THREADING SYSTEMS - JEL - 05/2008 - Komet

Threading Systems

Welcome to the KOMET GROUP. 

See the diversity of the JEL programme for thread making 

for yourself. 

Take your pick of innovative tools. 

• Drill Thread Milling Tools 

• Thread Milling Tools 

• Taps 

• Roll Form Taps 

• Modular Tool Systems 

w w w . k o m e t g r o u p . c o m

Inhaltsverzeichnis 

Index 

Chapter 

Page 

from – to 

1 

MGF 

2 

Methods for producing internal threads 4 – 5 

Using the catalogue 

How do I find the right tool 

Tool selection guide 

(Drill-) Thread Milling 

Tapping 

Roll Form Tapping 

6 – 13 

1 MGF Thread Milling Tool 14 – 27 

2 UMGF Thread Milling Tool 28 – 33 

UMGF 

3 

BGF 

4 

UBGF 

DBGF 

5 

3 BGF Drill Thread Milling Tool with 2 cutting edges 34 – 47 

4 

UMGF Drill Thread Milling Tool with 2 cutting edges 

BGF Drill Thread Milling Tool with 3+4 cutting edges 

DBGF Direct Circular Drill Thread Milling Tool 

48 – 59 

5 MKG Thread Milling Tool 60 – 67 

6 GWF / XAM Thread Milling Tool / GWF CUT 68 – 83 

7 

PCD Tools / Solid carbide end mill HF / 

Solid carbide drill reamer 

84 – 93 

8 Taps 94 – 113 

MKG 

6 

GWF 

XAM 

7 

PCD 

8 

GB 

9 

9 Roll Form Taps 114 – 121 

10 

Technical Informations, Tables 

Special solutions 

122 – 157 

11 Numerical index, KOMET Representatives 158 – 167 

GF 

10 

11

Methods for producing internal threads 

Thread milling 

• Chip producing method 

• Thread making by helical interpolation within the pitch 

• Same tool can be used for all threads with the same pitch starting from the nominal Ø 

• Same tool can be used for different materials up to 45 HRC 

• Lower torque than with tapping and roll form tapping 

• Drill depth = thread depth if tool is not used for chamfering 

• Machine spindle always running in the same direction – 

no reversing necessary 

• High speed cutting (HSC) possible 

Drill thread milling 


• Complete thread is manufactured in a single pass 

– drilling, chamfering and thread milling 

• One tool per dimension which can also be used 

for different materials 

• Prerequisite: CNC machine or machining centre 

being capable to run helical interpolation 

Drill thread milling: machining sequence

Methods for producing internal threads 

Tapping 


• Thread making by rotation – pitch is on the tool 

• Can be used on almost all machines 

• 1 tool per dimension required 

Through hole 

JEL tap 

Type: Dorex 

Blind hole 

JEL tap 

Type: Sirex SR 

Blind and through hole 

Short chipping materials 

JEL tap Type: GG 

Roll form tapping 

• Chip less method 

• Thread making by forming – pitch is on the tool 

• Suitable for materials with elongation of >5% and tensile strength of


How do I find the right tool 

1. Machining task 

Example: Thread M8 

Drill depth: max. 19 mm 

Thread depth: min. 15 mm 

Material: G-AlSi9 

Machining centre: 

internal coolant available 

2. Production method 

Go to the Tool Selection Guide on 

pages 8-9 

Example: 

Drill thread milling M8 

3. Select dimension range 

Example: Ø 2-20 

thread milling 

Tool Selection Guide 

Thread milling / drill thread milling 

Material 

Material groups 

MKG 


Hardness (HB) 

steel 

Thread Ø2 - Ø20... ...Thread Ø2 - Ø20 Thread > Ø20 

GWF GP 

MGF 

MGF 

BGF 

Circular XAM GWF 

MKG 

GWF SR 

Thread milling & chamfering 

chamfering 


chamfering, milling milling 

Thread milling and 

Drilling, chamfering and 

spotface & Thread CUT 



Thread 


PCD- 

Code MKG MKG MKG XH MGF MGF MGF XS MGF XH UMGF UMGF 

BGF BGF BGF NZ4 UBGF UBGF DBGF GWF SR GWF SR GWF XS PCD-GWF GWF GP GWF GP XAM XAM GWF CUT 

MGF 

SR 

Cutting mat. solid carbide solid carbide solid carbide solid carbide solid carbide solid carbide solid carbide solid carbide solid carbide PCD solid carbide solid carbide solid carbide solid carbide solid carbide solid carbide solid carbide solid carbide solid carbide PCD solid carbide solid carbide carbide insert carbide insert s.c.-head 

Surface uncoated TiCN TiAlN uncoated TiCN TiCN TiAlN uncoated TiCN uncoated uncoated TiAlN5 

uncoated TiAlN TiAlN uncoated TiCN TiCN uncoated uncoated TiCN uncoated TiN TiAlN 

Chapter 5 5 1 1 1 2 7 3 4 4 4 6 6 7 6 6 6 

Strength 

(N/mm 2 ) 

1.1 Magnetic soft iron 

≤120 ≤400 § § § § § § § § 

1.2 Structural, case hardened steel ≤200 ≤700 § § § § § § § § 

1.3 Carbon steel 

≤250 ≤850 § § § § § § § § 

P 

1.4 Alloy steel 

≤250 ≤850 § § § § § § § § 

1.5 Alloy/heat treated steel >250, ≤350 >850, ≤1200 $ $ § $ § § § § § § 

1.6 Alloy/heat treated steel >350 >1200 $ 2.3 $ Ferritic, § $ ferritic & austentic, § § § § § § 

1.7 Hardened steel to 45 HRC ≤400 ≤1400 $ § $ § $ $ § $ $ $ 

H 

1.8 Hardened steel to 58 HRC ≤600 ≤2200 § § 

2.1 Stainless steel, sulphuretted ≤250 ≤850 § § § § § § § 

martensitic 

≤300 

M 2.2 Austentic 

≤250 ≤850 § § § § § § § 

2.3 Ferritic, ferritic & austentic, 

martensitic 

≤300 ≤1000 § § § § § § § 

3.1 Grey cast iron 

≤150 ≤500 $ § $ § $ § $ $ § $ $ § $ § $ § $ § § 

3.2 Grey cast iron, heat treated >150, ≤300 >500, ≤1000 $ § $ § $ § $ $ § $ $ § $ § $ § $ § § 

3.3 Vermicular cast iron 200-250 400-500 § § § § § § § § 

K 3.4 Spher. graph. cast iron ≤200 ≤700 $ § 

3.1 

$ § 

Grey 

$ 

cast 

§ 

iron 

§ § § $ § $ ≤150 

§ $ § § 

3.5 Spher. graph. cast iron, heat treated >200, ≤300 >700, ≤1000 § § § § § § § § 

3.6 Malleable iron 

≤200 ≤700 § § § § § § § § 

3.7 Malleable iron, heat treated >200, ≤300 >700, 270, ≤300 >900, ≤1250 § § § § § § § 

S 

3.2 Grey cast iron, heat treated 

5.1 Pure nickel 

≤150 ≤500 § § § § § § § 

5.2 Nickel alloys, heat resistant 270, ≤350 >900, ≤1200 § § § § § § § 

6.1 Non-alloy copper 

≤100 ≤350 § $ § $ § $ § $ § $ § $ $ 

6.2 short chip, brass, bronze, red 

brass 

≤200 ≤700 § $ § $ § $ § § § § § $ § § $ § $ $ 

6.3 long chip brass 

≤200 ≤700 § $ § $ § $ § § $ § $ § $ $ 

6.4 Cu-Al-Fe alloy (Ampco) ≤470 ≤500 § $ 

3.3 

§ $ 

Vermicular 

§ $ 

cast iron 

$ § $ § $ § § 

7.1 Alu, Mg non-alloy 

≤100 ≤350 § $ § $ § $ § § $ § $ § § $ § § $ § $ $ 

7.2 Alu wrought alloy, breaking 

≤180 ≤600 § $ § $ § $ § § $ § $ § § $ § § $ § $ § 

N 

strain (A 5) 200, ≤300 >700, ≤100 

≤200 

≤700 

>200, ≤300 >700, 270, ≤300 >900, ≤125 

≤150 

≤500 

270, ≤350 >900, ≤120 

≤100 MGF ≤350 

Thread milling a 

≤200 ≤700 

chamfering 

≤200 

≤180 

≤700 

≤600 

ess (HB) 

 

8. Plastics 

8.1 Thermoplastics 

8.2 Thermosetting plastics

$ § 3.2 Grey $ cast iron, § heat treated >150, ≤300 >500, ≤1000 $ § $ $ $ § § $ $ § $ $ § § $ § $ $ $ § § § $ $ § 

Thread § Ø2 - Ø20... 3.3 Vermicular cast § iron 200-250 400-500 § ...Thread§ Ø2 - Ø20 § § § Thread > Ø20§ § § 

§ 

Example: drill thread milling 

$ § K 3.4 Spher. $ graph. § cast iron ≤200 ≤700 $ § § $ § § § $ $ § § $ GWF GP§ $ § § § 

§ § 

MGF 3 MGF 

BGF 

Circular XAM GWF 

§ 3.5 Spher. graph. cast § iron, heat treated >200, ≤300 >700, ≤1000 § § § § § GWF SR 

§ § 


chamfering § ≤200 ≤700 § ...Thread 



spotface & Thread CUT § 

§ 

illing Thread § Ø2 - Ø20... 3.6 Malleable iron 


Thread 

thread § Ø2 - Ø20 

milling 

§ § § Thread > Ø20 

chamfering, § milling§ § 

§ 

GWF GP 

milling 

§ 3.7 Malleable iron, § heat treated >200, ≤300 >700, 270, ≤300 >900, ≤1250 § § § § thread milling § § § 

TiAlN uncoated TiCN TiCN TiAlN S uncoated TiCN uncoated uncoated TiAlN5 

uncoated TiAlN TiAlN uncoated TiCN TiCN uncoated uncoated TiCN uncoated TiN TiAlN 

PCD- 

MKG 

5 

XH MGF 

1 

MGF § MGF 

1 

XS MGF 

1 

XH5.1 UMGF Pure nickel 

2 

UMGF § ≤150 ≤500 § 

MGF 7 

BGF 

3 

BGF BGF 4NZ4§ UBGF 

4 

UBGF DBGF 

4 

GWF § SR 

6 

GWF § SR GWF 

6 

XS PCD-GWF 

SR 7 

GWF GP 

6 

GWF § GP XAM 

6 

XAM § GWF § 

6 

CUT 

ide solid carbide solid carbide solid § carbide solid carbide solid carbide 

5.2 

solid 

Nickel 

carbide 

alloys, 

solid § carbide 

heat resistant 

PCD 

270, ≤350 >900, ≤1200 uncoated § TiAlN § 

5 uncoated TiAlN TiAlN uncoated § TiCN § TiCN uncoated uncoated TiCN § uncoated TiN § TiAlN § 

5 § 1 $ 1 1 6.1 Non-alloy § 2 copper $ 7 ≤100 ≤350 § $ 3 § 4 $ 4 4 § Drill § $ Thread 6 $ Milling Tool 6 BGF with 7 2 cutting § edges 6 $ with § 6 $ $ 6 


coolant supply 

§ $ 

brass 

§ $ § ≤200 ≤700 § $ § § $ § §§ § $ § $ § § $ § § $ $ § § 

4.3 Titanium alloys 

>270, ≤300 >900, ≤1250 § § § thread milling 

§ 

MKG XH MGF 

S 


≤150PCD- 

≤500 § § § PCD- 

MGF MGF XS MGF XH UMGF UMGF 

Code MKG MKG BGF MKG BGF XH MGF BGF NZ4MGFUBGF MGF XSUBGF MGF XHDBGF UMGF GWF UMGF SR GWF SR GWF XS PCD-GWF GWF GP GWF GP BGF XAMBGF XAM 

MGF 

SR 

BGF NZ4 GWF CUT UBGF 

MGF 

UBGF DBGF § 

ide solid carbide solid carbide solid carbide solid 5.2 carbide Nickel solid alloys, carbide heat solid resistant carbide solid carbide 270, uncoated ≤350 >900, ≤1200 Surface§ uncoated uncoated TiCN TiAlN TiAlN § uncoated § § 

5 TiCN uncoated TiCN TiAlN TiAlN TiAlN uncoated uncoated TiCN uncoated TiCN TiCN uncoated uncoated TiCN uncoated uncoated TiAlN5TiN 

TiAlN uncoated TiAlN TiAlN 

5 1 6.11Non-alloy 1copper 

2 ≤100 7 ≤350 § Chapter $ 5 § 3 5$ 41 1§ 4 1$ 4 2 6 7 6 7 6 3 6 4 6 4 § 4$ 


≤200 ≤700 § $ § $ § $ § § § § § $ 



≤200 ≤700 § $ § $ § $ § § $ 

6.4 Cu-Al-Fe alloy (Ampco) ≤470 ≤500 § $ § $ § $ 

All tools with a full black circle or half black/half white circle against them in the same horizontal row are suitable for machining this material. 

$ § 


≤100 ≤350 § $ § $ § $ § § $ § $ § § $ 


≤180 ≤600 § $ § $ § $ § § $ § $ § § $ 

N 

strain (A 5) 350 >1200 $ $ § § $ § § § § § 

§ 

§ very good $ good § very good $ good 

§ $ - chamfering § 1.7 Hardened and steel $ thread to 45 HRC milling ≤400 ≤1400 $ § $ § $ $ § $ $ $ 

8 

H 

§ § 1.8 Hardened steel to 58 HRC ≤600 ≤2200 § § 

§ 2.1 Stainless steel, § sulphuretted ≤250 ≤850 § § § § § § § 

§ M 2.2 Austentic § ≤250 ≤850 § § § § § § § 

§ 


martensitic 

§ ≤300 ≤1000 § § § § § § § 

$ § 3.1 Grey $ cast iron § ≤150 ≤500 $ § $ $ $ § § $ $ § $ $ § § $ § $ $ $ § § § $ $ § 

4. 

5. Nickel 

6. Copper 

7. Aluminium/ 

Magnesium 

8. Plastics 

Material 

1. Steel 

2. Stainless 

steel 


3 

Hardness (HB) 

3. Cast iron 

4. Titanium 

5. Nickel 

5. Go to the chapter indicated 

6. Copper 

Cutting mat. solid carbide solid carbide solid carbide solid carbide solid carbide solid carbide solid carbide solid carbide solid carbide PCD solid carbide solid carbide solid carbide solid carbide solid carbide solid carbide 

§ $ 6.3 long § chip brass $ ≤200 ≤700 § $ § $ §§ § $ $ § $ § $ $ 

§ 

Page 

§ $ 6.4 Cu-Al-Fe § alloy $ (Ampco) ≤470 ≤500 § $ § $ § Thread $ engagements § for BGF 

$ § $ 36-37 § § 

§ $ § 

7.1 Alu, § Mg non-alloy 

§ $ § ≤100 ≤350 § $ § $ § $ § $ §§ M-BGF § $ 1.5×D § $ for metric ISO § thread DIN § 13 § $ § § $ § $ 38 § $ § $ § 


M-BGF 1.5×D 

§ § $ § § $ § ≤180 ≤600 § $ § $ § $ § $ §§ for metric ISO thread DIN 13 

39 3 

for § Nodular $ Grey Cast § $ Iron 

§ § § $ § § $ § $ § § $ § 

N 

strain (A 5)


Thread milling / drill thread milling 

Thread Ø2 - Ø20... 

MKG 


MGF 


chamfering 

Code MKG MKG MKG XH MGF MGF MGF XS MGF XH UMGF UMGF 

Cutting mat. solid carbide solid carbide solid carbide solid carbide solid carbide solid carbide solid carbide solid carbide solid carbide 

MGF 


PCD- 

MGF 

PCD 

Surface uncoated TiCN TiAlN uncoated TiCN TiCN TiAlN uncoated TiCN uncoated 

Chapter 

5 5 1 1 1 2 7 

Material 


Hardness (HB) 

Strength 

(N/mm 2 ) 


≤120 ≤400 § § § 

1.2 Structural, case hardened steel 

≤200 ≤700 § § § 

1. Steel 

P 



1.5 Alloy/heat treated steel 

≤250 ≤850 § § § 

≤250 ≤850 § § § 

>250, ≤350 >850, ≤1200 $ $ § $ 


>350 >1200 $ $ § $ 

H 

1.7 Hardened steel to 45 HRC 


≤400 ≤1400 $ § $ § $ 

≤600 ≤2200 § § 

2. Stainless 

steel 

2.1 Stainless steel, sulphuretted 



martensitic 


3.2 Grey cast iron, heat treated 

≤250 ≤850 § § § 

≤250 ≤850 § § § 

≤300 ≤1000 § § § 

≤150 ≤500 $ § $ § $ § 

>150, ≤300 >500, ≤1000 $ § $ § $ § 

3. Cast iron 

K 

3.3 Vermicular cast iron 

3.4 Spher. graph. cast iron 

3.5 Spher. graph. cast iron, heat treated 

200-250 400-500 § § § 

≤200 ≤700 $ § $ § $ § 

>200, ≤300 >700, ≤1000 § § § 


≤200 ≤700 § § § 

3.7 Malleable iron, heat treated 

>200, ≤300 >700, 270, ≤300 >900, ≤1250 § § § § 

≤150 ≤500 § § § 

270, ≤350 >900, ≤1200 § § § § 

≤100 ≤350 § $ § $ § $ 

≤200 ≤700 § $ § $ § $ § 

≤200 ≤700 § $ § $ § $ 

≤470 ≤500 § $ § $ § $ 

7. Aluminium/ 

Magnesium 

N 



strain (A 5)

...Thread Ø2 - Ø20 

BGF 



GWF SR 


Thread > Ø20 

GWF GP 

Circular 

spotface & 

chamfering, 


XAM 

Thread 

milling 

BGF BGF BGF NZ4 UBGF UBGF DBGF GWF SR GWF SR GWF XS PCD-GWF GWF GP GWF GP XAM XAM GWF CUT 

SR 

uncoated TiAlN AlCrN uncoated TiAlN TiAlN uncoated TiCN TiCN uncoated uncoated TiCN uncoated TiN TiAlN 

3 4 4 4 6 6 7 6 6 6 

GWF 

CUT 

Thread 

milling 

solid carbide solid carbide solid carbide solid carbide solid carbide solid carbide solid carbide solid carbide solid carbide PCD solid carbide solid carbide carbide insert carbide insert s.c.-head 

§ § § § § 

§ § § § § 

§ § § § § 

§ § § § § 

§ § § § § § 

§ § § § § § 

$ § $ $ $ 

§ § § § 

§ § § § 

§ § § § 

$ $ § $ $ § $ § $ § $ § § 

$ $ § $ $ § $ § $ § $ § § 

§ § § § § 

§ § § $ § $ § $ § § 

§ § § § § 

§ § § § § 

§ § § § § 

§ § § § 

§ § § § 

§ § § § 

§ § § § 

§ § § § 

§ § § § 

§ $ § $ § $ $ 

§ § § § $ § § $ § $ $ 

§ § $ § $ § $ $ 

$ § $ § $ § § 

§ $ § $ § § $ § § $ § $ $ 

§ $ § $ § § $ § § $ § $ § 

§ $ § $ § § $ § § $ § $ § 

§ § § $ § § $ § § $ § $ § 

$ § $ § § $ § § $ § $ § $ 

§ $ § $ § § $ § $ § $ § 

§ $ § $ § § $ § $ § $ § 

$ § $ § § $ § § $ § $ § § 

§ very good $ good


Tapping 

Code 

DOREX DOREX 

VAV 

DOREX DOREX 

TiN TiCN 

TINIB FEDUB GG GG TiN SIREX SIREX 

SR 

TAREX 

Cutting 

material 

HSS-E HSS-E HSS-E HSS-E PM PM HSS-E HSS-E HSS-E HSS-E HSS-E 

Surface uncoated vaporized TiN TiCN vaporized vaporized nitrided TiN uncoated uncoated uncoated 

Blind bore 

Through 

hole 

Chapter 

§ § § § 

§ § § § § § § § § 

8 8 8 8 8 8 

Material 

1. Steel 

2. Stainless 

steel 

3. Cast iron 

4. Titanium 

5. Nickel 

6. Copper 

7. Aluminium/ 

Magnesium 

8. Plastics 


Hardness (HB) 

Strength 

(N/mm 2 ) 


≤120 ≤400 § § § 

1.2 Structural, case hardened steel ≤200 ≤700 $ § § § $ $ 

P 


≤250 ≤850 $ § § § $ $ 


≤250 ≤850 § § § 

1.5 Alloy/heat treated steel >250, ≤350 >850, ≤1200 $ $ $ 

1.6 Alloy/heat treated steel >350 >1200 

H 

1.7 Hardened steel to 45 HRC ≤400 ≤1400 


2.1 Stainless steel, sulphuretted ≤250 ≤850 § § § 


≤250 ≤850 $ $ $ 


martensitic 

≤300 ≤1000 § 


≤150 ≤500 § § 

3.2 Grey cast iron , heat treated >150, ≤300 >500, ≤1000 $ § 


200-250 400-500 

K 3.4 Spher. graph. cast iron ≤200 ≤700 $ § § § $ $ 

3.5 Spher. graph. cast iron, heat treated >200, ≤300 >700, ≤1000 $ $ $ 


≤200 ≤700 $ § § § $ $ 

3.7 Malleable iron, heat treated >200, ≤300 >700, 270, ≤300 >900, ≤1250 § 

S 


≤150 ≤500 § § § $ 

5.2 Nickel alloys, heat resistant 270, ≤350 >900, ≤1200 § 


≤100 ≤350 $ $ $ $ 


brass 

≤200 ≤700 $ § 


≤200 ≤700 $ § § $ 

6.4 Cu-Al-Fe alloy (Ampco) ≤470 ≤500 


≤100 ≤350 $ $ $ $ $ 

N 


strain (A 5)

