining steel and harder materials. Pramet SHN09C are 45° highly productive and econom- ical milling cutters for the use of double-sided HNGX 09 inserts with a maximum depth of cut of 5 mm. The recommended average chip thickness is from 0.08 to 0.25 mm. The cutters are particularly suitable for face and chamfer milling. Most of the cutters are made with differential tooth pitch, with the exception of the Ø 100 10-tooth and Ø 125 12-tooth cutters. All cutters offered have an internal cooling.
SHN09C CUTTERS ON THE WEB
Shell mill cutters DC = 50 – 315 mm
HNGX 0906..
BASIC GEOMETRY OF HNGX 0906
F
Light and finishing operations in steels, also applicable for stainless steels
Optimised F geometry for finishing operations, higher surface finish and reduced burr formation
FF
M
Positive geometry for the medium machining.
Durable geometry for medium and heavy machining, also suitable for hardened materials
R
INSERTS TO IMPROVE SURFACE QUALITY
Wiper geometry for better surface finish when milling with bigger cutters and higher feeds
XNGX 0906
HNGX INSERTS ON THE WEB
15
Primary use
Possible use
SBN10
Economical high-speed milling cutters with inserts BNGX 10T3..
Productive milling cutters for high feed machining. Milling from mild stainless to hardened tool steels. Newly extended with Ø 50 – Ø 66 mm. HFC cutters of smaller diameters for use of double-sided inserts BNGX 10 with 4 bits. Max. depth of cut 1 mm. The recommended average chip thickness is from 0.17 to 0.41 mm. The cutters have a wide application range. Shell mill cutters and the majority of endmills style cutters from Ø 25 have variable tooth pitch. All offered cutters have an internal cooling. The range of SBN10 milling cutters has been supplemented by shell mill cutters from Ø 50 to 66 mm. Similar to the new cutters, they are offered in two variants of tooth pitch. The new cutters from Ø 50 have an adjustment angle of 29°, the new cutters up to Ø 42 mm have an adjustment angle of 20°. This change ensures optimum chip evacuation when milling with all diameters along the wall. They are ideal for produc- tive material removal.
SBN10 CUTTERS ON THE WEB
Shell mill cutters DCX = 40 – 66 mm
SBN10 FEATURES AND BENEFITS Comprehensive range of high feed milling cutters in sizes from Ø 16 to 66 mm
Large selection of cutters. Cylindrical shank cutters in different lengths, multiple tooth density variations throughout the range Long tool life of the inserts thanks to optimised setting angle preventing excessive cutting of the inserts The new cutters with a 29° setting angle are compatible with BNGX 10 inserts. ANHX 10 cannot be used!
Modular milling cutters DCX = 16 – 40 mm
Cylindrical milling cutters DCX = 16 – 35 mm
BNGX 10T3..
BASIC GEOMETRY OF BNGX 10T3..
M
Universal geometry for milling mild steel and cast iron
MM Optimised geometry for mild stainless and low carbon steels and non-ferrous materials
Optimized geometry for stainless steels, tool steels in natural condition, cast irons and unstable conditions
HM
ANOTHER INSERTS
Inserts for conventional 90° milling up of material along the wall. Only for DCX = 16 and 42 mm cutters.
ANHX 10T3
BNGX INSERTS ON THE WEB
16
SSN11
Economical high-speed milling cutters with inserts SNGX 1104..
Productive milling cutters for high feed machining. They are suitable for milling from mild stainless to hardened tool steels. Newly added with HM geometry. HFC cutters of larger diameters for use of double-sided in- serts SNGX 11 with 8 bits. Max. depth of cut 1.7 mm. The rec- ommended average chip thickness is from 0.20 to 0.46 mm. The cutters are suitable for a wide range of applications. From Ø 40 onwards, the cutters have variable tooth pitch. All offered cutters have an internal cooling.
SSN11 CUTTERS ON THE WEB
FEATURES AND BENEFITS OF NEW GEOMETRY HM Optimised geometry for milling cast irons, hardened and tempered materials In stable conditions, it allows the use of more abrasion- resistant materials and longer cutting edge durability Provides increased durability and milling safety in unstable conditions
Shell mill cutters DCX = 40 – 125 mm
Modular milling cutters DCX = 32 – 40 mm
Cylindrical milling cutters DCX = 32 – 35 mm
SNGX 1104..
BASIC GEOMETRY OF SNGX 1104..
Universal geometry for milling steel and cast iron
M
Optimised geometry for mild stainless and low carbon steels and non-ferrous materials
MM
Optimized geometry for stainless steels, tool steels in natural condition, cast irons and for demanding conditions
HM
SNMX INSERTS ON THE WEB
17
Primary use
Possible use
SRC
Copy milling cutters with round inserts RCMT 10T3.. to RCMT 2006..
Universal cutter for copy milling op- erations suitable for working at low depth and high feed as well as in re- verse settings. The range of geome- tries covers most machined materials. Copying cutters for the use of RCMT positive inserts in size 10 and 20 and
SRC10 CUTTERS ON THE WEB
max. depth of cut from 5 to 10 mm. Suitable for copy and face milling, helical interpolation, ramping and progre- sive plunging. The inserts are fixed in the bed against ro- tation. The cutters have a regular tooth pitch. All offered cutters have an internal cooling.
Cutters (range according to the insert) from DCX = 40 – 66 mm to DCX = 80 – 160 mm
Cutters for RCMT10 only
Modular milling cutters DCX = 25 – 42 mm
Cylindrical milling cutters DCX = 25 – 32 mm
RCMT
BASIC GEOMETRY OF RCMT
F
Geometry for light milling. First choice for mild stainless steels
M
Universal geometry for medium machining
More resistant geometry for more demanding conditions, suitable for steels, cast irons and hardened materials
R
RCMT INSERTS ON THE WEB
18
SRD
Copy milling cutters with round inserts RDHX 0501.. to RDHX 1604..
The universal standard for copy milling. Optimal for use with var- ying depths and feed rates. The range focuses on materials typical for mould making. Copy milling cutters for the use of positive inserts RD.. in size 05 and
SRD10 CUTTERS ON THE WEB
16 and max. depth of cut from 1.5 to 4 mm. Suita- ble for copy and face milling, helical interpolation, ramping and progressive plunging. The cutters have a regular tooth pitch. All offered milling cut- ters have an internal cooling.
Cutters (range according to the insert) from DCX = 42 – 52 mm to DCX = 52 – 100 mm
Only for RDHX 07 and RDHX 10
Modular milling cutters (range according to the insert) from DCX = 10 – 15 mm to DCX = 24 – 42 mm
Weldon cutters DCX = 20 mm
RD..
BASIC GEOMETRY OF ROUND INSERTS
RDHX ..
Basic geometry for copy milling
Directly pressed insert is an economical alternative suitable for roughing operations
RDMX ..
Geometry with positive face is designed for rough milling of soft materials
RDGT ..
Alternative for soft adhesive non-ferrous materials, especially aluminium and its alloys
RDHT ..
RD.. INSERTS ON THE WEB
19
Primary use
Possible use
As a professional you can judge the quality of work by just looking at the chip. Our chip is a clean and uncomplicated shape that in itself tells a story. It is a clear and consistent signal and that’s why we use it as a symbol for being Simply Reliable .
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