TAREX 

VAV 

TAREX 

TiN 

TAREX 

TiCN 

TAREX 

OT 

TiN 

TAREX 

AL 

TINIC FEDUC SIREX 

SR IK 

SIREX 

SR IK 

TiN 

SIREX 

SR IK 

TiCN 

TAREX 

IK 

TAREX 

IK TiN 

GG IK 

GG IK 

TiN 

HSS-E HSS-E HSS-E PM HSS-E PM PM HSS-E HSS-E HSS-E HSS-E HSS-E HSS-E HSS-E 

SIREX 

SIREX 

SR 

GG 

DOREX SIREX 

XH 

vaporized TiN TiCN TiN uncoated vaporized vaporized uncoated TiN TiCN uncoated TiN nitrided TiN uncoated uncoated uncoated uncoated TiAlN 

§ § § § § § § § § § § § § § § § § § 

§ § § § § § 

8 8 8 8 8 8 8 8 8 8 8 

solid 

carbide 

solid 

carbide 

solid 

carbide 

solid 

carbide 

solid 

carbide 

§ § § § 

§ § § $ § § $ § 

§ § § $ § § $ § 

§ § § § § § 

$ § 

§ 

§ § § $ § § 

$ $ $ § $ § $ 

$ § 

§ 

§ 

§ § $ § 

$ § $ § 

$ $ $ § $ 

§ § § § § $ § $ $ 

$ $ $ § $ $ $ $ $ 

§ § § § § $ § $ $ 

$ $ $ § $ $ $ $ $ 

§ 

§ 

§ 

§ § § $ § 

§ 

$ 

$ $ $ $ $ $ 

§ 

§ § § § $ § 

§ 

$ $ § $ $ $ $ $ 

§ § § $ § § § § 

§ § § $ § § $ § 

$ § § $ § § § § 

$ § § $ $ § $ $ 

$ $ $ $ § § 

§ § § 

§ § § 

§ very good $ good 

11


Thread forming 

Code 

HSS-E Tools 

MOREX TiN MOREX IK TiN MOREX N TiN MOREX N IKS TiN 

Cutting 

material 

Surface 

Blind bore 

Through 

hole 

Chapter 

HSS-E HSS-E HSS-E HSS-E 

TiN TiN TiN TiN 

§ § § § 

§ § 

9 9 9 9 

12 

Material 

1. Steel 

2. Stainless 

steel 

3. Cast iron 

4. Titanium 

5. Nickel 

6. Copper 

7. Aluminium/ 

Magnesium 

8. Plastics 


Hardness (HB) 

3.5 Spher. graph. cast iron, heat treated >200, ≤300 >700, ≤1000 § § § § 


≤200 ≤700 

3.7 Malleable iron, heat treated >200, ≤300 >700, 270, ≤300 >900, ≤1250 $ $ $ $ 

S 


≤150 ≤500 § § § § 

5.2 Nickel alloys, heat resistant 270, ≤350 >900, ≤1200 $ $ $ $ 


≤100 ≤350 $ $ $ $ 


brass 

≤200 ≤700 


≤200 ≤700 $ $ $ $ 



≤100 ≤350 § § § § 

N 


strain (A 5) 350 >1200 $ $ $ $ 

H 



2.1 Stainless steel, sulphuretted ≤250 ≤850 § § § § 


≤250 ≤850 § § § § 


martensitic 

≤300 ≤1000 § § § § 


≤150 ≤500 

3.2 Grey cast iron , heat treated >150, ≤300 >500, ≤1000 

3.3 Vermicular cast iron 200-250 400-500 

K 3.4 Spher. graph. cast iron ≤200 ≤700 § § § § 

7.5 Alu cast alloy, Si ≥10 % 


8.2 Thermosetting plastics 

8.3 Fibre reinforced plastics 


≤600

Solid carbide tools 

MOREX IK MOREX IK TiN MOREX N IK MOREX N IK 

TiN 

MOREX N IKS MOREX N IKS 

TiN 

MOREX HML 

IK 

HSS-E with carbide strips 

MOREX N 

HML IK 

MOREX HML 

IK TiN 

MOREX N 

HML IKS TiN 

solid carbide solid carbide solid carbide solid carbide solid carbide solid carbide carbide strips carbide strips carbide strips carbide strips 

uncoated TiN uncoated TiN uncoated TiN uncoated uncoated TiN TiN 

§ § § § § § § § § § 

§ § § § § § 

9 9 9 9 9 

§ § § § § 

§ § § § § 

§ § § § § 

§ § § § § 

§ § § § § 

$ $ $ $ $ 

§ § § § § 

§ § § § § 

§ § § § § 

§ § § § § 

§ § § § § 

§ § § § § § 

$ $ $ $ $ $ 

§ § § § 

§ § § § 

§ § § § § § § § § § 

§ § § § § § § § § § 

§ § § § § § § § § § 

§ § § § § § § § § § 

§ § § § § § § § § § 

§ § § § § § § § § § 


13

MGF Thread Milling Tools 

Chamfering and thread milling right from M2 

Spiral fluted solid carbide tools with profile correction and rear 

chamfer. 

Diameter range 2-20 mm 

This offers the following main advantages compared to the conventional 

methods of tapping and roll form tapping: 

• One and the same tool for different tolerances 

• One and the same tool for different diameters 

>Nominal Ø with same pitch 

• One and the same tool for blind and through holes 

• One and the same tool for different materials 

• Exact and repeatable chamfer and thread depth 

• No chip root remaining in the thread 

• Step drill can be replaced with standard twist drill 


14

Gewindefräser MGF 

MGF Thread Milling Tools 

1 

MGF 

Page 

Thread engagements for MGF 

16-17 

M-MGF for metric ISO thread DIN 13 

18 

MF-MGF for metric fine ISO thread DIN 13 

19 

UNC-MGF for UNC thread ANSI B1.1 

20 

UNF-MGF for UNF thread ANSI B1.1 

21 

NPT(F)-MGF for NPT-/NPTF thread to ANSI B2.1 

22 

G-MGF 

M-MGF XS 

MF-MGF XS 

G-MGF XS 

M-MGF XH 

MF-MGF XH 

for Whitworth pipe thread DIN EN ISO 228 

and DIN EN 10226 (previously DIN 2999) 

for metric ISO thread DIN 13; 

for steel machining from 900 N/mm 2 tensile strength 

for metric fine ISO thread DIN 13; 

for steel machining M900 N/mm 2 tensile strength 


and DIN EN 10226 (previously DIN 2999); 

for steel machining M900 N/mm 2 tensile strength 

for metric ISO thread DIN 13; 

for hard machining of materials with hardness M45HRC 

for metric fine ISO thread DIN 13; 

for hard machining of materials with hardness M45HRC 

23 

24 

25 

26 

27 

27 

CNC programs can be configured online at http://tpt.kometgroup.com 

or can be obtained on request from tel.: +49 (0) 711 78891-0 

15


For metric ISO thread DIN 13, for metric fine ISO thread DIN 13 and for UNC thread ANSI B1.1. 

BT 

TL 

= Min. drill depth 

= Full thread length 

D1 D D3.1 90° 

TL 

BT 

M 1,5×D 2,0×D 2,5×D 

D1 BT D3.1 TL D1 BT D3.1 TL D1 BT D3.1 TL 

M2 1,60 3,36 2,30 3,06 1,60 4,56 2,30 4,26 1,60 

M3 2,50 5,16 3,30 4,77 2,50 6,66 3,30 6,27 2,50 

M4 3,30 6,48 4,30 5,91 3,30 8,58 4,30 8,01 3,30 10,68 4,30 10,11 

M5 4,20 8,22 5,30 7,52 4,20 10,60 5,30 9,92 4,20 13,00 5,30 12,32 

M6 5,00 10,21 6,30 9,36 5,00 13,21 6,30 12,36 5,00 16,21 6,30 15,36 

M8 6,75 14,01 8,30 12,89 6,75 17,76 8,30 16,64 6,75 21,51 8,30 20,39 

M10 8,50 16,81 10,30 15,42 8,50 21,31 10,30 19,92 8,50 27,31 10,30 25,92 

M12 10,30 19,65 12,30 17,95 10,30 26,60 12,30 24,96 10,30 31,85 12,30 30,21 

M14 12,00 24,40 14,30 22,50 12,00 30,40 14,30 28,50 12,00 38,40 14,30 36,50 

M16 14,00 26,42 16,30 24,47 14,00 34,42 16,30 32,47 14,00 42,42 16,30 40,47 

M20 17,50 35,55 20,30 33,00 17,50 45,55 20,30 43,00 17,50 53,05 20,30 50,50 

MF 1,5×D 2,0×D 2,5×D 


M4×0,5 3,50 6,73 4,30 6,21 3,50 8,73 4,30 8,21 3,50 10,73 4,30 10,21 

M5×0,5 4,50 8,30 5,30 7,70 4,50 10,80 5,30 10,20 4,50 13,30 5,30 12,70 

M6×0,75 5,25 10,03 6,30 9,20 5,25 13,03 6,30 12,20 5,25 16,03 6,30 15,20 

M8×1 7,00 13,34 8,30 12,26 7,00 17,34 8,30 16,26 7,00 21,34 8,30 20,26 

M10×1 9,00 16,46 10,30 15,17 9,00 21,46 10,30 20,17 9,00 26,46 10,30 25,17 

M12×1,5 10,50 19,92 12,30 18,33 10,50 25,92 12,30 24,33 10,50 31,92 12,30 30,33 

M12×1 11,00 19,57 12,30 18,08 11,00 25,57 12,30 24,08 11,00 31,57 12,30 30,08 

M14×1,5 12,50 23,05 14,30 21,23 12,50 30,55 14,30 28,73 12,50 38,05 14,30 36,23 

M16×1,5 14,50 26,07 16,30 24,21 14,50 33,57 16,30 31,71 14,50 42,57 16,30 40,70 

UNC 1,5×D 2,0×D 2,5×D 


1/4-20 UNC 5,08 11,65 6,65 10,62 5,08 15,46 6,65 14,40 5,08 16,73 6,65 15,67 

5/16-18 UNC 6,53 12,93 8,24 11,80 6,53 17,14 8,24 16,01 6,53 21,37 8,24 20,20 

3/8-16 UNC 7,94 16,20 9,83 14,81 7,94 20,92 9,83 19,53 7,94 25,68 9,83 24,30 

1/2-13 UNC 10,75 21,97 13,00 20,00 10,75 27,83 13,00 25,81 10,75 33,70 13,00 31,68 

We reserve the right to make technical alterations 

16


For UNF thread ANSI B1.1, for NPT/NPTF thread ANSI B2.1 and for Whitworth pipe thread DIN 

EN ISO 228 and DIN EN 10226 (previously DIN 2999) 

BT 

TL 

= Min. drill depth 


1 

MGF 

D1 D D3.1 90° 

TL 

BT 

UNF 1,5×D 2,0×D 2,5×D 


1/4-28 UNF 5,44 11,20 6,65 10,20 5,44 14,84 6,65 13,85 5,44 17,56 6,65 16,57 

5/16-24 UNF 6,88 13,00 8,24 11,90 6,88 17,23 8,24 16,18 6,88 21,47 8,24 20,40 

3/8-24 UNF 8,47 15,16 9,83 14,09 8,47 20,42 9,83 19,35 8,47 25,70 9,83 24,60 

7/16-20 UNF 9,84 18,05 11,41 16,90 9,84 23,13 11,41 21,99 9,84 29,48 11,41 28,30 

1/2-20 UNF 11,43 21,01 13,00 19,10 11,43 27,36 13,00 25,50 11,43 33,71 13,00 31,80 

NPT 

Standard length 

D1 BT D3.1 TL 

1/16-27 NPT 6,15 11,36 8,70 9,00 

1/8-27 NPT 8,43 11,36 11,10 9,00 

1/4-18 NPT 11,13 16,77 14,50 13,50 

3/8-18 NPT 14,27 16,77 17,90 13,50 

NPTF 

Standard length 

D1 BT D3.1 TL 

1/16-27 NPTF 6,10 11,36 8,70 9,00 

1/8-27 NPTF 8,40 11,36 11,10 9,00 

1/4-18 NPTF 11,00 16,77 14,50 13,50 

3/8-18 NPTF 14,50 16,77 17,90 13,50 

G 1,5×D 2,0×D 2,5×D 


G1/8-28 8,82 15,81 10,03 14,67 8,82 21,25 10,03 20,11 8,82 25,84 10,03 24,70 

G1/4-19 11,82 21,74 13,46 20,37 11,82 28,43 13,46 27,06 11,82 35,18 13,46 33,80 

G3/8-19 15,32 27,22 16,96 25,60 15,32 35,24 16,96 33,62 15,32 43,26 16,96 41,60 


Please see note on page 152 

17

M 

Thread Milling Tool MGF 

with rear chamfer, 1.5×D; 2.0×D and 2.5×D 

For metric ISO thread DIN 13 

Shank Ø DIN 6535 Form HE/HA 

l2.7 

45° 

l1 

l3 

From shank Ø 8 mm with internal coolant supply 

Cutting material: solid carbide 

d2 

t 

d3.1 

d3 

AD 

M-MGF 1,5×D 

uncoated - HE TiCN - HE uncoated - HA TiCN - HA 

Nominal Ø 

Drill Ø 

t l1 l2.7 l3 d2 d3 d3.1 AD Z 

Order No. 

Order No. Order No. Order No. 

M2 0,40 1,60 47,8 3,4 36 6 2,5 2,3 1,56 2 80981001000008 88981001000008 

M3 0,50 2,50 47,5 5,2 36 6 3,4 3,3 2,44 3 80981001000013 88981001000013 

M4 0,70 3,30 46,9 6,5 36 6 4,5 4,3 3,14 3 80981001000015 80973001000015 88981001000015 88973001000015 

M5 0,80 4,20 52,6 8,2 36 6 5,5 5,3 3,95 3 80981001000017 80973001000017 88981001000017 88973001000017 

M6 1,00 5,00 59,0 10,2 36 8 6,6 6,3 4,68 3 80981001000018 80973001000018 88981001000018 88973001000018 

M8 1,25 6,75 70,3 14,0 40 10 9,0 8,3 6,22 3 80981001000020 80973001000020 88981001000020 88973001000020 

M10 1,50 8,50 74,5 16,8 45 12 11,0 10,3 7,79 3 80981001000022 80973001000022 88981001000022 88973001000022 

M12 1,75 10,25 82,0 19,6 45 14 13,5 12,3 9,38 3 80981001000024 80973001000024 88981001000024 88973001000024 

M14 2,00 12,00 96,0 24,4 48 16 15,5 14,3 10,92 4 80981001000025 80973001000025 88981001000025 88973001000025 

M16 2,00 14,00 94,0 26,4 48 18 17,5 16,3 12,83 4 80981001000026 80973001000026 88981001000026 88973001000026 

M20 2,50 17,50 117,0 35,55 56 25 25,0 20,3 15,83 4 80981001000028 80973001000028 88981001000028 88973001000028 

M-MGF 2,0×D 


Nominal Ø 

Drill Ø 

t l1 l2.7 l3 d2 d3 d3.1 AD Z 

Order No. Order No. Order No. Order No. 

M2 0,40 1,60 49,0 4,6 36 6 2,5 2,3 1,56 2 80970001000008 88970001000008 

M3 0,50 2,50 49,0 6,7 36 6 3,4 3,3 2,44 3 80970001000013 88970001000013 

M4 0,70 3,30 49,0 8,6 36 6 4,5 4,3 3,14 3 80970001000015 80992001000015 88970001000015 88992001000015 

M5 0,80 4,20 55,0 10,6 36 6 5,5 5,3 3,95 3 80970001000017 80992001000017 88970001000017 88992001000017 

M6 1,00 5,00 62,0 13,2 36 8 6,6 6,3 4,68 3 80970001000018 80992001000018 88970001000018 88992001000018 

M8 1,25 6,75 74,0 17,8 40 10 9,0 8,3 6,22 3 80970001000020 80992001000020 88970001000020 88992001000020 

M10 1,50 8,50 79,0 21,3 45 12 11,0 10,3 7,79 3 80970001000022 80992001000022 88970001000022 88992001000022 

M12 1,75 10,25 89,0 26,6 45 14 13,5 12,3 9,38 3 80970001000024 80992001000024 88970001000024 88992001000024 

M14 2,00 12,00 102,0 30,4 48 16 15,5 14,3 10,92 4 80970001000025 80992001000025 88970001000025 88992001000025 

M16 2,00 14,00 102,0 34,4 48 18 17,5 16,3 12,83 4 80970001000026 80992001000026 88970001000026 88992001000026 

M20 2,50 17,50 127,0 45,55 56 25 25,0 20,3 15,83 4 80970001000028 80992001000028 88970001000028 88992001000028 

M-MGF 2,5×D 


18 

Nominal Ø 

Drill Ø 

t l1 l2.7 l3 d2 d3 d3.1 AD Z 


M4 0,70 3,30 49,0 10,7 36 6 4,5 4,3 3,14 3 

M5 0,80 4,20 55,0 13,0 36 6 5,5 5,3 3,95 3 80990001000017 88990001000017 

M6 1,00 5,00 62,0 16,2 36 8 6,6 6,3 4,68 3 80990001000018 80995001000018 88990001000018 88995001000018 

M8 1,25 6,75 74,0 21,5 40 10 9,0 8,3 6,22 3 80990001000020 80995001000020 88990001000020 88995001000020 

M10 1,50 8,50 79,0 27,3 45 12 11,0 10,3 7,79 3 80990001000022 80995001000022 88990001000022 88995001000022 

M12 1,75 10,25 89,0 31,9 45 14 13,5 12,3 9,38 3 80990001000024 80995001000024 88990001000024 88995001000024 

M14 2,00 12,00 102,0 38,4 48 16 15,5 14,3 10,92 4 

M16 2,00 14,00 102,0 42,4 48 18 17,5 16,3 12,83 4

MF Thread Milling Tool MGF 

with rear chamfer, 1.5×D - 2.0×D 

1 

MGF 

For metric fine ISO thread DIN 13 




l1 

l2.7 

45° 

l3 

d2 

t 

d3.1 

d3 

AD 

MF-MGF 1,5×D 


Nominal Ø 

Drill Ø 

t l1 l2.7 l3 d2 d3 d3.1 AD Z 


M4×0,5 0,50 3,50 47,0 6,7 36 6 4,5 4,3 3,14 3 

M5×0,5 0,50 4,50 52,5 8,3 36 6 5,5 5,3 3,95 3 

M6×0,75 0,75 5,25 59,0 10,0 36 8 6,6 6,3 4,68 3 

M8×1 1,00 7,00 70,0 13,3 40 10 9,0 8,3 6,22 3 80981002000070 80973002000070 88981002000070 88973002000070 

M10×1 1,00 9,00 74,0 16,5 45 12 11,0 10,3 7,79 3 80981002000094 80973002000094 88981002000094 88973002000094 

M12×1 1,00 11,00 83,0 19,6 45 14 13,5 12,3 9,38 3 80981002000111 88981002000111 

M12×1,5 1,50 10,50 83,0 19,9 45 14 13,5 12,3 9,38 3 80981002000113 80973002000113 88981002000113 88973002000113 

M14×1,5 1,50 12,50 94,5 23,1 48 16 15,5 14,3 10,92 4 80981002000131 80973002000131 88981002000131 88973002000131 

M16×1,5 1,50 14,50 94,5 26,1 48 18 17,5 16,3 12,82 4 80981002000147 80973002000147 88981002000147 88973002000147 

MF-MGF 2,0×D 


Nominal Ø 

Drill Ø 

t l1 l2.7 l3 d2 d3 d3.1 AD Z 


M4×0,5 0,50 3,50 49,0 8,7 36 6 4,5 4,3 3,14 3 

M5×0,5 0,50 4,50 55,0 10,8 36 6 5,5 5,3 3,95 3 80970002000037 88970002000037 

M6×0,75 0,75 5,25 62,0 13,0 36 8 6,6 6,3 4,68 3 80970002000048 88970002000048 

M8×1 1,00 7,00 74,0 17,3 40 10 9,0 8,3 6,22 3 80970002000070 80992002000070 88970002000070 88992002000070 

M10×1 1,00 9,00 79,0 21,5 45 12 11,0 10,3 7,79 3 80970002000094 80992002000094 88970002000094 88992002000094 

M12×1 1,00 11,00 89,0 25,6 45 14 13,5 12,3 9,38 3 80970002000111 88970002000111 

M12×1,5 1,50 10,50 89,0 25,9 45 14 13,5 12,3 9,38 3 80970002000113 80992002000113 88970002000113 88992002000113 

M14×1,5 1,50 12,50 102,0 30,6 48 16 15,5 14,3 10,92 4 80970002000131 80992002000131 88970002000131 88992002000131 

M16×1,5 1,50 14,50 102,0 33,6 48 18 17,5 16,3 12,82 4 80970002000147 80992002000147 88970002000147 88992002000147 

19

UNC 


For UNC thread ANSI B1.1 





l1 

l2.7 

45° 

l3 

d2 

t 

d3.1 

d3 

AD 

UNC-MGF 1,5×D 


Nominal Ø 

Drill Ø 

t l1 l2.7 l3 d2 d3 d3.1 AD Z 


1/4-20 UNC 1,270 5,08 58,2 11,65 36 8 7,8 6,7 4,70 3 80981010000011 80973010000011 88981010000011 88973010000011 

5/16-18 UNC 1,411 6,53 69,8 12,90 40 10 9,0 8,2 6,22 3 80981010000012 80973010000012 88981010000012 88973010000012 

3/8-16 UNC 1,588 7,94 74,2 16,20 45 12 11,0 9,8 7,34 3 80981010000013 80973010000013 88981010000013 88973010000013 

1/2-13 UNC 1,954 10,75 83,1 22,00 45 14 13,5 13,0 9,38 3 80981010000015 80973010000015 88981010000015 88973010000015 

UNC-MGF 2,0×D 


Nominal Ø 

Drill Ø 

t l1 l2.7 l3 d2 d3 d3.1 AD Z 


1/4-20 UNC 1,270 5,08 62,0 15,46 36 8 7,8 6,7 4,70 3 80970010000011 80992010000011 88970010000011 88992010000011 

5/16-18 UNC 1,411 6,53 74,0 17,10 40 10 9,0 8,2 6,22 3 80970010000012 80992010000012 88970010000012 88992010000012 

3/8-16 UNC 1,588 7,94 79,0 20,90 45 12 11,0 9,8 7,34 3 80970010000013 80992010000013 88970010000013 88992010000013 

1/2-13 UNC 1,954 10,75 89,0 27,80 45 14 13,5 13,0 9,38 3 80970010000015 80992010000015 88970010000015 88992010000015 

20

UNF 



1 

MGF 

For UNF thread ANSI B1.1 




l1 

l2.7 

45° 

l3 

d2 

t 

d3.1 

d3 

AD 

UNF-MGF 1,5×D 


Nominal Ø 

Drill Ø 

t l1 l2.7 l3 d2 d3 d3.1 AD Z 


1/4-28 UNF 0,907 5,44 58,4 11,2 36 8 7,8 6,65 4,70 3 80981011000011 80973011000011 88981011000011 88973011000011 

5/16-24 UNF 1,058 6,88 69,8 13,0 40 10 9,0 8,24 6,22 3 80981011000012 80973011000012 88981011000012 88973011000012 


7/16-20 UNF 1,270 9,84 82,9 18,05 45 14 13,5 11,41 9,32 3 80981011000014 80973011000014 88981011000014 88973011000014 

1/2-20 UNF 1,270 11,43 82,7 21,0 45 14 13,5 13,00 9,38 3 80981011000015 80973011000015 88981011000015 88973011000015 

UNF-MGF 2,0×D 


Nominal Ø 

Drill Ø 

t l1 l2.7 l3 d2 d3 d3.1 AD Z 


1/4-28 UNF 0,907 5,44 62,0 14,8 36 8 7,8 6,65 4,70 3 80970011000011 80992011000011 88970011000011 88992011000011 



7/16-20 UNF 1,270 9,84 88,0 23,1 45 14 13,5 11,41 9,32 3 80970011000014 80992011000014 88970011000014 88992011000014 

1/2-20 UNF 1,270 11,43 89,0 27,4 45 14 13,5 13,00 9,38 3 80970011000015 80992011000015 88970011000015 88992011000015 

21

NPT/NPTF 

with rear chamfer 


For NPT-/NPTF thread ANSI B2.1 

Thread reach in line with requirements under standard 




l2.7 

l2.3 

45° 

l1 

l3 

d2 

t 

< Drill Ø 

d3.1 

NPT-MGF 


Nominal Ø 

Drill Ø 

t l1 l2.3 l2.7 l3 d2 d3.1 Z 


1/16-27 NPT 0,941 6,15 64,0 9,7 11,36 40 10 8,7 3 80970016000001 88970016000001 

1/8-27 NPT 0,941 8,50 70,0 9,7 11,36 45 12 11,1 3 80970016000002 80973016000002 88970016000002 88973016000002 

1/4-18 NPT 1,411 11,0 80,0 14,81 16,77 48 16 14,5 4 80970016000003 80973016000003 88970016000003 88973016000003 

3/8-18 NPT 1,411 14,5 81,0 14,81 16,77 48 18 17,9 4 80970016000004 80973016000004 88970016000004 88973016000004 

For threads ½” – 14 NPT and bigger, use JEL “TOMILL GS” Thread Milling Tool 

NPTF-MGF 


Nominal Ø 

Drill Ø 

t l1 l2.3 l2.7 l3 d2 d3.1 Z 


1/16-27 NPTF 0,941 6,10 64,0 9,7 11,36 40 10 8,7 3 

1/8-27 NPTF 0,941 8,45 70,0 9,7 11,36 45 12 11,1 3 80970017000002 80973017000002 88970017000002 88973017000002 

1/4-18 NPTF 1,411 10,90 80,0 14,81 16,77 48 16 14,5 4 80970017000003 80973017000003 88970017000003 88973017000003 

3/8-18 NPTF 1,411 14,30 81,0 14,81 16,77 48 18 17,9 4 80970017000004 80973017000004 88970017000004 88973017000004 

For threads ½” – 14 NPTF and bigger, use JEL “TOMILL GS” Thread Milling Tool 

22

G 



1 

MGF 

For Whitworth pipe thread DIN EN ISO 228 and DIN EN 10226 (previously DIN 2999) 




l1 

l2.7 

45° 

l3 

d2 

t 

d3.1 

d3 

AD 

G-MGF 1,5×D 


Nominal Ø 

Drill Ø 

t l1 l2.7 l3 d2 d3 d3.1 AD Z 


G1/8-28 0,907 8,82 73,6 15,8 45 12 11,0 10,0 7,79 3 80981025000001 80973025000001 88981025000001 88973025000001 

G1/4-19 1,337 11,82 94,0 21,7 48 16 15,5 13,5 10,92 4 80981025000002 80973025000002 88981025000002 88973025000002 

G3/8-19 1,337 15,32 94,0 27,2 50 20 17,5 17,0 13,92 4 80981025000003 88981025000003 

G-MGF 2,0×D 


Nominal Ø 

Drill Ø 

t l1 l2.7 l3 d2 d3 d3.1 AD Z 


G1/8-28 0,907 8,82 79,0 21,2 45 12 11,0 10,0 7,79 3 80970025000001 80992025000001 88970025000001 88992025000001 

G1/4-19 1,337 11,82 100,5 28,4 48 16 15,5 13,5 10,92 4 80970025000002 80992025000002 88970025000002 88992025000002 

G3/8-19 1,337 15,32 102,0 35,2 50 20 17,5 17,0 13,92 4 80970025000003 88970025000003 

23

M 

Thread Milling Tool MGF XS 



For machining steel M900 N/mm 2 tensile strength 




l1 

l2.7 

45° 

l3 

d2 

t 

d3.1 

d3 

AD 

M-MGF XS 1,5×D 

TiCN - HE 

TiCN - HA 

Nominal Ø 

t Drill Ø l1 l2.7 l3 d2 d3 d3.1 AD Z 

Order No. 

Order No. 

M4 0,70 3,30 46,9 6,5 36 6 4,5 4,3 3,14 3 80273001000015 88273001000015 

M5 0,80 4,20 52,6 8,2 36 6 5,5 5,3 3,95 3 80273001000017 88273001000017 

M6 1,00 5,00 59,0 10,2 36 8 6,6 6,3 4,68 3 80273001000018 88273001000018 

M8 1,25 6,75 70,3 14,0 40 10 9,0 8,3 6,22 3 80273001000020 88273001000020 

M10 1,50 8,50 74,5 16,8 45 12 11,0 10,3 7,79 3 80273001000022 88273001000022 

M12 1,75 10,25 82,0 19,6 45 14 13,5 12,3 9,38 3 80273001000024 88273001000024 

M14 2,00 12,00 96,0 24,4 48 16 15,5 14,3 10,92 4 80273001000025 88273001000025 

M16 2,00 14,00 94,0 26,4 48 18 17,5 16,3 12,83 4 80273001000026 88273001000026 

M20 2,50 17,50 117,0 35,55 56 25 25,0 20,3 15,83 4 80273001000028 88273001000028 

M-MGF XS 2,0×D 

TiCN - HE 

TiCN - HA 

Nominal Ø 


Order No. 

Order No. 

M4 0,70 3,30 49,0 8,6 36 6 4,5 4,3 3,14 3 80292001000015 88292001000015 

M5 0,80 4,20 55,0 10,6 36 6 5,5 5,3 3,95 3 80292001000017 88292001000017 

M6 1,00 5,00 62,0 13,2 36 8 6,6 6,3 4,68 3 80292001000018 88292001000018 

M8 1,25 6,75 74,0 17,8 40 10 9,0 8,3 6,22 3 80292001000020 88292001000020 

M10 1,50 8,50 79,0 21,3 45 12 11,0 10,3 7,79 3 80292001000022 88292001000022 

M12 1,75 10,25 89,0 26,6 45 14 13,5 12,3 9,38 3 80292001000024 88292001000024 

M14 2,00 12,00 102,0 30,4 48 16 15,5 14,3 10,92 4 80292001000025 88292001000025 

M16 2,00 14,00 102,0 34,4 48 18 17,5 16,3 12,83 4 80292001000026 88292001000026 

M20 2,50 17,50 127,0 45,55 56 25 25,0 20,3 15,83 4 80292001000028 88292001000028 

24

MF 



1 

MGF 






l1 

l2.7 

45° 

l3 

d2 

t 

d3.1 

d3 

AD 

MF-MGF XS 1,5×D 

TiCN - HE 

TiCN - HA 

Nominal Ø 


Order No. 

Order No. 

M8×1 1,00 7,00 70,0 13,3 40 10 9,0 8,3 6,22 3 80273002000070 88273002000070 

M10×1 1,00 9,00 74,0 16,5 45 12 11,0 10,3 7,79 3 80273002000094 88273002000094 

M12×1,5 1,50 10,50 83,0 19,9 45 14 13,5 12,3 9,38 3 80273002000113 88273002000113 

M12×1 1,00 11,00 83,0 19,6 45 14 13,5 12,3 9,38 3 

M14×1,5 1,50 12,50 94,5 23,1 48 16 15,5 14,3 10,92 4 80273002000131 88273002000131 

M16×1,5 1,50 14,50 94,5 26,1 48 18 17,5 16,3 12,82 4 80273002000147 88273002000147 

MF-MGF XS 2,0×D 

TiCN - HE 

TiCN - HA 

Nominal Ø 


Order No. 

Order No. 

M8×1 1,00 7,00 74,0 17,3 40 10 9,0 8,3 6,22 3 80292002000070 88292002000070 

M10×1 1,00 9,00 79,0 21,5 45 12 11,0 10,3 7,79 3 80292002000094 88292002000094 

M12×1,5 1,50 10,50 89,0 25,9 45 14 13,5 12,3 9,38 3 80292002000113 88292002000113 

M12×1 1,00 11,00 89,0 25,6 45 14 13,5 12,3 9,38 3 

M14×1,5 1,50 12,50 102,0 30,6 48 16 15,5 14,3 10,92 4 80292002000131 88292002000131 

M16×1,5 1,50 14,50 102,0 33,6 48 18 17,5 16,3 12,82 4 80292002000147 88292002000147 

25

G 








l1 

l2.7 

45° 

l3 

d2 

t 

d3.1 

d3 

AD 

G-MGF XS 1,5×D 

TiCN - HE 

TiCN - HA 

Nominal Ø 


Order No. 

Order No. 

G1/8-28 0,907 8,82 73,6 15,8 45 12 11,0 10,0 7,79 3 80273025000001 88273025000001 

G1/4-19 1,337 11,82 95,3 21,7 48 16 15,5 13,5 10,92 4 80273025000002 88273025000002 

G-MGF XS 2,0×D 

TiCN - HE 

TiCN - HA 

Nominal Ø 


Order No. 

Order No. 

G1/8-28 0,907 8,82 79,0 21,2 45 12 11,0 10,0 7,79 3 80292025000001 88292025000001 

G1/4-19 1,337 11,82 102,0 28,4 48 16 15,5 13,5 10,92 4 80292025000002 88292025000002 

26

M 

Thread Milling Tool MGF XH 

with rear chamfer, 1.5×D 

1 

MGF 


For hard machining of materials 

with hardness M45 HRC 


l2.7 

45° 

l1 

l3 

Tools without internal coolant supply 


t 

d3.1 

d3 

d2 

AD 

M-MGF XH 1,5×D 

TiAlN - HE 

TiAlN - HA 

Nominal Ø 


Order No. 

Order No. 

M4 0,70 3,30 47,0 6,5 36 6 4,5 4,3 3,14 4 80977001000015 88977001000015 

M5 0,80 4,20 52,0 8,2 36 6 5,5 5,3 3,95 4 80977001000017 88977001000017 

M6 1,00 5,00 59,0 10,2 36 8 6,6 6,3 4,68 4 80977001000018 88977001000018 

M8 1,25 6,75 70,0 14,0 40 10 9,0 8,3 6,22 4 80977001000020 88977001000020 

M10 1,50 8,50 74,0 16,8 45 12 11,0 10,3 7,79 5 80977001000022 88977001000022 

M12 1,75 10,25 82,0 19,6 45 14 13,5 12,3 9,38 5 80977001000024 88977001000024 

MF 

with rear chamfer, 1.5×D 

Thread Milling Tool MGF XH 





l2.7 

45° 

l1 

l3 



t 

d3.1 

d3 

d2 

AD 

MF-MGF XH 1,5×D 

TiAlN - HE 

TiAlN - HA 

Nominal Ø 


Order No. 

Order No. 

M12×1,5 1,50 10,50 82,0 19,9 45 14 13,5 12,3 9,38 5 80977002000113 88977002000113 

M14×1,5 1,50 12,50 94,0 23,1 48 16 15,5 14,3 10,92 5 80977002000131 88977002000131 

M16×1,5 1,50 14,50 94,0 26,1 48 18 17,5 16,3 12,82 5 80977002000147 88977002000147 

27

Thread Milling Tool UMGF 

UMGF = Universal MGF Thread Milling Tool 

Spiral fluted solid carbide tool with profile correction both with rear and 

front chamfer. 





• One and the same tool for different diameters 

>Nominal Ø with same pitch 



• Exact and repeatable chamfer and thread depth 


• Step drill can be replaced with standard twist drill 


28

Gewindefräser UMGF 


Thread engagements for UMGF 

M-UMGF for metric ISO thread DIN 13 

Page 

30-31 

32 

2 

UMGF 

MF-UMGF for metric fine ISO thread DIN 13 

33 

Machining of chamfer by concentric 

movement of the UMGF Thread 

Milling Tool 

Machining of chamfer by circular 

movement of the UMGF Thread 

Milling Tool 

CNC programs can be configured on line at http://tpt.kometgroup.com 


29


For metric ISO thread DIN 13 and for metric fine thread DIN 13 

BT = Min. drill depth 

D3.1 = max. possible chamfer Ø with front chamfer 

TL = Full thread length 

90° D1 

D D3.1 90° 

TL 

BT 

M 2,0×D 2,5×D 

D1 BT D3.1 TL D1 BT D3.1 TL 

M4 3,30 8,58 4,30 7,31 3,30 – – – 

M5 4,20 10,60 5,30 9,12 4,20 – – – 

M6 5,00 13,21 6,30 11,36 5,00 16,21 6,30 14,36 

M8 6,75 17,76 8,30 15,39 6,75 21,51 8,30 19,14 

M10 8,50 21,31 10,30 18,42 8,50 27,31 10,30 24,42 

M12 10,30 26,60 12,30 23,21 10,30 31,85 12,30 28,46 

M14 12,00 30,40 14,30 26,50 12,00 – – – 

M16 14,00 34,42 16,30 30,47 14,00 – – – 

MF 

2,0×D 

D1 BT D3.1 TL 

M8×1 7,00 17,37 8,30 15,29 

M10×1 8,00 21,46 10,30 19,17 

M12×1,5 10,50 25,98 12,30 22,88 

M12×1 11,00 25,57 12,30 23,08 

M14×1,5 12,50 30,55 14,30 27,23 

M16×1,5 14,50 33,53 16,30 30,21 

30 

We reserve the right to make technical alterations


For UNC thread ANSI B1.1, for UNF thread ANSI B1.1 and 

for Whitworth pipe thread DIN EN ISO 228 and DIN EN 10226 (previously DIN 2999) 

BT = Min. drill depth 

D3.1 = max. possible chamfer Ø with front chamfer 


90° D1 

D D3.1 90° 

2 

UMGF 

TL 

BT 

UNC 

2,0×D 

D1 BT D3.1 TL 

1/4-20-UNC 5,08 15,46 6,65 13,13 

5/16-18-UNC 6,53 17,14 8,24 14,60 

3/8-16-UNC 7,94 20,92 9,83 17,94 

1/2-13-UNC 10,75 27,83 13,00 23,86 

UNF 

2,0×D 

D1 BT D3.1 TL 

1/4-28-UNF 5,44 14,84 6,65 12,94 

5/16-24-UNF 6,88 17,23 8,24 15,12 

3/8-24-UNF 8,47 20,42 9,83 18,29 

7/16-20-UNF 9,84 23,13 11,41 20,72 

1/2-20-UNF 11,43 27,36 13,00 24,23 

G 

2,0×D 

D1 BT D3.1 TL 

G1/8-28 8,82 21,31 10,03 19,27 

G1/4-19 11,82 28,43 13,46 25,72 

G3/8-19 15,32 35,24 16,96 32,38 



31

M 


with front and rear chamfer, 2.0×D and 2.5×D 





l1 

l2.7 

45° 

45° 

l3 

d2 

t 

d3.1 

AD 

d3 

M-UMGF 2,0×D 


Nominal Ø 

Drill Ø 

t l1 l2.7 l3 d2 d3 d3.1 AD Z 


M4 0,70 3,30 49,0 8,6 36 6 4,5 4,3 3,14 3 

M5 0,80 4,20 55,0 10,6 36 6 5,5 5,3 3,95 3 

M6 1,00 5,00 62,0 13,2 36 8 6,6 6,3 4,68 3 80670001000018 80692001000018 88670001000018 88692001000018 

M8 1,25 6,75 74,0 17,8 40 10 9,0 8,3 6,22 3 80670001000020 80692001000020 88670001000020 88692001000020 

M10 1,50 8,50 79,0 21,3 45 12 11,0 10,3 7,79 3 80670001000022 80692001000022 88670001000022 88692001000022 

M12 1,75 10,25 89,0 26,6 45 14 13,5 12,3 9,38 3 80670001000024 80692001000024 88670001000024 88692001000024 

M14 2,00 12,00 102,0 30,4 48 16 15,5 14,3 10,92 4 

M16 2,00 14,00 102,0 34,4 48 18 17,5 16,3 12,83 4 

M-UMGF 2,5×D 


Nominal Ø 

Drill Ø 

t l1 l2.7 l3 d2 d3 d3.1 AD Z 


M4 0,70 3,30 49,0 10,0 36 6 4,5 4,3 3,14 3 

M5 0,80 4,20 55,0 13,0 36 6 5,5 5,3 3,95 3 

M6 1,00 5,00 62,0 16,2 36 8 6,6 6,3 4,68 3 80690001000018 80695001000018 88690001000018 88695001000018 

M8 1,25 6,75 74,0 21,5 40 10 9,0 8,3 6,22 3 80690001000020 80695001000020 88690001000020 88695001000020 

M10 1,50 8,50 79,0 27,3 45 12 11,0 10,3 7,79 3 80690001000022 80695001000022 88690001000022 88695001000022 

M12 1,75 10,25 89,0 31,8 45 14 13,5 12,3 9,38 3 80690001000024 80695001000024 88690001000024 88695001000024 

M14 2,00 12,00 102,0 38,4 48 16 15,5 14,3 10,92 4 

M16 2,00 14,00 102,0 42,4 48 18 17,5 16,3 12,83 4 

32

MF 




with front and rear chamfer, 2.0×D 



2 

UMGF 

l1 

l2.7 

45° 

45° 

l3 

d2 

t 

d3.1 

AD 

d3 

MF-UMGF 2,0×D 


Nominal Ø 

Drill Ø 

t l1 l2.7 l3 d2 d3 d3.1 AD Z 


M8×1 1,0 7,0 74,0 17,3 40 10 9,0 8,3 6,22 3 80670002000070 80692002000070 88670002000070 88692002000070 

M10×1 1,0 9,0 79,0 21,5 45 12 11,0 10,3 7,79 3 80670002000094 80692002000094 88670002000094 88692002000094 

M12×1 1,0 11,0 89,0 25,6 45 14 13,5 12,3 9,38 3 

M12×1,5 1,5 10,5 89,0 25,9 45 14 13,5 12,3 9,38 3 80670002000113 80692002000113 88670002000113 88692002000113 

M14×1,5 1,5 12,5 102,0 30,6 48 16 15,5 14,3 10,92 4 80670002000131 80692002000131 88670002000131 88692002000131 

M16×1,5 1,5 14,5 102,0 33,6 48 18 17,5 16,3 12,82 4 80670002000147 80692002000147 88670002000147 88692002000147 

33

Drill Thread Milling Tool BGF 

Drilling, chamfering and thread milling in a single pass 

The BGF drill thread milling tool rear chamfer is a standard tool for defined 

thread lengths of 1.5×D; 2.0×D and 2.5×D. 

The patented drill thread milling tool produces a complete thread, including 

drill hole and chamfer, in a single pass. 



• Only one tool instead of 2 or 3 

• Shorter cycle times 



• Exact and repeatable drill and thread depth from 1st to last thread 



34

Drill Thread Milling Tool BGF with 2 cutting edges with 

coolant supply 

Page 

Thread engagements for BGF 

36-37 

M-BGF 1.5×D for metric ISO thread DIN 13 

M-BGF 1.5×D 

for Nodular Grey Cast Iron 

for metric ISO thread DIN 13 


M-BGF 2.0×D 

for Nodular Grey Cast Iron 


EG-BGF 2.0×D 

for metric ISO thread DIN 13 40 

for EG metric ISO thread 

DIN 8140 for helical wire inserts 

MF-BGF 1.5×D for metric fine ISO thread DIN 13 

38 

39 

40 

41 

42 

43 

3 

BGF 

MF-BGF 2.0×D for metric fine ISO thread DIN 13 

UNC-BGF 1.5×D for UNC thread ANSI B1.1 

UNC-BGF 2.0×D for UNC thread ANSI B1.1 

UNF-BGF 1.5×D for UNF thread ANSI B1.1 

UNF-BGF 2.0×D for UNF thread ANSI B1.1 

G-BGF 2.0×D 

for Whitworth pipe thread 

DIN EN ISO 228 


43 

44 

44 

45 

45 

46 



35


For metric ISO thread DIN 13, for EG metric ISO thread DIN 8140 for helical wire inserts and for 

metric fine ISO thread DIN 13 

BT 

EL 

TL 

= Drill depth 

= Thread engagement 


140° D9 D1 

D D3.1 90° 

TL 

EL 

BT 

M 1,5×D 2,0×D 2,5×D 

D1 BT D3.1 D9 EL TL D1 BT D3.1 D9 EL TL D1 BT D3.1 D9 EL TL 

M3 2,50 4,90 3,30 3,10 4,40 3,80 2,50 6,90 3,30 3,10 6,40 5,80 

M4 3,30 6,80 4,30 4,12 6,10 5,25 3,30 8,90 4,30 4,12 8,20 7,30 3,30 11,00 4,30 4,12 10,30 9,40 

M5 4,20 8,58 5,30 5,19 7,80 6,80 4,20 11,00 5,30 5,19 10,20 9,20 4,20 13,38 5,30 5,19 12,58 11,57 

M6 5,00 10,70 6,30 6,25 9,70 8,40 5,00 13,70 6,30 6,25 12,70 11,40 5,00 15,70 6,30 6,25 14,70 13,40 

M8 6,75 13,35 8,30 8,41 12,15 10,45 6,75 17,10 8,30 8,41 15,90 14,20 6,75 22,10 8,30 8,41 20,90 19,20 

M10 8,50 17,60 10,30 10,54 16,06 14,00 8,50 22,10 10,30 10,54 20,60 18,50 8,50 26,60 10,30 10,54 25,10 23,00 

M12 10,30 20,25 12,30 12,65 18,45 16,35 10,30 25,50 12,30 12,65 23,70 21,60 10,30 32,50 12,30 12,65 30,70 28,60 

M14 12,00 22,90 14,30 14,81 20,90 18,60 12,00 30,90 14,30 14,81 28,90 26,60 12,00 36,90 14,30 14,81 34,90 32,60 

M16 14,00 27,00 16,30 16,88 25,00 22,60 14,00 35,00 16,30 16,88 33,00 30,60 14,00 43,00 16,30 16,88 41,00 38,60 

EG 1,5×D 2,0×D 2,5×D 


EG-M6 6,30 11,78 7,60 7,70 10,80 9,40 6,30 15,78 7,60 7,70 14,80 13,40 6,30 19,78 7,60 7,70 18,80 17,40 

EG-M8 8,37 15,99 9,92 10,21 14,70 12,90 8,37 20,99 9,92 10,21 19,70 17,90 8,37 25,99 9,92 10,21 24,70 22,90 

EG-M10 10,45 19,18 12,25 12,68 17,70 15,50 10,50 25,18 12,25 12,68 23,70 21,50 10,50 31,18 12,25 12,68 29,70 27,50 

EG-M12 12,52 23,85 14,57 15,14 22,10 19,80 12,50 30,85 14,57 15,14 29,10 26,80 12,50 37,85 14,57 15,14 36,10 33,80 

MF 1,5×D 2,0×D 2,5×D 


M6×0,75 5,25 10,30 6,30 6,18 9,60 8,60 5,25 14,05 6,30 6,18 13,30 12,30 5,25 16,30 6,30 6,18 15,60 14,60 

M8×1 7,00 13,70 8,30 8,31 12,70 11,40 7,00 17,70 8,30 8,31 16,70 15,40 7,00 21,70 8,30 8,31 20,70 19,40 

M10×1 9,00 16,80 10,30 10,35 15,80 14,40 9,00 21,80 10,30 10,35 20,80 19,40 9,00 25,80 10,30 10,35 24,80 23,40 

M12×1,5 10,50 20,60 12,30 12,35 19,08 17,01 10,50 26,60 12,30 12,35 25,08 23,01 10,50 32,60 12,30 12,35 31,08 29,01 

M12×1 11,00 19,75 12,30 12,35 18,80 17,40 11,00 24,75 12,30 12,35 23,80 22,40 11,00 31,75 12,30 12,35 30,80 29,40 

M14×1,5 12,50 23,61 14,30 14,61 22,11 19,98 12,50 29,60 14,30 14,61 28,10 26,00 12,50 37,11 14,30 14,61 35,60 33,50 

M16×1,5 14,50 26,62 16,30 16,64 25,12 22,97 14,50 34,10 16,30 16,64 32,60 30,50 14,50 41,62 16,30 16,64 40,10 38,00 


36


For UNC thread ANSI B1.1, for UNF thread ANSI B1.1 and 


BT 

EL 

TL 

= Drill depth 

= Thread engagement 


140° D9 D1 

D D3.1 90° 

TL 

EL 

BT 

3 

BGF 

UNC 1,5×D 2,0×D 2,5×D 


1/4-20 UNC 5,08 11,09 6,65 6,83 9,82 8,06 5,08 14,90 6,65 6,83 13,60 11,90 5,08 17,44 6,65 6,83 16,20 14,40 

5/16-18 UNC 6,53 13,77 8,24 8,56 12,36 10,34 6,53 18,00 8,24 8,56 16,60 14,60 6,53 22,24 8,24 8,56 20,83 18,80 

3/8-16 UNC 7,94 16,99 9,83 10,23 15,40 13,20 7,94 21,80 9,83 10,23 20,20 18,00 7,94 26,51 9,83 10,23 24,93 22,73 

1/2-13 UNC 10,75 22,56 13,00 13,72 20,60 18,10 10,80 28,40 13,00 13,72 26,50 24,00 10,80 34,28 13,00 13,72 32,33 29,86 

UNF 1,5×D 2,0×D 2,5×D 


1/4-28 UNF 5,44 10,68 6,65 6,70 9,78 8,52 5,44 14,30 6,65 6,70 13,40 12,10 5,44 17,05 6,65 6,70 16,10 14,90 

5/16-24 UNF 6,88 13,54 8,24 8,40 12,50 11,00 6,88 17,80 8,24 8,40 16,70 15,20 6,88 20,95 8,24 8,40 19,90 18,40 

3/8-24 UNF 8,47 15,67 9,83 10,01 14,61 13,07 8,47 19,90 9,83 10,01 18,80 17,30 8,47 25,19 9,83 10,01 24,10 22,60 

1/2-20 UNF 11,43 20,08 13,00 13,35 18,80 16,90 11,40 26,40 13,00 13,35 25,20 23,30 11,40 32,78 13,00 13,35 31,50 29,60 

G 1,5×D 2,0×D 2,5×D 


G1/8-28 8,82 15,25 10,03 10,12 14,34 13,04 8,82 20,70 10,03 10,12 19,80 18,50 8,82 25,23 10,03 10,12 24,30 23,00 

G1/4-19 11,82 20,97 13,46 13,52 19,63 17,87 11,80 27,70 13,46 13,52 26,30 24,60 11,80 34,44 13,46 13,52 33,10 31,30 

We reserve the right to make technical alterations Please see note on page 152 

37

M 


with 2 cutting edges with rear chamfer 1.5×D 



Tools with internal coolant supply 


l2.7 

l2.9 

l10 

45° 

l1 

l3 

140° 

d1 

d2 

t 

d3.1 d3 

M-BGF 1,5×D 

uncoated - HE TiAlN - HE uncoated - HA TiAlN - HA 

Nom. Ø 

t l1 l2.7 l2.9 l3 l10 d1 d2 d3 d3.1 AD Z 


M4 0,70 47,0 7,3 6,8 36 0,7 3,3 6 4,5 4,3 3,24 2 80945001000015 80934001000015 88945001000015 88934001000015 

M5 0,80 52,6 9,3 8,6 36 0,8 4,2 6 5,5 5,3 4,10 2 80945001000017 80934001000017 88945001000017 88934001000017 

M6 1,00 59,0 11,5 10,7 36 1,0 5,0 8 6,6 6,3 4,85 2 80945001000018 80934001000018 88945001000018 88934001000018 

M8 1,25 70,3 14,4 13,4 40 1,3 6,8 10 9,0 8,3 6,45 2 80945001000020 80934001000020 88945001000020 88934001000020 

M10 1,50 74,5 18,9 17,6 45 1,5 8,5 12 11,0 10,3 8,08 2 80945001000022 80934001000022 88945001000022 88934001000022 

M12 1,75 83,8 21,8 20,2 45 1,5 10,3 14 13,5 12,3 9,74 2 80945001000024 80934001000024 88945001000024 88934001000024 

38

M 


with 2 cutting edges with rear chamfer 1.5×D for Nodular Grey Cast Iron 





3 

l10 

l2.7 

l2.9 

45° 

l1 

l3 

BGF 

140° 

d1 

d2 

45° 

t 

d3.1 d3 

M-BGF 1,5×D 


Nom. Ø 



M4 0,70 47,0 7,3 6,8 36 0,7 3,3 6 4,5 4,3 3,24 2 

M5 0,80 52,6 9,3 8,6 36 0,8 4,2 6 5,5 5,3 4,10 2 

M6 1,00 59,0 11,5 10,7 36 1,0 5,0 8 6,6 6,3 4,85 2 80949001000018 88949001000018 

M8 1,25 70,3 14,4 13,4 40 1,3 6,8 10 9,0 8,3 6,45 2 80949001000020 88949001000020 

M10 1,50 74,5 18,9 17,6 45 1,5 8,5 12 11,0 10,3 8,08 2 80949001000022 88949001000022 

M12 1,75 83,8 21,8 20,2 45 1,5 10,3 14 13,5 12,3 9,74 2 80949001000024 88949001000024 

Thread engagements see page 51 in table thread engagements for BGF NZ4 and BGF for Nodular Grey Cast Iron 

39

M 





l2.7 

l1 



l2.9 

l10 

45° 

l3 

140° 

d1 

d2 

t 

* Tools without internal coolant supply 

M-BGF 2,0×D 

d3.1 d3 


Nom. Ø 



* M3 0,50 49,0 6,8 7,3 36 0,5 2,5 6 4,5 3,3 2,45 2 80901001000013 80906001000013 88901001000013 88906001000013 

M4 0,70 49,0 9,4 8,9 36 0,7 3,3 6 4,5 4,3 3,24 2 80941001000015 80935001000015 88941001000015 88935001000015 

M5 0,80 55,0 11,7 11,0 36 0,8 4,2 6 5,5 5,3 4,10 2 80941001000017 80935001000017 88941001000017 88935001000017 

M6 1,00 62,0 14,5 13,7 36 1,0 5,0 8 6,6 6,3 4,85 2 80941001000018 80935001000018 88941001000018 88935001000018 

M8 1,25 74,0 18,2 17,1 40 1,3 6,8 10 9,0 8,3 6,45 2 80941001000020 80935001000020 88941001000020 88935001000020 

M10 1,50 79,0 23,4 22,1 45 1,5 8,5 12 11,0 10,3 8,08 2 80941001000022 80935001000022 88941001000022 88935001000022 

M12 1,75 89,0 27,1 25,5 45 1,5 10,3 14 13,5 12,3 9,74 2 80941001000024 80935001000024 88941001000024 88935001000024 

M14 2,00 102,0 32,8 30,9 48 1,5 12,0 16 15,5 14,3 11,35 2 80941001000025 80935001000025 88941001000025 88935001000025 

M16 2,00 102,0 37,1 35,0 48 1,5 14,0 18 17,5 16,3 13,28 2 80941001000026 80935001000026 88941001000026 88935001000026 

with 2 cutting edges with rear chamfer 2.0×D for Nodular Grey Cast Iron 



l2.7 

l1 



l10 

l2.9 

45° 

l3 

140° 

d1 

d2 

45° 

t 

d3.1 d3 

M-BGF 2,0×D 


Nom. Ø 



M4 0,70 47,0 7,3 6,8 36 0,7 3,3 6 4,5 4,3 3,24 2 

M5 0,80 52,6 9,3 8,6 36 0,8 4,2 6 5,5 5,3 4,10 2 

M6 1,00 59,0 11,5 10,7 36 1,0 5,0 8 6,6 6,3 4,85 2 80943001000018 88943001000018 

M8 1,25 70,3 14,4 13,4 40 1,3 6,8 10 9,0 8,3 6,45 2 80943001000020 88943001000020 

M10 1,50 74,5 18,9 17,6 45 1,5 8,5 12 11,0 10,3 8,08 2 80943001000022 88943001000022 

M12 1,75 83,8 21,8 20,2 45 1,5 10,3 14 13,5 12,3 9,74 2 80943001000024 88943001000024 

Thread engagements see page 51 in table thread engagements for BGF NZ4 and BGF for Nodular Grey Cast Iron 

40

M 







3 

l2.7 

l2.9 

l10 

45° 

l1 

l3 

BGF 

140° 

d1 

d2 

t 

d3.1 d3 

M-BGF 2,5×D 


Nom. Ø 



M4 0,70 49,0 11,5 11,0 36 0,7 3,3 6 4,5 4,3 3,24 2 

M5 0,80 55,0 14,1 13,4 36 0,8 4,2 6 5,5 5,3 4,10 2 80961001000017 88961001000017 

M6 1,00 62,0 16,5 15,7 36 1,0 5,0 8 6,6 6,3 4,85 2 80961001000018 80956001000018 88961001000018 88956001000018 

M8 1,25 74,0 23,2 22,1 40 1,3 6,8 10 9,0 8,3 6,45 2 80961001000020 80956001000020 88961001000020 88956001000020 

M10 1,50 79,0 27,9 26,6 45 1,5 8,5 12 11,0 10,3 8,08 2 80961001000022 80956001000022 88961001000022 88956001000022 

M12 1,75 89,0 34,1 32,5 45 1,5 10,3 14 13,5 12,3 9,74 2 80961001000024 80956001000024 88961001000024 88956001000024 

M14 2,00 102,0 38,8 36,9 48 1,5 12,0 16 15,5 14,3 11,35 2 

M16 2,00 102,0 45,1 43,0 48 1,5 14,0 18 17,5 16,3 13,28 2 80961001000026 88961001000026 

41

EG 



For EG metric ISO thread DIN 8140 

for helical wire inserts 




l2.7 

l2.9 

l10 

45° 

l1 

l3 

140° 

d1 

d2 

t 

d3.1 d3 

EG-BGF 2,0×D 


Nom. Ø 



EG-M6 1,00 74,0 16,8 15,8 40 1,0 6,3 10 9 7,6 5,98 2 80941051000018 80935051000018 88941051000018 88935051000018 




42

MF 





l2.7 

l1 



l2.9 

l10 

45° 

l3 

140° 

d1 

d2 

3 

t 

d3.1 d3 

BGF 

MF-BGF 1,5×D 


Nom. Ø 



M8×1 1,0 70,0 14,8 13,7 40 1,0 7,0 10 9,0 8,3 6,79 2 80945002000070 88945002000070 

M10×1 1,0 74,0 18,2 16,8 45 1,0 9,0 12 11,0 10,3 8,75 2 80945002000094 88945002000094 

M12×1,5 1,5 83,0 22,2 20,6 45 1,5 10,5 14 13,5 12,3 10,06 2 80945002000113 88945002000113 

MF 





l2.7 

l1 



l2.9 

l10 

45° 

l3 

140° 

d1 

d2 

t 

d3.1 d3 

MF-BGF 2,0×D 


Nom. Ø 



M6×0,75 0,75 62,0 14,9 13,3 36 0,8 5,25 8 6,6 6,3 5,14 2 80941002000048 88941002000048 

M8×1 1,00 74,0 18,8 17,7 40 1,0 7,00 10 9,0 8,3 6,79 2 80941002000070 80935002000070 88941002000070 88935002000070 

M10×1 1,00 79,0 23,2 21,8 45 1,0 9,00 12 11,0 10,3 8,75 2 80941002000094 80935002000094 88941002000094 88935002000094 

M12×1 1,00 89,0 26,4 24,8 45 1,0 11,00 14 13,5 12,3 10,74 2 80941002000111 80935002000111 88941002000111 88935002000111 

M12×1,5 1,50 89,0 28,2 26,6 45 1,5 10,50 14 13,5 12,3 10,06 2 80941002000113 80935002000113 88941002000113 88935002000113 

M14×1,5 1,50 102,0 31,5 29,6 48 1,5 12,50 16 15,5 14,3 12,01 2 80941002000131 88941002000131 

M16×1,5 1,5 102,0 36,3 34,1 48 1,5 14,50 18 17,5 16,3 13,95 2 80941002000147 88941002000147 

43

UNC 





l2.7 

l1 



l2.9 

l10 

45° 

l3 

140° 

d1 

d2 

t 

d3.1 d3 

UNC-BGF 1,5×D 


Nom. Ø 



1/4-20 UNC 1,270 58,2 11,9 11,1 36 1,3 5,1 8 7,8 6,7 4,70 2 80945010000011 88945010000011 

5/16-18 UNC 1,411 69,8 14,8 13,8 40 1,4 6,5 10 9,0 8,2 6,01 2 80945010000012 88945010000012 

3/8-16 UNC 1,588 74,2 18,2 17,0 45 1,5 7,9 12 11,0 9,8 7,36 2 80945010000013 88945010000013 

1/2-13 UNC 1,954 83,0 24,2 22,6 45 1,5 10,8 14 13,5 13,0 9,87 2 80945010000015 88945010000015 

UNC 





l2.7 

l1 



l2.9 

l10 

45° 

l3 

140° 

d1 

d2 

t 

d3.1 d3 

UNC-BGF 2,0×D 


Nom. Ø 



1/4-20 UNC 1,270 62,0 15,7 14,9 36 1,3 5,1 8 7,8 6,7 4,70 2 80941010000011 88941010000011 

5/16-18 UNC 1,411 74,0 19,0 18,0 40 1,4 6,5 10 9,0 8,2 6,01 2 80941010000012 88941010000012 

3/8-16 UNC 1,588 79,0 23,0 21,8 45 1,5 7,9 12 11,0 9,8 7,36 2 80941010000013 88941010000013 

1/2-13 UNC 1,954 89,0 30,1 28,4 45 1,5 10,8 14 13,5 13,0 9,87 2 80941010000015 88941010000015 

44

UNF 





l2.7 

l1 



l2.9 

l10 

45° 

l3 

140° 

d1 

d2 

3 

t 

d3.1 d3 

BGF 

UNF-BGF 1,5×D 


Nom. Ø 



1/4-28 UNF 0,907 58,4 11,5 10,7 36 0,9 5,4 8 7,8 6,7 5,17 2 80945011000011 88945011000011 

5/16-24 UNF 1,058 70,0 14,6 13,5 40 1,1 6,9 10 9,0 8,2 6,51 2 80945011000012 88945011000012 


1/2-20 UNF 1,270 82,7 21,8 20,1 45 1,3 11,4 14 13,5 13,0 10,88 2 80945011000015 88945011000015 

UNF 





l2.7 

l1 



l2.9 

l10 

45° 

l3 

140° 

d1 

d2 

t 

d3.1 d3 

UNF-BGF 2,0×D 


Nom. Ø 



1/4-28 UNF 0,907 62,0 15,2 14,3 36 0,9 5,4 8 7,8 6,7 5,17 2 80941011000011 88941011000011 



1/2-20 UNF 1,270 89,0 28,2 26,4 45 1,3 11,4 14 13,5 13,0 10,88 2 80941011000015 88941011000015 

45

G 







l2.7 

l2.9 

l10 

45° 

l1 

l3 

140° 

d1 

d2 

t 

d3.1 d3 

G-BGF 2,0×D 


Nom. Ø t l1 l2.7 l2.9 l3 l10 d1 d2 d3 d3.1 AD Z Order No. Order No. Order No. Order No. 

G1/8-28 0,907 79,0 22,1 20,7 45 0,9 8,8 12 11,0 10,0 8,40 2 80941025000001 88941025000001 

G1/4-19 1,337 102,0 29,5 27,7 48 1,3 11,8 16 13,5 13,5 11,44 2 80941025000002 88941025000002 

46

Drill Thread Milling Tools 



BGF with rear chamfer as a standard tool for defined 

thread lengths of 1.5×D; 2.0×D and 2.5×D. 

UBGF with front and rear chamfer for different thread 

lengths. 

Cross section of threads manufactured 

with drill thread milling tools 

– here M6 and M10. BGF with 

profile correction are generating 

a precise part threads. 

BGF M12 2.0×D TiN 

BGF M10 2.5×D TiAN 

BGF, 3 fluted with 

spot face cutter 

3 

BGF 

 

Approach 

Drilling and chamfering 

Withdraw 

Radial setting to nominal thread 

diameter through entry loop 

Forward feed by pitch with 

simultaneous interpolation of tool 

around the central thread axisthreading 

cycle 

Radial movement back to the bore 

centre through exit loop 

Exit bore 

BGF with 3 flutes 

Advantages compared to 2 flutes 

• Pre-cast holes can be drilled with maximum cutting 

values without problems 

• Increased tool stability 

• For angled bore exits 

Advantages 

• More than 50% shorter 

cycle time and idle time 

reduction due to high 

cutting speeds and 

feed and saving on tool 

changing times and tool 

changes 

• Excellent surface finish 

due to variation in cutting 

parameters 

• Same tools for blind 

bores and through holes 

• Can be used in cast iron, 

aluminium up to 2.5×D 

• Nodular Grey Cast Iron 

up to 2.0×D 

DBGF 

DBGF Direct Circular Drill Thread Milling 

Tool 

To complete our product range we are including the DBGF direct circular 

drill thread milling tool in the diameter range from 6 to 16 mm with an 

achievable thread depth of up to 3.0×D. Also suitable for steel materials 

up to a thread depth of 2.0×D 

Approach 

Circular milling of the 

chamfer 

Circular drilling and thread 

milling. The bore and the 

thread are manufactured 

simultaneously in one pass 

Exit bore 

If necessary circular deburring 

of first thread 

 

47 47

Drill Thread Milling Tool UBGF 


UBGF with front and rear chamfer for different thread lengths. 

48

Drill Thread Milling Tool 

- UBGF with 2 cutting edges 

- BGF with 3 cutting edges 

- BGF with 4 cutting edges for grey cast iron 

- DBGF Direct Circular Drill Thread Milling Tool 

Thread engagements for UBGF, BGF NZ4 and BGF for Nodular Grey Cast Iron 

M-UBGF 2.0×D for metric ISO thread DIN 13 

Page 

50-51 

52 

MF-UBGF 2.0×D for metric fine ISO thread DIN 13 

UNC-UBGF 2.0×D for UNC thread ANSI B1.1 

UNF-UBGF 2.0×D for UNF thread ANSI B1.1 

G-UBGF 2.0×D for Whitworth pipe thread DIN EN ISO 228 


M-BGF 

with 3 cutting edges – 1.5×D; 2.0×D and 2.5×D 


Drill Thread Milling Tool NZ4 for Nodular Grey Cast Iron 

M-BGF 

Thread engagements for DBGF 

M-DBGF 

with 4 cutting edges – 1.5×D; 2.0×D and 2.5×D 


2.0×D and 3.0×D 


52 

53 

53 

54 

55 

56 

57 

58 

59 

4 

UBGF 

DBGF 

Machining of chamfer by circular 

movement of the UBGF Drill Thread 

Milling Tool 

Machining of chamfer by concentric 

movement of the UBGF Drill Thread 

Milling Tool 



49

Thread engagements for UBGF 

For metric ISO thread DIN 13 and for metric fine ISO thread DIN 13 

BT = Drill depth 

D3.1 = max. possible chamfer Ø 

with front chamfer 

EL = Thread engagement 


140° D9 90° D1 

D D3.190° 

TL 

EL 

BT 

M 

2,0×D 

D1 BT D3.1 D9 EL TL 

M3 2,50 6,65 3,30 3,10 6,10 5,80 

M4 3,30 8,58 4,30 4,12 7,90 7,30 

M5 4,20 10,63 5,30 5,19 9,80 9,20 

M6 5,00 13,28 6,30 6,25 12,30 11,40 

M8 6,80 16,64 8,30 8,41 15,40 14,20 

M10 8,50 21,49 10,30 10,54 20,00 18,50 

M12 10,30 24,83 12,30 12,65 23,10 21,60 

M14 12,00 30,19 14,30 14,81 28,20 26,60 

M16 14,00 34,23 16,30 16,88 32,20 30,60 

MF 

2,0×D 


M6×0,75 5,25 12,97 6,30 6,18 12,20 11,60 

M8×1 7,00 17,70 8,30 8,31 16,70 15,40 

M10×1 9,00 21,39 10,30 10,35 20,40 19,40 

M12×1 11,00 24,34 12,30 12,35 23,30 22,40 

M12×1,5 10,50 26,01 12,30 12,35 24,50 23,00 

M14×1,5 12,50 29,03 14,30 14,61 27,50 26,00 

M16×1,5 14,50 33,53 16,30 16,64 32,00 30,50 

50 


Thread engagements for UBGF 

For UNC thread ANSI B1.1, UNF thread ANSI B1.1 and 



D3.1 = max. possible chamfer Ø 

with front chamfer 

EL = Thread engagement 


140° D9 90° D1 

D D3.190° 

TL 

EL 

BT 

UNC 

2,0×D 


4 

1/4-20 UNC 5,08 14,41 6,65 6,83 13,10 11,90 

5/16-18 UNC 6,53 17,46 8,24 8,56 16,00 14,60 

3/8-16 UNC 7,94 21,15 9,83 10,23 19,60 18,00 

1/2-13 UNC 10,75 27,70 13,00 13,72 25,70 24,00 

UBGF 

DBGF 

UNF 

2,0×D 


1/4-28 UNF 5,44 13,94 6,65 6,70 13,00 12,10 

5/16-24 UNF 6,88 17,34 8,24 8,40 16,30 15,20 

3/8-24 UNF 8,47 19,47 9,83 10,01 18,40 17,30 

1/2-20 UNF 11,43 25,94 13,00 13,35 24,70 23,30 

G 

2,0×D 


G1/8-28 8,82 20,30 10,03 10,12 19,40 18,50 

G1/4-19 11,82 27,10 13,46 13,52 25,70 24,50 

Thread engagements for BGF NZ4 and BGF for Nodular 

Grey Cast Iron 

M 1,5 x D 2,0 x D 2,5 x D 


M6 5,00 10,37 6,30 6,25 9,40 8,40 5,00 13,47 6,30 6,25 12,50 11,40 5,00 15,47 6,30 6,25 14,50 13,40 

M8 6,75 13,02 8,30 8,41 11,80 10,50 6,75 16,77 8,30 8,41 15,50 14,30 6,75 21,77 8,30 8,41 20,50 19,30 

M10 8,50 17,07 10,30 10,54 15,60 14,10 8,50 21,57 10,30 10,54 20,10 18,60 8,50 26,07 10,30 10,54 24,60 23,10 

M12 10,30 19,65 12,30 12,65 17,90 16,40 10,30 24,90 12,30 12,65 23,10 21,60 10,30 31,90 12,30 12,65 30,10 28,60 

M14 12,00 22,44 14,30 14,81 20,40 18,60 12,00 30,44 14,30 14,81 28,40 26,60 12,00 36,44 14,30 14,81 34,40 32,60 

M16 14,00 26,45 16,30 16,88 24,50 22,60 14,00 34,45 16,30 16,88 32,50 30,60 14,00 42,45 16,30 16,88 40,50 38,60 

Tool selection BGF for nodular grey cast iron see chapter 3 



51

M 


with 2 cutting edges with front and rear chamfer 2.0×D 



l2.7 

l1 



l10 

l2.9 

45° 

l3 

140° 

d1 

d2 

45° 

t 

d3.1 d3 

M-UBGF 2,0×D 


Nominal Ø 



M4 0,70 49,0 9,4 8,6 36 0,4 3,3 6 4,5 4,3 3,24 2 

M5 0,80 55,0 12,5 11,4 36 0,5 4,2 6 5,5 5,3 4,10 2 

M6 1,00 62,0 14,5 13,3 36 0,6 5,0 8 6,6 6,3 4,85 2 80641001000018 80635001000018 88641001000018 88635001000018 

M8 1,25 74,0 19,4 17,9 40 0,8 6,8 10 9,0 8,3 6,45 2 80641001000020 80635001000020 88641001000020 88635001000020 

M10 1,50 79,0 23,4 21,5 45 0,9 8,5 12 11,0 10,3 8,08 2 80641001000022 80635001000022 88641001000022 88635001000022 

M12 1,75 89,0 28,8 26,6 45 0,9 10,3 14 13,5 12,3 9,74 2 80641001000024 80635001000024 88641001000024 88635001000024 

M14 2,00 102,0 32,8 30,2 48 0,8 12,0 16 15,5 14,3 11,35 2 

M16 2,00 102,0 37,1 34,2 48 0,8 14,0 18 17,5 16,3 13,28 2 

MF 





l2.7 

l1 



l10 

l2.9 

45° 

l3 

140° 

d1 

d2 

45° 

t 

d3.1 d3 

MF-UBGF 2,0×D 


Nominal Ø 



52 

M6×0,75 0,75 61,7 14,9 13,0 36 0,4 5,3 8 6,6 6,3 5,14 2 80641002000048 88641002000048 

M8×1 1,00 74,0 18,8 17,3 40 0,6 7,0 10 9,0 8,3 6,79 2 80641002000070 80635002000070 88641002000070 88635002000070 

M10×1 1,00 79,0 24,2 22,4 45 0,6 9,0 12 11,0 10,3 8,75 2 80641002000094 80635002000094 88641002000094 88635002000094 

M12×1 1,00 88,4 26,4 24,3 45 0,6 11,0 14 13,5 12,3 10,74 2 80641002000111 80635002000111 88641002000111 88635002000111 

M12×1,5 1,50 89,0 28,2 26,0 45 0,9 10,5 14 13,5 12,3 10,06 2 80641002000113 80635002000113 88641002000113 88635002000113 

M14×1,5 1,50 102,0 33,0 30,5 48 0,9 12,5 16 15,5 14,3 12,01 2 80641002000131 88641002000131 

M16×1,5 1,50 102,0 36,3 33,5 48 0,9 14,5 18 17,5 16,3 13,95 2

UNC 





l2.7 

l1 



l10 

l2.9 

45° 

l3 

140° 

d1 

d2 

45° 

t 

d3.1 d3 

UNC-UBGF 2,0×D 


4 

Nominal Ø 



UBGF 

DBGF 

1/4-20 UNC 1,270 62,0 15,7 14,4 36 0,8 5,1 8 7,8 6,7 4,70 2 80641010000011 88641010000011 

5/16-18 UNC 1,411 74,0 19,0 17,5 40 0,9 6,5 10 9,0 8,2 6,01 2 80641010000012 88641010000012 

3/8-16 UNC 1,588 79,0 23,0 21,2 45 0,9 7,9 12 11,0 9,8 7,36 2 80641010000013 88641010000013 

1/2-13 UNC 1,954 89,0 30,1 27,7 45 0,8 10,8 14 13,5 13,0 9,87 2 80641010000015 88641010000015 

UNF 





l2.7 

l1 



l10 

l2.9 

45° 

l3 

140° 

d1 

d2 

45° 

t 

d3.1 d3 

UNF-UBGF 2,0×D 


Nominal Ø 



1/4-28 UNF 0,907 62,0 15,2 13,9 36 0,5 5,4 8 7,8 6,7 5,17 2 80601011000011 88601011000011 



1/2-20 UNF 1,270 89,0 29,5 27,2 45 0,8 11,4 14 13,5 13,0 10,88 2 80601011000015 88601011000015 

53

G 







l10 

l2.7 

l2.9 

45° 

l1 

l3 

140° 

d1 

d2 

45° 

t 

d3.1 d3 

G-UBGF 2,0×D 


Nominal Ø 



G1/8-28 0,907 79,0 22,1 20,3 45 0,5 8,8 12 11,0 10,0 8,40 2 80601025000001 88601025000001 

G1/4-19 1,337 102,0 30,8 28,5 48 0,8 11,8 16 15,5 13,5 11,44 2 80601025000002 88601025000002 

54

M 


with 3 cutting edges with rear chamfer 1.5×D; 2.0×D and 2.5×D 


For precasted holes 




l1 

l2.7 

l2.9 

140° 

d1 

l10 

45° 

l3 

d2 

4 

t 

d3.1 d3 

UBGF 

DBGF 

M-BGF 1,5×D 


Nominal Ø 



M6 1,00 59,0 11,5 10,7 36 1,0 5,0 8 6,6 6,3 4,85 3 80345001000018 80334001000018 88345001000018 88334001000018 

M8 1,25 70,3 14,4 13,4 40 1,3 6,8 10 9,0 8,3 6,45 3 80345001000020 80334001000020 88345001000020 88334001000020 

M10 1,50 74,5 18,9 17,6 45 1,5 8,5 12 11,0 10,3 8,08 3 80345001000022 80334001000022 88345001000022 88334001000022 

M12 1,75 83,8 21,8 20,2 45 1,5 10,3 14 13,5 12,3 9,74 3 80345001000024 80334001000024 88345001000024 88334001000024 

M-BGF 2,0×D 


Nominal Ø 



M6 1,00 62,0 14,5 13,7 36 1,0 5,0 8 6,6 6,3 4,85 3 80341001000018 80335001000018 88341001000018 88335001000018 

M8 1,25 74,0 18,2 17,1 40 1,3 6,8 10 9,0 8,3 6,45 3 80341001000020 80335001000020 88341001000020 88335001000020 

M10 1,50 79,0 23,4 22,1 45 1,5 8,5 12 11,0 10,3 8,08 3 80341001000022 80335001000022 88341001000022 88335001000022 

M12 1,75 89,0 27,1 25,5 45 1,5 10,3 14 13,5 12,3 9,74 3 80341001000024 80335001000024 88341001000024 88335001000024 

M-BGF 2,5×D 


Nominal Ø 



M6 1,00 62,0 16,5 15,7 36 1,0 5,0 8 6,6 6,3 4,85 3 80361001000018 80356001000018 88361001000018 88356001000018 

M8 1,25 74,0 23,2 22,1 40 1,3 6,8 10 9,0 8,3 6,45 3 80361001000020 80356001000020 88361001000020 88356001000020 

M10 1,50 79,0 27,9 26,6 45 1,5 8,5 12 11,0 10,3 8,08 3 80361001000022 80356001000022 88361001000022 88356001000022 

M12 1,75 89,0 34,1 32,5 45 1,5 10,3 14 13,5 12,3 9,74 3 80361001000024 80356001000024 88361001000024 88356001000024 

Thread engagements see page 36. 

55

M 

Drill Thread Milling Tool BGF NZ4 






l10 

l2.7 

l2.9 

l1 

l3 

45° 

140° 

d1 

d2 

t 

d3.1 d3 

M-BGF 1,5xD AlCrN - HE AlCrN - HA 

Nominal Ø t l1 l2.7 l2.9 l3 l10 d1 d2 d3 d3.1 AD Z 

Order No. Order No. 

M6 1,00 59,0 11,6 10,5 36 0,8 5,0 8 6,6 6,3 4,85 4 80369001000018 88369001000018 

M8 1,25 70,3 14,5 13,0 40 1,0 6,8 10 9,0 8,3 6,61 4 80369001000020 88369001000020 

M10 1,50 74,7 19,0 17,1 45 1,1 8,5 12 11,0 10,3 8,29 4 80369001000022 88369001000022 

M12 1,75 83,8 22,0 19,7 45 1,1 10,3 14 13,5 12,3 10,00 4 80369001000024 88369001000024 

M14 2,00 94,0 25,1 22,4 48 1,0 12,0 16 15,5 14,3 11,35 4 

M16 2,00 94,0 29,5 26,5 48 1,0 14,0 18 17,5 16,3 13,27 4 

Thread engagements see page 51 in table thread engagements for BGF NZ4 and 

BGF for Nodular Grey Cast Iron 

56

M 

Drill Thread Milling Tool BGF NZ4 

with 4 cutting edges with rear chamfer 2.0×D and 2.5×D 





l10 

l2.7 

l2.9 

l1 

l3 

45° 

140° 

d1 

d2 

4 

t 

d3.1 d3 

UBGF 

DBGF 




M6 1,00 62,0 14,6 13,5 36 0,8 5,0 8 6,6 6,3 4,85 4 80373001000018 88373001000018 

M8 1,25 74,0 18,3 16,8 40 1,0 6,8 10 9,0 8,3 6,61 4 80373001000020 88373001000020 

M10 1,50 79,0 23,5 21,6 45 1,1 8,5 12 11,0 10,3 8,29 4 80373001000022 88373001000022 

M12 1,75 89,0 27,2 24,9 45 1,1 10,3 14 13,5 12,3 10,00 4 80373001000024 88373001000024 

M14 2,00 102,0 33,1 30,4 48 1,0 12,0 16 15,5 14,3 11,35 4 

M16 2,00 102,0 37,5 34,5 48 1,0 14,0 18 17,5 16,3 13,27 4 




M6 1,00 62,0 16,6 15,5 36 0,8 5,0 8 6,6 6,3 4,85 4 80380001000018 88380001000018 

M8 1,25 74,0 23,3 21,8 40 1,0 6,8 10 9,0 8,3 6,61 4 80380001000020 88380001000020 

M10 1,50 79,0 28,0 26,1 45 1,1 8,5 12 11,0 10,3 8,29 4 80380001000022 88380001000022 

M12 1,75 89,0 34,2 31,9 45 1,1 10,3 14 13,5 12,3 10,00 4 80380001000024 88380001000024 

M14 2,00 102,0 39,1 36,4 48 1,0 12,0 16 15,5 14,3 11,35 4 

M16 2,00 102,0 45,5 42,5 48 1,0 14,0 18 17,5 16,3 13,27 4 

Thread engagements see page 51 in table thread engagements for BGF NZ4 and 

BGF for Nodular Grey Cast Iron 

57

Thread engagements for DBGF 



D D3.1 90° 

TL 

BT 

M 2,0×D 3,0×D 

BT D3.1 TL BT D3.1 TL 

M6 / M7 17,8 6,3 14,0 23,8 6,3 20,0 

M 8 23,2 8,3 18,5 31,2 8,3 26,5 

M 10 28,5 10,3 23,0 38,5 10,3 33,0 

M 12 34,0 12,3 27,5 46,0 12,3 39,5 

58 


M 

Direct Circular Drill Thread Milling Tool DBGF 

with 3 or 4 cutting edges with front chamfer 





l1 

l2 

l5 

d1 

l4 

30° 

l3 

d2 

4 

t 

UBGF 

DBGF 

M-DBGF 2,0×D 

TiAlN - HE 

TiAlN - HA 

Nominal Ø 

t l1 l2 l3 l4 l5 d1 d2 z 

Order No. 

Order No. 

M6 / M7 1,00 60,0 17,8 36 0,4 3,8 4,7 8 3 80752001000018 88752001000018 

M 8 1,25 71,0 23,2 40 0,5 4,7 6,3 10 4 80752001000020 88752001000020 

M 10 1,50 76,0 28,5 40 0,6 5,5 7,8 10 4 80752001000022 88752001000022 

M 12 1,75 86,0 34,0 45 0,6 6,5 9,5 12 4 80752001000024 88752001000024 

M-DBGF 3,0×D 

TiAlN - HE 

TiAlN - HA 

Nominal Ø 

t l1 l2 l3 l4 l5 d1 d2 z 

Order No. 

Order No. 

M6 / M7 1,00 65,0 23,8 36 0,4 3,8 4,7 8 3 80758001000018 88758001000018 

M 8 1,25 79,0 31,2 40 0,5 4,7 6,3 10 4 80758001000020 88758001000020 

M 10 1,50 85,0 38,5 40 0,6 5,5 7,8 10 4 80758001000022 88758001000022 

M 12 1,75 100,0 46,0 45 0,6 6,5 9,5 12 4 80758001000024 88758001000024 

59

Thread Milling Tool MKG 

Thread milling small threads from M4 upwards 

Spiral fluted solid carbide tools with profile correction 



methods of tapping and roll form tapping 


• One and the same tool for different diameters >nominal Ø with same 

pitch 



• Exact and repeatable thread depth 



60



Page 

Thread engagements for MKG 

62-63 

M-MKG 2.0×D for metric ISO thread DIN 13 

64 

MF-MKG 2.0×D for metric fine ISO thread DIN 13 

64 

UNC-MKG 2.0×D for UNC thread ANSI B1.1 

65 

UNF-MKG 2.0×D for UNF thread ANSI B1.1 

G-MKG 2.0×D for Whitworth pipe thread DIN EN ISO 228 


M-MKG XH 1.5×D 

MF-MKG XH 1.5×D 

for metric ISO thread DIN 13; for hard machining of 

materials with hardness M45 HRC 

without internal coolant supply 

for metric fine ISO thread DIN 13; for hard 

machining of materials with hardness M45 HRC 

without internal coolant supply 

65 

66 

67 

67 

5 

MKG 



61


For metric ISO thread DIN 13 and for metric fine ISO thread DIN 13 



For safety reasons BT 0.2 deeper than TL 

D1 

D 

TL 

BT 

M 1,5×D 2,0×D 

D1 BT TL D1 BT TL 

M4 3,30 6,70 6,50 3,30 8,10 7,90 

M5 4,20 7,70 7,50 4,20 10,10 9,90 

M6 5,00 9,50 9,30 5,00 12,50 12,30 

M8 6,75 13,10 12,90 6,75 16,80 16,60 

M10 8,50 15,70 15,50 8,50 20,20 20,00 

M12 10,30 18,20 18,00 10,30 25,30 25,10 

M14 – – – 12,00 28,80 28,60 

MF 

2,0×D 

D1 BT TL 

M10x1 9,00 20,50 20,30 

M12x1,5 10,50 24,70 24,50 

62 



For UNC thread ANSI B1.1, UNF thread ANSI B1.1 and 




For safety reasons BT 0.2 deeper than TL 

D1 

D 

TL 

BT 

UNC 

2,0×D 

D1 BT TL 

Nr.10-24 UNC 3,77 10,10 9,90 

Nr.12-24 UNC 4,43 11,13 10,93 

1/4-20 UNC 5,08 14,60 14,40 

5/16-18 UNC 6,53 16,20 16,00 

3/8-16 UNC 7,94 19,80 19,60 

7/16-14 UNC 9,30 22,60 22,40 

1/2-13 UNC 10,75 26,20 26,00 

9/16-12 UNC 12,17 30,50 30,30 

5/8-11 UNC 13,57 33,27 33,07 

5 

MKG 

UNF 

2,0×D 

D1 BT TL 

Nr.10-32 UNF 4,03 10,00 9,80 

Nr.12-28 UNF 4,58 12,30 12,10 

1/4-28 UNF 5,44 14,10 13,90 

5/16-24 UNF 6,88 16,40 16,20 

3/8-24 UNF 8,47 19,60 19,40 

7/16-20 UNF 9,84 22,20 22,00 

1/2-20 UNF 11,43 26,00 25,80 

9/16-18 UNF 12,88 28,90 28,70 

5/8-18 UNF 14,46 33,10 32,90 

G 

2,0×D 

D1 BT TL 

G1/8-28 8,82 20,40 20,20 

G1/4-19 11,82 27,30 27,10 

G3/8-19 15,32 35,40 35,20 



63

M 

Thread Milling Tool MKG 2.0×D 





l2.7 

l1 

l3 

Note: 

For M16: Use MKG M14 

AD 

t 

d2 

M-MKG 2,0×D 


Nominal Ø 

Drill Ø 

t l1 l2.7 l3 d2 AD Z 


M4 0,70 3,30 49,0 8,00 36 6 3,14 3 80980001000015 80983001000015 88980001000015 88983001000015 

M5 0,80 4,20 49,0 10,00 36 6 3,95 3 80980001000017 80983001000017 88980001000017 88983001000017 

M6 1,00 5,00 55,0 12,00 36 6 4,68 3 80980001000018 80983001000018 88980001000018 88983001000018 

M8 1,25 6,75 62,0 16,25 36 8 6,22 3 80980001000020 80983001000020 88980001000020 88983001000020 

M10 1,50 8,50 74,0 19,50 40 10 7,79 3 80980001000022 80983001000022 88980001000022 88983001000022 

M12 1,75 10,25 79,0 24,50 45 12 9,38 3 80980001000024 80983001000024 88980001000024 88983001000024 

M14 2,00 12,00 89,0 28,00 45 14 10,92 4 80980001000025 80983001000025 88980001000025 88983001000025 

MF 






l2.7 

l1 

l3 

Note: 

For M8×1: Use MKG M6 

For M12×1: Use MKG M10×1 

For M14×1,5: Use MKG M12×1,5 

For M16×1,5: Use MKG M12×1,5 

AD 

t 

d2 

MF-MKG 2,0×D 


Nominal Ø 

Drill Ø 

t l1 l2.7 l3 d2 AD Z 


64 

M10x1 1,0 9,0 74,0 20,0 40 10 7,79 3 80980002000094 80983002000094 88980002000094 88983002000094 

M12x1,5 1,5 10,5 79,0 24,0 45 12 9,38 3 80980002000113 80983002000113 88980002000113 88983002000113

UNC 




l1 



l2.7 

l3 

d2 

AD 

t 

UNC-MKG 2,0×D 


Nominal Ø 

Drill Ø 

t l1 l2.7 l3 d2 AD Z 


Nr.10-24 UNC 1,058 3,77 55,0 9,5 36 6 3,68 3 80980010000009 80983010000009 88980010000009 88983010000009 

Nr.12-24 UNC 1,058 4,43 55,0 10,6 36 6 4,26 3 80980010000010 80983010000010 88980010000010 88983010000010 

1/4-20 UNC 1,270 5,08 55,0 13,9 36 6 4,70 3 80980010000011 80983010000011 88980010000011 88983010000011 

5/16-18 UNC 1,411 6,53 62,0 15,5 36 8 6,22 3 80980010000012 80983010000012 88980010000012 88983010000012 

3/8-16 UNC 1,588 7,94 74,0 19,1 40 10 7,34 3 80980010000013 80983010000013 88980010000013 88983010000013 

7/16-14 UNC 1,814 9,30 79,0 21,8 45 12 8,57 3 80980010000014 80983010000014 88980010000014 88983010000014 

1/2-13 UNC 1,954 10,75 79,0 25,4 45 12 9,38 3 80980010000015 80983010000015 88980010000015 88983010000015 

9/16-12 UNC 2,117 12,17 89,0 29,6 45 14 10,92 4 80980010000016 80983010000016 88980010000016 88983010000016 

5/8-11 UNC 2,309 13,57 102,0 32,3 48 16 12,50 4 80980010000017 80983010000017 88980010000017 88983010000017 

5 

MKG 

UNF 


l1 





l2.7 

t 

l3 

d2 

AD 

UNF-MKG 2,0×D 


Nominal Ø 

Drill Ø 

t l1 l2.7 l3 d2 AD Z 


Nr.10-32 UNF 0,794 4,03 49,0 9,5 36 6 3,95 3 80980011000009 80983011000009 88980011000009 88983011000009 

Nr.12-28 UNF 0,907 4,58 55,0 11,8 36 6 4,45 3 80980011000010 80983011000010 88980011000010 88983011000010 

1/4-28 UNF 0,907 5,44 55,0 13,6 36 6 4,70 3 80980011000011 80983011000011 88980011000011 88983011000011 

5/16-24 UNF 1,058 6,88 62,0 15,9 36 8 6,22 3 80980011000012 80983011000012 88980011000012 88983011000012 

3/8-24 UNF 1,058 8,47 74,0 19,0 40 10 7,79 3 80980011000013 80983011000013 88980011000013 88983011000013 

7/16-20 UNF 1,270 9,84 79,0 21,6 45 12 7,82 3 80980011000014 80983011000014 88980011000014 88983011000014 

1/2-20 UNF 1,270 11,43 79,0 25,4 45 12 9,38 3 80980011000015 80983011000015 88980011000015 88983011000015 

9/16-18 UNF 1,411 12,88 89,0 28,2 45 14 10,92 4 80980011000016 80983011000016 88980011000016 88983011000016 

5/8-18 UNF 1,411 14,46 102,0 32,4 48 16 12,82 4 80980011000017 80983011000017 88980011000017 88983011000017 

65

G 






l2.7 

l1 

l3 

d2 

AD 

t 

G-MKG 2,0×D 


Nominal Ø 

Drill Ø 

t l1 l2.7 l3 d2 AD Z 


G1/8-28 0,907 8,82 74,0 20,0 40 10 7,79 3 80980025000001 80983025000001 88980025000001 88983025000001 

G1/4-19 1,337 11,82 89,0 26,7 45 14 10,92 4 80980025000002 80983025000002 88980025000002 88983025000002 

G3/8-19 1,337 15,32 102,0 34,84 48 18 13,92 4 80980025000003 80983025000003 88980025000003 88983025000003 

66

M 

Thread Milling Tool MKG XH 1.5×D 





l2.7 

l1 

l3 



d2 

AD 

t 

M-MKG XH 1,5×D 

TiAlN - HE 

TiAlN - HA 

Nominal Ø t Drill Ø l1 l2.7 l3 d2 AD Z Order No. Order No. 

M4 0,70 3,30 46,0 6,3 36 6 3,14 4 80987001000015 88987001000015 

M5 0,80 4,20 47,0 7,2 36 6 3,95 4 80987001000017 88987001000017 

M6 1,00 5,00 52,0 8,5 36 6 4,68 4 80987001000018 88987001000018 

M8 1,25 6,75 57,0 12,5 36 8 6,22 4 80987001000020 88987001000020 

M10 1,50 8,50 66,0 15,0 40 10 7,79 5 80987001000022 88987001000022 

M12 1,75 10,25 76,0 17,5 45 12 9,38 5 80987001000024 88987001000024 

5 

MKG 

MF 

Thread Milling Tool MKG XH 1.5×D 





l2.7 

l1 

l3 



d2 

AD 

t 

MF-MKG XH 1,5×D 

TiAlN - HE 

TiAlN - HA 

Nominal Ø 

t Drill Ø l1 l2.7 l3 d2 AD Z Order No. Order No. 

M12x1,5 1,5 10,5 76,0 17,9 45 12 9,38 5 80987002000113 88987002000113 

M14x1,5 1,5 12,5 82,0 21,4 45 14 10,92 5 80987002000131 88987002000131 

M16x1,5 1,5 14,5 94,0 23,9 48 16 12,82 5 80987002000147 88987002000147 

67

Thread Milling Tool GWF 

Thread milling >Ø20 mm 

Spiral fluted solid carbide tools, 

some with face cutter and front chamfer 




• One and the same tool for different diameters >nominal Ø with same 

pitch 



• Exact, repeatable thread depth 



68

Thread Milling Tool GWF 

Page 

Thread engagements for GWF TOMILL 

70 

M/MF-GWF SR for metric ISO thread DIN 13 

71 

M/MF-GWF SR for metric ISO thread DIN 13 

72 

UN-GWF SR for UN thread ANSI B1.1 

73 

G-GWF SR 



74 

NPT-GWF GS for NPT thread to ANSI B2.1 

75 

NPTF-GWF GS for NPTF thread to ANSI B2.1 

75 

M/MF-GWF SR 

M/MF-GWF XS 

for external thread; 


for steel machining M900 N/mm 2 tensile strength; 


M/MF-GWF GP for metric ISO thread DIN 13 

78 

G-GWF GP for Whitworth pipe thread DIN EN ISO 228 


Thread milling tools type XAM with internal coolant supply 

with carbide inserts 

76 

77 

78 

80 

6 

GWF 

XAM 

Carbide inserts type XAM for internal thread 

80-81 

M/MF 

UN 

G 

-GWF CUT for Thread milling > Ø 20 

82-83 



69

Thread engagements for GWF TOMILL SR 



D1 

D 

TL max 

BT min 

Dimension Min. drill depth Thread length on tool Max. thread length 

10×16 TL+min 0,20 mm 16,00 16,00 

12×20 TL+min 0,20 mm 20,00 20,00 

16×16 TL+min 0,20 mm 16,00 28,00* 

16×25 TL+min 0,20 mm 25,00 38,00* 

20×20 TL+min 0,20 mm 20,00 38,00* 

20×32 TL+min 0,20 mm 32,00 48,00* 

* with axial readjustment 

Thread engagements for GWF TOMILL GP 

45° 

D1 

D 

TL max 

BT min 

45° 

Dimension Min. drill depth Thread length on tool Max. thread length 

16×25 TL+1xpitch+0,20 mm 

25,00 36,00* 

20×32 TL+1xpitch+0,20 mm 

32,00 45,00* 

* with axial readjustment 

Thread engagements for GWF TOMILL GS 

D1 D 45° 

TL max 

BT min 

For safety reasons BT (boring depth) 0.2 deeper than deepest tool position 

Dimension 

Dimension 

BT 

TL 

12,5×18,3×14 1/2-14 - 3/4-14NPT 20,20 18,10 

19×22,2×11 1/2 1-11 1/2 - 2-11 1/2NPT 24,60 22,10 

Dimension 

Dimension 

BT 

TL 

12,5×18,3×14 1/2-14 - 3/4-14NPTF 20,20 18,10 

19×22,2×11 1/2 1-11 1/2 - 2-11 1/2NPTF 24,60 22,10 


70 

Please see note on page 152

M/MF 

Thread Milling Tool GWF SR 



For thread Ø (d min 

nut) which is smaller than those shown on 

this page, please use our MGF or MKG Thread Milling Tools. 



Where d1 m 12 and 16×25×M3, without neck recess 

l2 

l1 

l3 

d1 

d2 

t 

6 

GWF 

XAM 

M/MF-GWF SR with internal coolant supply 


d min 

Nut 

d1×l2×t* l1 l2 l3 d2 Z 


10×16×M1 15,0 70,0 16,0 40 10 4 80802002001100 80842002001100 88802002001100 88842002001100 

10×16×M1,5 15,0 70,0 16,5 40 10 4 80802002001150 80842002001150 88802002001150 88842002001150 

12×20×M1 18,0 80,0 20,0 45 12 4 80802004001100 80842004001100 88802004001100 88842004001100 

12×20×M1,5 18,0 80,0 19,5 45 12 4 80802004001150 80842004001150 88802004001150 88842004001150 

16×16×M1 24,0 80,0 16,0 48 16 5 80802005001100 80842005001100 88802005001100 88842005001100 

16×16×M1,5 24,0 80,0 16,5 48 16 5 80802005001150 80842005001150 88802005001150 88842005001150 

16×16×M2 24,0 80,0 16,0 48 16 5 80802005001200 80842005001200 88802005001200 88842005001200 

16×25×M1 24,0 90,0 25,0 48 16 5 80802006001100 80842006001100 88802006001100 88842006001100 

16×25×M1,5 24,0 90,0 25,5 48 16 5 80802006001150 80842006001150 88802006001150 88842006001150 

16×25×M2 24,0 90,0 24,0 48 16 5 80802006001200 80842006001200 88802006001200 88842006001200 

16×25×M3 24,0 90,0 27,0 48 16 4 80802006001300 80842006001300 88802006001300 88842006001300 

20×20×M1 30,0 92,0 21,0 50 20 5 80802007001100 80842007001100 88802007001100 88842007001100 

20×20×M1,5 30,0 92,0 21,0 50 20 5 80802007001150 80842007001150 88802007001150 88842007001150 

20×20×M2 30,0 92,0 20,0 50 20 5 80802007001200 80842007001200 88802007001200 88842007001200 

20×20×M3 30,0 92,0 21,0 50 20 5 80802007001300 80842007001300 88802007001300 88842007001300 

20×32×M1 30,0 105,0 33,0 50 20 5 80802008001100 80842008001100 88802008001100 88842008001100 

20×32×M1,5 30,0 105,0 33,0 50 20 5 80802008001150 80842008001150 88802008001150 88842008001150 



* t= pitch in mm 

71

M/MF 







Tools with lateral flute coolant supply 


Where d1 m 12 and 16×25×M3, without neck recess 

l1 

l2 

l3 

d1 

d2 

t 

M/MF- GWF SR with lateral flute coolant supply 


d min 

Nut 

d1×l2×t* l1 l2 l3 d2 Z 


12×20×M1 18,0 80,0 20,0 45 12 4 80803004001100 80843004001100 88803004001100 88843004001100 

12×20×M1,5 18,0 80,0 19,5 45 12 4 80803004001150 80843004001150 88803004001150 88843004001150 

16×25×M1 24,0 90,0 25,0 48 16 5 80803006001100 80843006001100 88803006001100 88843006001100 

16×25×M1,5 24,0 90,0 25,5 48 16 5 80803006001150 80843006001150 88803006001150 88843006001150 

20×32×M1,5 30,0 105,0 33,0 50 20 5 80803008001150 80843008001150 88803008001150 88843008001150 

20×32×M2 30,0 105,0 32,0 50 20 5 80803008001200 80843008001200 88803008001200 88843008001200 


72

UN 


For UN thread ANSI B1.1 







Where d1 # Ø12, without neck recess 

l2 

l1 

l3 

d1 

d2 

t 

d min 

Nut 

UN-GWF SR 

d1×l2×t* l1 l2 l3 d2 Z 



6 

10×16xUN24 15,0 70,0 15,8 40 10 4 

12×20xUN16 18,0 80,0 20,6 45 12 4 

12×20xUN18 18,0 80,0 19,8 45 12 4 

12×20xUN20 18,0 80,0 20,3 45 12 4 

12×20xUN24 18,0 80,0 20,1 45 12 4 

16×16xUN12 24,0 80,0 14,8 48 16 5 80802005001012 88802005001012 

16×16xUN14 24,0 80,0 16,3 48 16 5 

16×16xUN16 24,0 80,0 15,9 48 16 5 

16×16xUN18 24,0 80,0 15,5 48 16 5 



16×25xUN12 24,0 90,0 25,4 48 16 5 80802006001012 88802006001012 

16×25xUN14 24,0 90,0 25,4 48 16 5 

16×25xUN16 24,0 90,0 25,4 48 16 5 

16×25xUN18 24,0 90,0 25,4 48 16 5 

16×25xUN20 24,0 90,0 25,4 48 16 5 80802006001020 88802006001020 

16×25xUN24 24,0 90,0 25,4 48 16 5 80802006001024 88802006001024 

20×20xUN8 30,0 92,0 19,05 50 20 5 80802007001008 88802007001008 

20×20xUN12 30,0 92,0 21,2 50 20 5 80802007001012 88802007001012 

20×20xUN14 30,0 92,0 19,9 50 20 5 

20×20xUN16 30,0 92,0 20,6 50 20 5 

20×20xUN18 30,0 92,0 21,2 50 20 5 

20×20xUN20 30,0 92,0 20,3 50 20 5 80802007001020 88802007001020 

20×20xUN24 30,0 92,0 21,2 50 20 5 80802007001024 88802007001024 

20×32xUN8 30,0 105,0 31,8 50 20 5 80802008001008 88802008001008 



GWF 

XAM 

* t= t.p.i. 

73

G 


For Whitworth pipe thread DIN EN ISO 228 







l2 

l1 

l3 

d1 

d2 

t 

G-GWF SR 


d min 

Nut 

d1×l2×t* l1 l2 l3 d2 Z 


16×16xG14 G 1/2“ 80,0 16,3 48 16 5 

16×25xG14 G 1/2“ 90,0 25,4 48 16 5 80802006002014 80842006002014 88802006002014 88842006002014 

20×20xG14 G 7/8“ 92,0 19,9 50 20 5 80802007002014 80842007002014 88802007002014 88842007002014 

20×20xG11 G 1“ 92,0 20,8 50 20 5 80802007002011 80842007002011 88802007002011 88842007002011 

20×32xG14 G 7/8“ 105,0 32,7 50 20 5 80802008002014 80842008002014 88802008002014 88842008002014 

20×32xG11 G1“ 105,0 32,3 50 20 5 80802008002011 80842008002011 88802008002011 88842008002011 

* t= t.p.i. 

74

NPT/NPTF 

Thread Milling Tool GWF GS 

For NPT/NPTF thread ANSI B2.1 




GWF GS – chamfering and thread milling with one tool 



this page, please use our MGF Thread Milling Tools. 

l2 

l1 

l3 

d1 d3 

90° 

d2 

t 

6 

NPT-GWF GS 


GWF 

XAM 

d min 

Nut 

d1×l2×t* l1 l2 l3 d2 d3 Z 


12,5×18,3×14 1/2“ - 14 90,0 21,3 48 16 5,30 5 80872016000005 80875016000005 88872016000005 88875016000005 

19,0×22,2×11 1/2 1“ - 11 1/2 92,0 25,5 50 20 10,50 5 80872016000007 80875016000007 88872016000007 88875016000007 

NPTF-GWF GS 


d min 

Nut 

d1×l2×t* l1 l2 l3 d2 d3 Z 


12,5×18,3×14 1/2“ - 14 90,0 21,3 48 16 5,30 5 80872017000005 80875017000005 88872017000005 88875017000005 

19,0×22,2×11 1/2 1“ - 11 1/2 92,0 25,5 50 20 10,50 5 80872017000007 80875017000007 88872017000007 88875017000007 

* t= t.p.i. 

75

M/MF 

Thread Milling Tool GWF SR for external thread 





Where d1 # Ø12 without neck recess 

l2 

l1 

l3 

d1 

d2 

t 

M/MF-GWF SR for external thread 


d min 

Nut 

d1×l2×t* l1 l2 l3 d2 Z 


10×16×M1 15,0 70,0 16,0 40 10 4 

10×16×M1,5 15,0 70,0 16,5 40 10 4 

12×20×M1 18,0 80,0 20,0 45 12 4 

12×20×M1,5 18,0 80,0 19,5 45 12 4 

16×16×M1 24,0 80,0 16,0 48 16 5 

16×16×M1,5 24,0 80,0 16,5 48 16 5 

16×16×M2 24,0 80,0 16,0 48 16 5 

16×25×M1 24,0 90,0 25,0 48 16 5 

16×25×M1,5 24,0 90,0 25,5 48 16 5 80819006001150 88819006001150 

16×25×M2 24,0 90,0 24,0 48 16 5 

20×20×M1 30,0 92,0 21,0 50 20 5 

20×20×M1,5 30,0 92,0 21,0 50 20 5 

20×20×M2 30,0 92,0 20,0 50 20 5 

20×20×M3 30,0 92,0 21,0 50 20 5 

20×32×M1 30,0 105,0 33,0 50 20 5 

20×32×M1,5 30,0 105,0 33,0 50 20 5 80819008001150 88819008001150 




76

M/MF 

Thread Milling Tool GWF XS 


For steel machining > 900 N/mm² 




this page, please use our MGF XS Thread Milling Tools. 



l2 

l1 

l3 

d1 

d2 

t 

6 

M/MF-GWF XS 

TiCN - HE 

TiCN - HA 

GWF 

XAM 

d1×l2×t* l1 l2 l3 d2 Z 

Order No. 

Order No. 

16×25×M1 90,0 25,0 48 16 4 80806006001100 88806006001100 

16×25×M1,5 90,0 25,5 48 16 4 80806006001150 88806006001150 

20×32×M1,5 105,0 33,0 50 20 4 80806008001150 88806008001150 

20×32×M2 105,0 32,0 50 20 4 80806008001200 88806008001200 

20×32×M3 105,0 33,0 50 20 4 80806008001300 88806008001300 


77

M/MF 

Thread Milling Tool GWF GP 





l1 

l1.1 

l2 

l3 

d1 

d3 

d2 

45° 

t 

M/MF-GWF GP 


d min 

Nut 

d1×l2×t* l1 l2 l3 d2 d3 Z 


16×25×M1 24,0 90,0 24,0 48 16 12,90 5 80882006001100 80885006001100 88882006001100 88885006001100 

16×25×M1,5 24,0 90,0 24,0 48 16 11,20 5 80882006001150 80885006001150 88882006001150 88885006001150 

16×25×M2 24,0 90,0 22,0 48 16 9,60 5 80882006001200 80885006001200 88882006001200 88885006001200 

20×32×M1 30,0 105,0 32,0 50 20 16,90 5 80882008001100 80885008001100 88882008001100 88885008001100 

20×32×M1,5 30,0 105,0 31,5 50 20 15,20 5 80882008001150 80885008001150 88882008001150 88885008001150 




G 

Thread Milling Tool GWF GP 

For Whitworth pipe thread DIN EN ISO 228 


GWF GP – spot facing, chamfering and thread milling with 

one tool 



l2 

l1 

l1.1 

l3 

d1 

d3 

d2 

45° 

t 

G-GWF GP 


d min 

Nut 

d1×l2×t* l1 l2 l3 d2 d3 Z 


16×25xG14 G 1/2“ 90,0 23,6 48 16 9,80 5 80882006002014 80885006002014 88882006002014 88885006002014 

20×32xG14 G 7/8“ 105,0 30,8 50 20 13,80 5 80882008002014 80885008002014 88882008002014 88885008002014 

20×32xG11 G 1“ 105,0 30,0 50 20 12,20 5 80882008002011 80885008002011 88882008002011 88885008002011 

* t= t.p.i. 

78

GWF TOMILL Thread Milling Tool 

GWF TOMILL Thread Milling Tool 

TOMILL SR 

For manufacturing larger thread diameters under the 2/3 

principle, JEL offers the GWF TOMILL without profile correction 

on the tool. 

GWF TOMILL SR 

Thread milling down to the bottom of the hole 

GWF TOMILL GP 

Using this tool reduces machining time enormously. Spot 

facing, chamfering and thread milling with a single tool. 

TOMILL GP 

Machining sequence 

 

Circular spot face milling 

Circular chamfering 


GWF TOMILL GS 

GWF TOMILL GS 

Spot facing and thread milling in one set-up. 

For NPT and NPTF threads. 

79

Thread Milling Tool with internal coolant supply 

with carbide inserts 

Tool holder with internal coolant supply 

l2 

l1 

d1 

d2 

l 

Holder size code no. 

Dimensions 

d 2 d 1 l l 1 l 2 l 3 

Appropriate 

insert size 

Order No. 

11.11 12,00 16,0 11,0 48,0 22,0 70,0 10.03 50987000001111 

15.16 16,00 20,0 16,0 50,0 32,0 82,0 16.T3 50987000001516 

20.22 21,10 25,0 22,0 56,0 44,0 100,0 22.04 50987000002022 

25.27 26,30 25,0 27,0 60,0 54,0 114,0 27.06 50987000002527 

XAM 10.03 16.T3 

l 

lz 

uncoated TiN uncoated TiN 

s 

Insert size 

lxs (mm) 

Appropriate holder 

Lower milling limit for 

internal thread 

Metric ISO thread DIN 13 pitch (No. of milling teeth) 

z lz Order No. Order No. z lz Order No. Order No. 

10.03 16.T3 

10×3,18 16×3,97 

11.11 15.16 

16 mm 22 mm 

5/8“ 7/8“ 

G 3/8“ G 1/2“ 

1,00 9 9,00 50111002000111 50115002000111 15 15,0 50161002000111 50165002000111 

1,25 7 8,75 50111002000112 50115002000112 

1,50 5 7,50 50111002000113 50115002000113 10 15,0 50161002000113 50165002000113 

2,00 7 14,0 50161002000115 50165002000115 

2,50 

3,00 

American UN thread pitch (No. of milling teeth) 

24 8 8,46 50111010000009 

20 11 13,97 50161010000012 

16 5 7,94 9 14,29 

12 6 12,70 50161010000017 

8 

Whitworth pipe thread * DIN EN ISO 228 pitch (No. of milling teeth) 

American NPT thread pitch (No. of milling teeth) 

19 6 8,02 50111025000002 

14 8 14,51 50161025000003 

11 

14 8 14,51 

11 1/2 

American NPTF thread pitch (No. of milling teeth) 

14 8 14,51 

11 1/2 

* For Whitworth pipe thread the insert can be used both for internal and for external thread. 

80

Carbide inserts 

Type XAM for internal thread 

l 

lz 

s 

XAM 22.04 27.06 

l 

lz 

uncoated TiN uncoated TiN 

s 

Insert size 

lxs (mm) 

Appropriate holder 

Lower milling limit for 

internal thread 

Metric ISO thread DIN 13 pitch (No. of milling teeth) 

z lz Order No. Order No. z lz Order No. Order No. 

22.04 27.06 

22x4,76 27x6,35 

20.22 25.27 

28 mm 36 mm 

1.1/8“ 1.1/2“ 

G 1“ G 1.1/8“ 

1,00 21 21,0 50221002000111 50225002000111 

1,25 

1,50 13 19,5 50221002000113 50225002000113 17 25,5 50271002000113 50275002000113 

2,00 10 20,0 50221002000115 50225002000115 12 24,0 50271002000115 50275002000115 

2,50 

American UN thread pitch (No. of milling teeth) 

3,00 6 18,0 50225002000117 8 24,0 

24 

20 

16 

12 

8 5 18,88 50221010000021 50225010000021 7 22,23 50271010000021 50275010000021 

Whitworth pipe thread * DIN EN ISO 228 pitch (No. of milling teeth) 

American NPT thread pitch (No. of milling teeth) 

19 

14 

11 8 18,47 50221025000004 50225025000004 10 23,09 50271025000004 50275025000004 

14 11 19,95 

American NPTF thread pitch (No. of milling teeth) 

11 1/2 11 24,29 

14 11 19,95 

11 1/2 11 24,29 

6 

GWF 

XAM 

81

JEL Thread Milling Tools TOMILL CUT - for Thread milling > Ø 20 

Advantages: 

- 5 basic holders with 7 thread milling heads for pitch 1,0-6,0mm, as well as 

UN22-UN4 T.P.I and G 14-G 11 T.P.I 

- For metric- and metric fine ISO threads from M20x1, as well as 13/16“ and G 1/2 

- Thread lengths up to 96mm can be produced 

- CNC programs can be configured online 

l1 

l2 

l3 

d1 

d2 

GWF CUT H - Holder 

GWF CUT K - Thread milling head 

Order No. 

Article 

l1 l2 l3 d1 d2 Z 

58310016001050 

Größe 1 

GWF CUT H 16x50 100 50 48 16 16 6 5502104020 

58310016001080 

GWF CUT H 16x80 

130 80 48 16 16 6 

M4x20 

DIN 7991 

58310020002060 

Größe 2 

GWF CUT H 20x60 112 60 50 20 20 6 5502105025 

58310020002096 


148 96 50 20 20 6 

M5x25 

DIN 7991 

50341001001020 

GWF CUT K M1,0-2,0 GWF CUT K M1,5-2,5 

TiAlN H16 

UN24-UN12 

50341002001020 

50341001001525 

TiAlN H16 

UN18-UN10 

GWF CUT K M1,0-2,0 GWF CUT K M3,0-4,0 

TiAlN H20 

UN24-UN12 

58310025004136 

GWF CUT H 25x136 197 136 56 34 25 6 Größe 4 

5502108035 

M8x35 

50341004005060 

GWF CUT K M5,0-6,0 

TiAlN H25 

Supply includes: Holder with screw 

Size 

screw 

DIN 7991 

Order No. 

Article 

UN5-UN4 

Order No. 

Article 

50341002003040 

TiAlN H20 

UN8-UN6 

Order No. 

Article 

50341001251400 

GWF CUT K G14 

TiAlN H16 

Order No. 

Article 

50341001251100 

GWF CUT K G11 

TiAlN H16 

d min 

nut 

20 mm 

13/16-20UNEF 

G1/2 

24 mm 

1-8UNC 

48 mm 

1-3/4-5UNC 

CNC programs can be configured on line at 

http://tpt.kometgroup.com or can be obtained on request from tel.: +49 (0) 711 78891-0 

82

JEL Thread Milling Cutter TOMILL CUT KF 

for 90°-chamfering and deburring 

Carbide chamfer head, 

TiAlN coated: 

90°-chamfering of the bore top as well 

as the bore exit. 

Deburring of workpiece edges. 

Chamfer heads with other angle (combinations) 

are available on request. 


Order No. 

Article 

l1 l2 l3 d1 d2 Z 

58310016001050 

GWF CUT H 16x50 100 50 48 16 16 6 Size 1 

5502104020 

58310016001080 

M4x20 

130 80 48 16 16 6 

GWF CUT H 16x80 DIN 7991 

58310020002060 

GWF CUT H 20x60 112 60 50 20 20 6 Size 2 

5502105025 

58310020002096 


148 96 50 20 20 6 

Size 

screw 

M5x25 

DIN 799 

Size 4 

58310025004136 

GWF CUT H 25x136 197 136 56 34 25 6 5502108035 

M8x35 

DIN 7991 

GWF CUT KF - 

Chamfering head 

Order No. 

Article 

50391045011600 

GWF CUT KF D16 - 45°/45° 

TiAlN H16 

50391045022000 

GWF CUT KF D20 - 45°/45° 

TiAlN H20 

50391045043400 

GWF CUT KF D34 - 45°/45° 

TiAlN H25 

d min 

bore 

16,5 

20,5 

34,5 


W1 

GWF CUT KF 

Angles and infeeds 

W2 

D 

T 

D T W1 W2 

16 1,4 45° 45° 

20 2,4 45° 45° 

34 1) 3,5 45° 45° 

1) Cylindrical connection 

6 

JEL Thread Milling Cutter TOMILL CUT KE for grooving 

Grooving heads in various designs 

are available on request. 

Solid carbide or PCD tipped. 

T 

Examples of possible designs: 

B 

T 

GWF 

XAM 

D 

1 2 3 4 


GWF CUT KE – 

max. infeeds 

Order No. 

Article 

Size 

l1 l2 l3 d1 d2 Z D max B max T 

screw 

max 

58310016001050 


5502104020 

58310016001080 

M4x20 

130 80 48 16 16 6 

GWF CUT H 16x80 DIN 7991 

58310020002060 


5502105025 

58310020002096 


148 96 50 20 20 6 

M5x25 

DIN 799 

Größe 4 

58310025004136 

GWF CUT H 25x136 197 136 56 34 25 6 5502108035 

M8x35 

DIN 7991 

d min 

bore 

16 4,5 1,4 16,5 

20 5,5 2,4 20,5 

34 1) 9,5 3,5 34,5 


1) Cylindrical connection 

83

PCD Tools 

Modern PCD cutting material 

is suitable for cutting lightweight structural materials such as aluminium, 

magnesium and fibre-reinforced plastics. 

We have already successfully introduced a variety of special solutions. 

Due to high hardness and resistance to abrasion, polycrystalline diamond 

(PCD) cutting materials have achieved significant importance in machining 

aluminium alloys. 

With our PCD tipped cutting tools we will take your machine to its full 

potential at maximum productivity. 

Depending on the application there is almost unlimited cutting speed 

possible. 

It is no longer the tool which determines the cutting data but the efficiency 

of your machine. 

84

PCD Tools 

Drillcut 24 

Drillmax 22 

PCD Drill Slot Milling Tool 

End milling cutter HF 

PCD high performance drill, 

drill depth up to 5×D 



1×D with solid carbide shank, 2 cutting edges 

1 cutting edge over centre, straight fluted 







2xD, 2 cutting edges, 

face cutting, spiral fluted 

Page 

86 

87 

88 

88 

88 

88 

89 

Thread Milling Tool 

M-PCD-MGF 2.0×D with solid carbide shank 

90 

MF-PCD-MGF 2.0×D with solid carbide shank 

M/MF-PCD-GWF SR with solid carbide shank 

Dreammax Drill Reamer for bore tolerance H7, drill depth up to 4×D 

90 

91 

92 

7 

PCD 



85

Drillcut 24 

PCD High Performance Drill, boring depth up to 5×D 

with solid carbide shank, 2 cutting edges and 4 guides, 

straight fluted, with coolant channels 

Shank Ø DIN 6535 Form HA 

l1 

l3 

l2 

130° 

d2 

d1 

Drillcut 24 - 5xD 

d1 for thread 

l1 l2 l3 d2 

Order No. 

5,00 M6 

82 36 35 6 38588082000500 

5,50 M6 roll formed + M6×0,5 

82 36 35 6 38588082000550 

6,00 82 36 35 6 38588082000600 

6,80 M8 

91 36 43 8 38588091000680 

7,40 M8 roll formed 

91 36 43 8 38588091000740 

8,00 91 36 43 8 38588091000800 

8,50 M10 

103 40 49 10 38588003000850 

9,30 M10×1,25 roll formed 

103 40 49 10 38588003000930 

10,00 103 40 49 10 38588003001000 

10,20 M12 

118 45 56 12 38588018001020 

11,20 M12×1,5 roll formed 

118 45 56 12 38588018001120 

12,00 M14 

118 45 56 12 38588018001200 

Cutting material: PCD sandwich 

86

Drillmax 22 

PCD High Performance Drill, boring depth up to 5×D 

with solid carbide shank, 2 cutting edges and 2 guides, spiral fluted, 

with coolant channels 


l1 

l3 

l2 

130° 

d2 

d1 

Drillmax 22 - 5xD 

7 

d1 l1 l2 l3 d2 

Order No. 

6,00 82 36 30 6 38405002000600 

8,00 91 36 42 8 38405002000800 

10,00 103 40 50 10 38405002001000 

PCD 

Cutting material: PCD sandwich 

87


1×D with solid carbide shank 

Drilling/milling depth up to 1×D, 



l3 

l1 

l2 

d2 

d1 

2 cutting edges, 1 cutting edge over centre, straight fluted 

d1 l1 l2 l3 d2 

Order No. 

6 57 36 6 6 38390000000600 

8 63 36 8 8 38390000000800 

10 72 40 10 10 38390000001000 

12 83 45 12 12 38390000001200 


16 90 48 16 16 38391000001600 

20 104 50 20 20 38391000002000 

2×D with solid carbide shank 

Drilling /milling depth up to 2×D, 



l1 

l3 

l2 

d2 

d1 


d1 l1 l2 l3 d2 

Order No. 

6 57 36 12 6 38392057000600 

8 63 36 16 8 38392063000800 

10 72 40 20 10 38392072001000 

12 83 45 24 12 38392083001200 


Cutting material: PCD 

16 90 48 32 16 38393090001600 

20 104 50 40 20 38393004002000 

88

End mill HF 

2xD, 2 cutting edges, face cutting, spiral flutet 

Drilling/milling depth up to 2×D, 

without coolant channels 



l1 

l3 

l2 

d1 

d2 

2xD, 2 cutting edges, face cutting, spiral flutet 

d1 l1 l2 l3 d2 

DLC - HA 

Order No. 

7 

6 57 36 12 6 78931057000600 

8 63 36 16 8 78931063000800 

PCD 

10 72 40 20 10 78931072001000 

12 83 45 24 12 78931083001200 


ap 

ap = max. 1 x D 

ae 

ap 

ap = max. 2 x D 

ae = max. 0,5 x D 

Cutting values see page 157 

89

M 

Thread Milling Tool PCD–MGF 

with solid carbide shank 

With rear chamfer for metric ISO thread 

DIN 13 

l2.7 

l1 

l3 



AD 

d2 

We can supply thread milling tools for 

other fixed thread lengths on request. 

t d3.1 45° 

Thread engagements see page 16 

M-PCD-MGF 2,0×D PCD - HE PCD - HA 

Nominal Ø t Drill Ø l1 l2.7 l3 d2 d3.1 AD Z Order No. Order No. 

M 8 1,25 6,8 74 17,8 40 10 8,3 6,22 2 30970001000020 38970001000020 

M10 1,50 8,5 79 21,4 45 12 10,3 7,79 3 30970001000022 38970001000022 

M12 1,75 10,2 89 26,7 45 14 12,3 9,38 3 30970001000024 38970001000024 

MF 



With rear chamfer for metric fine ISO 

thread DIN 13 

l2.7 

l1 

l3 



AD 

d2 

We can supply thread milling tools for 

other fixed thread lengths on request. 

t d3.1 45° 


MF-PCD-MGF 2,0×D PCD - HE PCD - HA 

Nominal Ø t Drill Ø l1 l2.7 l3 d2 d3.1 AD Z Order No. Order No. 

M10x1 1,00 9,0 79 21,5 45 12 10,3 7,79 3 30970002000094 38970002000094 

M12x1,5 1,50 10,5 88 26,0 45 14 12,3 9,38 3 30970002000113 38970002000113 


90

M/MF 






Thread Milling Tool PCD–GWF SR 

l2 

l1 

l3 

d1 

d2 

t 

PCD-GWF SR PCD - HE PCD - HA 

d1xl2xt d min 

Nut l1 l2 l3 d2 Z Order No. Order No. 

16x16x1,5 24 80 16,5 48 16 4 30802005001150 38802005001150 

20x20x1,5 30 92 19,5 50 20 4 30802007001150 38802007001150 

7 

PCD 


91

Dreammax Drill Reamer 

for bore tolerance H7, drill depth up to 4×D 

with 2 cutting edges, straight fluted, with coolant channels 


l1 

l3 

l2 

120° 

d2 

d1 

Dreammax - 4xD 

TiN - HA 

d 1 l 1 l 2 l 3 d 2 

Order No. 

6,00 82 36 24 6 78451082000600 

8,00 91 36 32 8 78451091000800 

10,00 103 40 40 10 78451003001000 

12,00 118 45 48 12 78451018001200 


92

PCD Tools 

for maximum cutting speeds and tool life 

DRILLCUT 24 



DRILLMAX 22 





Thread Milling Tool PCD–GWF SR 





from Ø 16 with 3 cutting edges 

93

Taps 

HSS-E taps can be used universally for almost all materials. For heavy 

duty requirements we offer types in HSS-E powder metal grades (PM). 

Solid carbide taps are made out of a special extra fine grain. 

These tools are specifically for machining high silicon aluminium alloys, 

brittle materials, such as grey cast iron or short chipping brass and heavyduty 

materials. 

Compared to HSS-E taps carbide taps have substantial advantages: 

• Up to 20x longer tool life than HSS-E taps 

• Fewer tool change times due to longer tool life 

• Higher cutting speeds - so shorter cycle times 

• Significant reduction in production costs due to longer tool life, higher 

cutting speeds and fewer tool changes 

94

Taps 

Page 

M HSS-E Taps 

DOREX, DOREX VAV, DOREX TiN, 

DOREX TiCN, TINIB, FEDUB 

96 

M HSS-E Taps 

GG, GG TiN, SIREX 

97 

M HSS-E Taps 

SIREX SR, TINIC, FEDUC 

98 

M HSS-E Taps 

TAREX, TAREX VAV, TAREX TiN, 

TAREX TiCN, TAREX OT TiN 

99 

M HSS-E Taps 

TAREX AL 

100 

MF HSS-E Taps 

DOREX, DOREX VAV, DOREX TiN 

101 

MF HSS-E Taps 

GG, SIREX 

102 

MF HSS-E Taps 

SIREX SR 

103 

MF HSS-E Taps 

TAREX, TAREX VAV, TAREX TiN 

104 

M 

M 

M 

HSS-E Taps 

with central coolant supply 

HSS-E Taps 


HSS-E Taps 


SIREX SR IK, SIREX SR IK TiN, 

SIREX SR IK TiCN 

TAREX IK, TAREX IK TiN 

GG IK, GG IK TiN 

105 

106 

107 

M Solid Carbide Taps 

SIREX, GG 

108 


SIREX SR 

109 


DOREX 

110 


SIREX XH 

111 

MF Solid Carbide Taps 

SIREX, SIREX SR 

112 

8 

GB 

95

M 

HSS-E Taps 

DOREX, DOREX VAV, DOREX TiN, DOREX TiCN, TINIB, FEDUB 


Cutting material: HSS-E / PM 

* up to and including M6 without neck 

l2 

l1 

l2 

l1 

d1 

d1 

d2.1 

a1 

d2.2 

a2 

Type 

DOREX DOREX VAV DOREX TiN DOREX TiCN TINIB FEDUB 

Tolerance field 

ISO 2 ISO 2 ISO 2 ISO 2 ISO 2 ISO 2 

Dimensions (DIN) 371 to M10 371 to M10 371 to M10 371 to M10 371 to M10 * 371 to M10 * 

376 from M11 376 from M11 376 from M11 376 from M11 376 from M11 376 from M11 

Material 

HSS-E HSS-E HSS-E HSS - E PM PM 

Chamfer form 

B B B B B B 

Version uncoated vaporized TiN TiCN vaporized vaporized 

Nominal Ø 

d1 P l1 l2 d2.1 a1 d2.2 a2 

Order No. Order No. Order No. Order No. Order No. Order No. 

96 

M 1,4 0,30 40 7,0 2,5 2,1 

M 1,6 0,35 40 8,0 2,5 2,1 20122001000005 20136001000005 

M 1,7 0,35 40 8,0 2,5 2,1 

M 1,8 0,35 40 8,0 2,5 2,1 

M 2 0,40 45 8,0 2,8 2,1 20122001000008 20136001000008 20194001000008 

M 2,2 0,45 45 9,0 2,8 2,1 

M 2,3 0,40 45 9,0 2,8 2,1 

M 2,5 0,45 50 9,0 2,8 2,1 20122001000011 20136001000011 20194001000011 

M 2,6 0,45 50 9,0 2,8 2,1 

M 3 0,50 56 11,0 3,5 2,7 20122001000013 20136001000013 20322001000013 20622001000013 20194001000013 20186001000013 

M 3,5 0,60 56 13,0 4,0 3,0 

M 4 0,70 63 13,0 4,5 3,4 20122001000015 20136001000015 20322001000015 20622001000015 20194001000015 20186001000015 

M 4,5 0,75 70 15,0 6,0 4,9 

M 5 0,80 70 16,0 6,0 4,9 20122001000017 20136001000017 20322001000017 20622001000017 20194001000017 20186001000017 

M 6 1,00 80 18,0 6,0 4,9 20122001000018 20136001000018 20322001000018 20622001000018 20194001000018 20186001000018 

M 7 1,00 80 18,0 7,0 5,5 20122001000019 

M 8 1,25 90 18,0 8,0 6,2 20122001000020 20136001000020 20322001000020 20622001000020 20194001000020 20186001000020 

M 9 1,25 90 18,0 9,0 7,0 

M10 1,50 100 21,0 10,0 8,0 20122001000022 20136001000022 20322001000022 20622001000022 20194001000022 20186001000022 

M11 1,50 100 21,0 8,0 6,2 

M12 1,75 110 24,0 9,0 7,0 20123001000024 20137001000024 20323001000024 20623001000024 20187001000024 

M14 2,00 110 24,0 11,0 9,0 20123001000025 20137001000025 

M16 2,00 110 27,0 12,0 9,0 20123001000026 20137001000026 

M18 2,50 125 32,0 14,0 11,0 20123001000027 20137001000027 

M20 2,50 140 32,0 16,0 12,0 20123001000028 20137001000028 

M22 2,50 140 32,0 18,0 14,5 20123001000029 

M24 3,00 160 38,0 18,0 14,5 20123001000030 

M27 3,00 160 38,0 20,0 16,0 

M30 3,50 180 42,0 22,0 18,0

M 

HSS-E Taps 

GG, GG TiN, SIREX 


Cutting material: HSS-E 


l2 

l1 

l2 

l1 

d1 

d1 

d2.1 

a1 

d2.2 

a2 

Type 

GG GG TiN SIREX 


ISO 2X ISO 2X ISO 2 

Dimensions (DIN) 371 to M10 371 to M10 371 to M10 

376 from M11 376 from M11 376 from M11 

Material 

HSS - E HSS - E HSS - E 

Chamfer form 

C C C 

Version nitrided TiN uncoated 

Nominal Ø 

d1 P l1 l2 d2.1 a1 d2.2 a2 


M 1,4 0,30 40 7,0 2,5 2,1 

M 1,6 0,35 40 8,0 2,5 2,1 

M 1,7 0,35 40 8,0 2,5 2,1 

M 1,8 0,35 40 8,0 2,5 2,1 

M 2 0,40 45 8,0 2,8 2,1 20120001000008 

M 2,2 0,45 45 9,0 2,8 2,1 

M 2,3 0,40 45 9,0 2,8 2,1 

M 2,5 0,45 50 9,0 2,8 2,1 20120001000011 

M 2,6 0,45 50 9,0 2,8 2,1 

M 3 0,50 56 11,0 3,5 2,7 20356001000013 20120001000013 

M 3,5 0,60 56 13,0 4,0 3,0 20120001000014 

M 4 0,70 63 13,0 4,5 3,4 20156001000015 20356001000015 20120001000015 

M 4,5 0,75 70 15,0 6,0 4,9 

M 5 0,80 70 16,0 6,0 4,9 20156001000017 20356001000017 20120001000017 

M 6 1,00 80 18,0 6,0 4,9 20156001000018 20356001000018 20120001000018 

M 7 1,00 80 18,0 7,0 5,5 

M 8 1,25 90 18,0 8,0 6,2 20156001000020 20356001000020 20120001000020 

M 9 1,25 90 18,0 9,0 7,0 

M10 1,50 100 21,0 10,0 8,0 20156001000022 20356001000022 20120001000022 

M11 1,50 100 21,0 8,0 6,2 

M12 1,75 110 24,0 9,0 7,0 20157001000024 20357001000024 20121001000024 

M14 2,00 110 24,0 11,0 9,0 20157001000025 20121001000025 

M16 2,00 110 27,0 12,0 9,0 20157001000026 20121001000026 

M18 2,50 125 32,0 14,0 11,0 20157001000027 

M20 2,50 140 32,0 16,0 12,0 20157001000028 

M22 2,50 140 32,0 18,0 14,5 

M24 3,00 160 38,0 18,0 14,5 

M27 3,00 160 38,0 20,0 16,0 

M30 3,50 180 42,0 22,0 18,0 

8 

GB 

97

M 

HSS-E Taps 

SIREX SR, TINIC, FEDUC 




l2 

l1 

l2 

l1 

d1 

d1 

d2.1 

a1 

d2.2 

a2 

Type 

SIREX SR TINIC FEDUC 

Tolerance field ISO 2 ISO 2 ISO 2 

Dimensions (DIN) 371 to M10 371 to M10 * 371 to M10 * 


Material HSS - E PM PM 

Chamfer form C C C 

Version uncoated vaporized vaporized 

Nominal Ø 

d1 P l1 l2 d2.1 a1 d2.2 a2 


M 1,4 0,30 40 7,0 2,5 2,1 

M 1,6 0,35 40 8,0 2,5 2,1 

M 1,7 0,35 40 8,0 2,5 2,1 

M 1,8 0,35 40 8,0 2,5 2,1 

M 2 0,40 45 8,0 2,8 2,1 20144001000008 20190001000008 20192001000008 

M 2,2 0,45 45 9,0 2,8 2,1 

M 2,3 0,40 45 9,0 2,8 2,1 

M 2,5 0,45 50 9,0 2,8 2,1 20144001000011 20190001000011 20192001000011 

M 2,6 0,45 50 9,0 2,8 2,1 

M 3 0,50 56 11,0 3,5 2,7 20144001000013 20190001000013 20192001000013 

M 3,5 0,60 56 13,0 4,0 3,0 20144001000014 

M 4 0,70 63 13,0 4,5 3,4 20144001000015 20190001000015 20192001000015 

M 4,5 0,75 70 15,0 6,0 4,9 

M 5 0,80 70 16,0 6,0 4,9 20144001000017 20190001000017 20192001000017 

M 6 1,00 80 18,0 6,0 4,9 20144001000018 20190001000018 20192001000018 

M 7 1,00 80 18,0 7,0 5,5 

M 8 1,25 90 18,0 8,0 6,2 20144001000020 20190001000020 20192001000020 

M 9 1,25 90 18,0 9,0 7,0 

M10 1,50 100 21,0 10,0 8,0 20144001000022 20190001000022 20192001000022 

M11 1,50 100 21,0 8,0 6,2 

M12 1,75 110 24,0 9,0 7,0 20145001000024 20191001000024 20193001000024 

M14 2,00 110 24,0 11,0 9,0 20145001000025 

M16 2,00 110 27,0 12,0 9,0 20145001000026 

M18 2,50 125 32,0 14,0 11,0 20145001000027 

M20 2,50 140 32,0 16,0 12,0 20145001000028 

M22 2,50 140 32,0 18,0 14,5 

M24 3,00 160 38,0 18,0 14,5 

M27 3,00 160 38,0 20,0 16,0 

M30 3,50 180 42,0 22,0 18,0 

98

M 

HSS-E Taps 

TAREX, TAREX VAV, TAREX TiN, TAREX TiCN, TAREX OT TiN 




l2 

l1 

l2 

l1 

d1 

d1 

d2.1 

a1 

d2.2 

a2 

Type 

TAREX TAREX VAV TAREX TiN TAREX TiCN TAREX OT TiN 

Tolerance field ISO 2 ISO 2 ISO 2 ISO 2 ISO 2 

Dimensions (DIN) 371 to M10 371 to M10 371 to M10 371 to M10 371 to M10 * 

376 from M11 376 from M11 376 from M11 376 from M11 376 from M11 

Material HSS - E HSS - E HSS - E HSS - E PM 

Chamfer form C C C C C 

Version uncoated vaporized TiN TiCN vaporized 

Nominal Ø 

d1 P l1 l2 d2.1 a1 d2.2 a2 

Order No. Order No. Order No. Order No. Order No. 

M 1,4 0,30 40 4,0 2,5 2,1 

M 1,6 0,35 40 4,0 2,5 2,1 

M 1,7 0,35 40 4,0 2,5 2,1 

M 1,8 0,35 40 4,0 2,5 2,1 

M 2 0,40 45 4,0 2,8 2,1 20146001000008 20170001000008 

M 2,2 0,45 45 4,0 2,8 2,1 

M 2,3 0,40 45 4,0 2,8 2,1 

M 2,5 0,45 50 4,0 2,8 2,1 20146001000011 20170001000011 

M 2,6 0,45 50 4,0 2,8 2,1 

M 3 0,50 56 5,0 3,5 2,7 20146001000013 20170001000013 20346001000013 20646001000013 20342001000013 

M 3,5 0,60 56 5,0 4,0 3,0 20146001000014 20170001000014 

M 4 0,70 63 7,0 4,5 3,4 20146001000015 20170001000015 20346001000015 20646001000015 20342001000015 

M 4,5 0,75 70 7,0 6,0 4,9 

M 5 0,80 70 8,0 6,0 4,9 20146001000017 20170001000017 20346001000017 20646001000017 20342001000017 

M 6 1,00 80 10,0 6,0 4,9 20146001000018 20170001000018 20346001000018 20646001000018 20342001000018 

M 7 1,00 80 10,0 7,0 5,5 

M 8 1,25 90 12,0 8,0 6,2 20146001000020 20170001000020 20346001000020 20646001000020 20342001000020 

M 9 1,25 90 12,0 9,0 7,0 

M10 1,50 100 14,0 10,0 8,0 20146001000022 20170001000022 20346001000022 20646001000022 20342001000022 

M11 1,50 100 14,0 8,0 6,2 

M12 1,75 110 16,0 9,0 7,0 20147001000024 20171001000024 20347001000024 20647001000024 20343001000024 

M14 2,00 110 20,0 11,0 9,0 20147001000025 20171001000025 20347001000025 

M16 2,00 110 20,0 12,0 9,0 20147001000026 20171001000026 20347001000026 

M18 2,50 125 24,0 14,0 11,0 20147001000027 20171001000027 20347001000027 

M20 2,50 140 24,0 16,0 12,0 20147001000028 20171001000028 20347001000028 

M22 2,50 140 24,0 18,0 14,5 20147001000029 

M24 3,00 160 28,0 18,0 14,5 20147001000030 

M27 3,00 160 28,0 20,0 16,0 

M30 3,50 180 36,0 22,0 18,0 

8 

GB 

99

M 

TAREX AL 

HSS-E Taps 




l2 

l1 

l2 

l1 

d1 

d1 

d2.1 

a1 

d2.2 

a2 

Type 

TAREX AL 

Tolerance field ISO 2 

Dimensions (DIN) 

371 to M10 

376 from M11 

Material 

HSS - E 

Chamfer form 

C 

Version 

uncoated 

Nominal Ø 

d1 P l1 l2 d2.1 a1 d2.2 a2 

Order No. 

M 1,4 0,30 40 7,0 2,5 2,1 

M 1,6 0,35 40 8,0 2,5 2,1 

M 1,7 0,35 40 8,0 2,5 2,1 

M 1,8 0,35 40 8,0 2,5 2,1 

M 2 0,40 45 8,0 2,8 2,1 20154001000008 

M 2,2 0,45 45 9,0 2,8 2,1 

M 2,3 0,40 45 9,0 2,8 2,1 

M 2,5 0,45 50 9,0 2,8 2,1 20154001000011 

M 2,6 0,45 50 9,0 2,8 2,1 

M 3 0,50 56 11,0 3,5 2,7 20154001000013 

M 3,5 0,60 56 13,0 4,0 3,0 

M 4 0,70 63 13,0 4,5 3,4 20154001000015 

M 4,5 0,75 70 15,0 6,0 4,9 

M 5 0,80 70 16,0 6,0 4,9 20154001000017 

M 6 1,00 80 18,0 6,0 4,9 20154001000018 

M 7 1,00 80 18,0 7,0 5,5 

M 8 1,25 90 18,0 8,0 6,2 20154001000020 

M 9 1,25 90 18,0 9,0 7,0 

M10 1,50 100 21,0 10,0 8,0 20154001000022 

M11 1,50 100 21,0 8,0 6,2 

M12 1,75 110 24,0 9,0 7,0 20155001000024 

M14 2,00 110 24,0 11,0 9,0 

M16 2,00 110 27,0 12,0 9,0 

M18 2,50 125 32,0 14,0 11,0 

M20 2,50 140 32,0 16,0 12,0 

M22 2,50 140 32,0 18,0 14,5 

M24 3,00 160 38,0 18,0 14,5 

M27 3,00 160 38,0 20,0 16,0 

M30 3,50 180 42,0 22,0 18,0 

100

MF 

HSS-E Taps 

DOREX, DOREX VAV, DOREX TiN 



l2 

l1 

d1 

d2.2 

a2 

Type 

DOREX DOREX VAV DOREX TiN 


Dimensions (DIN) 374 374 374 

Thread length l2.1 l2.1 l2.1 

Material HSS - E HSS - E HSS - E 

Chamfer form B B B 

Version uncoated vaporized TiN 

Nominal Ø x P 

d1 l1 l2 d2.2 a2 


M 4x0,5 63 10 2,8 2,1 20123002000029 

M 5x0,5 70 12 3,5 2,7 

M 6x0,5 80 14 4,5 3,4 

M 6x0,75 80 14 4,5 3,4 20123002000048 

M 7x0,75 80 14 5,5 4,3 

M 8x0,5 80 14 6,0 4,9 

M 8x0,75 80 14 6,0 4,9 

M 8x1 90 18 6,0 4,9 20123002000070 20137002000070 20323002000070 

M 9x1 90 18 7,0 5,5 

M10x0,75 90 14 7,0 5,5 

M10x1 90 18 7,0 5,5 20123002000094 20137002000094 20323002000094 

M10x1,25 100 21 7,0 5,5 

M11x1 90 18 8,0 6,2 

M12x1 100 20 9,0 7,0 20123002000111 

M12x1,25 100 20 9,0 7,0 

M12x1,5 100 20 9,0 7,0 20123002000113 20137002000113 20323002000113 

M14x1 100 20 11,0 9,0 

M14x1,25 100 20 11,0 9,0 

M14x1,5 100 20 11,0 9,0 20137002000131 20323002000131 

M15x1 100 20 12,0 9,0 

M15x1,5 100 20 12,0 9,0 

M16x1 100 20 12,0 9,0 

M16x1,5 100 20 12,0 9,0 20123002000147 20137002000147 20323002000147 

M18x1 110 24 14,0 11,0 

M18x1,5 110 24 14,0 11,0 20123002000160 

M20x1,5 125 24 16,0 12,0 20123002000174 

M22x1,5 125 24 18,0 14,5 20123002000188 

M24x1,5 140 24 18,0 14,5 20123002000202 

M26x1,5 140 24 18,0 14,5 20123002000216 

M28x1,5 140 28 20,0 16,0 20123002000230 

M30x1,5 150 28 22,0 18,0 20123002000244 

8 

GB 

101

MF 

GG, SIREX 

HSS-E Taps 



l2 

l1 

d1 

d2.2 

a2 

Type 

GG 

SIREX 

Tolerance field ISO 2X ISO 2 

Dimensions (DIN) 374 374 

Thread length l2.1 l2.1 

Material HSS - E HSS - E 

Chamfer form C C 

Version nitrided uncoated 


d1 l1 l2 d2.2 a2 

Order No. 

Order No. 

M 4x0,5 63 10 2,8 2,1 20121002000029 

M 5x0,5 70 12 3,5 2,7 

M 6x0,5 80 14 4,5 3,4 

M 6x0,75 80 14 4,5 3,4 20121002000048 

M 7x0,75 80 14 5,5 4,3 

M 8x0,5 80 14 6,0 4,9 

M 8x0,75 80 14 6,0 4,9 

M 8x1 90 18 6,0 4,9 20157002000070 20121002000070 

M 9x1 90 18 7,0 5,5 

M10x0,75 90 14 7,0 5,5 

M10x1 90 18 7,0 5,5 20157002000094 20121002000094 

M10x1,25 100 21 7,0 5,5 

M11x1 90 18 8,0 6,2 

M12x1 100 20 9,0 7,0 20121002000111 

M12x1,25 100 20 9,0 7,0 

M12x1,5 100 20 9,0 7,0 20157002000113 20121002000113 

M14x1 100 20 11,0 9,0 

M14x1,25 100 20 11,0 9,0 

M14x1,5 100 20 11,0 9,0 20157002000131 20121002000131 

M15x1 100 20 12,0 9,0 

M15x1,5 100 20 12,0 9,0 

M16x1 100 20 12,0 9,0 

M16x1,5 100 20 12,0 9,0 20157002000147 20121002000147 

M18x1 110 24 14,0 11,0 

M18x1,5 110 24 14,0 11,0 20121002000160 

M20x1,5 125 24 16,0 12,0 20157002000174 20121002000174 

M22x1,5 125 24 18,0 14,5 

M24x1,5 140 24 18,0 14,5 

M26x1,5 140 24 18,0 14,5 

M28x1,5 140 28 20,0 16,0 

M30x1,5 150 28 22,0 18,0 

102

MF 

SIREX SR 

HSS-E Taps 



l2 

l1 

d1 

d2.2 

a2 

Type 

SIREX SR 


Dimensions (DIN) 374 

Thread length l2.2 

Material 

HSS - E 

Chamfer form 

C 

Version 

uncoated 


d1 l1 l2 d2.2 a2 

Order No. 

M 4x0,5 63 10 2,8 2,1 20145002000029 

M 5x0,5 70 12 3,5 2,7 

M 6x0,5 80 14 4,5 3,4 

M 6x0,75 80 14 4,5 3,4 20145002000048 

M 7x0,75 80 14 5,5 4,3 

M 8x0,5 80 14 6,0 4,9 

M 8x0,75 80 14 6,0 4,9 

M 8x1 90 18 6,0 4,9 20145002000070 

M 9x1 90 18 7,0 5,5 

M10x0,75 90 14 7,0 5,5 

M10x1 90 18 7,0 5,5 20145002000094 

M10x1,25 100 21 7,0 5,5 

M11x1 90 18 8,0 6,2 

M12x1 100 20 9,0 7,0 20145002000111 

M12x1,25 100 20 9,0 7,0 

M12x1,5 100 20 9,0 7,0 20145002000113 

M14x1 100 20 11,0 9,0 

M14x1,25 100 20 11,0 9,0 

M14x1,5 100 20 11,0 9,0 20145002000131 

M15x1 100 20 12,0 9,0 

M15x1,5 100 20 12,0 9,0 

M16x1 100 20 12,0 9,0 

M16x1,5 100 20 12,0 9,0 20145002000147 

M18x1 110 24 14,0 11,0 

M18x1,5 110 24 14,0 11,0 20145002000160 

M20x1,5 125 24 16,0 12,0 20145002000174 

M22x1,5 125 24 18,0 14,5 

M24x1,5 140 24 18,0 14,5 

M26x1,5 140 24 18,0 14,5 

M28x1,5 140 28 20,0 16,0 

M30x1,5 150 28 22,0 18,0 

8 

GB 

103

MF 

HSS-E Taps 

TAREX, TAREX VAV, TAREX TiN 



l2 

l1 

d1 

d2.2 

a2 

Type 

TAREX TAREX VAV TAREX TiN 


Dimensions (DIN) 374 374 374 

Thread length l2.2 l2.2 l2.2 



Version uncoated vaporized TiN 


d1 l1 l2 d2.2 a2 


M 4x0,5 63 7,0 2,8 2,1 20147002000029 

M 5x0,5 70 8,0 3,5 2,7 

M 6x0,5 80 10,0 4,5 3,4 

M 6x0,75 80 10,0 4,5 3,4 20147002000048 

M 7x0,75 80 10,0 5,5 4,3 

M 8x0,5 80 12,0 6,0 4,9 

M 8x0,75 80 12,0 6,0 4,9 

M 8x1 90 12,0 6,0 4,9 20147002000070 20171002000070 20347002000070 

M 9x1 90 12,0 7,0 5,5 

M10x0,75 90 14,0 7,0 5,5 

M10x1 90 14,0 7,0 5,5 20147002000094 20171002000094 20347002000094 

M10x1,25 100 14,0 7,0 5,5 

M11x1 90 14,0 8,0 6,2 

M12x1 100 14,0 9,0 7,0 20147002000111 

M12x1,25 100 14,0 9,0 7,0 

M12x1,5 100 14,0 9,0 7,0 20147002000113 20171002000113 20347002000113 

M14x1 100 16,0 11,0 9,0 

M14x1,25 100 16,0 11,0 9,0 

M14x1,5 100 16,0 11,0 9,0 20147002000131 20171002000131 20347002000131 

M15x1 100 16,0 12,0 9,0 

M15x1,5 100 16,0 12,0 9,0 

M16x1 100 16,0 12,0 9,0 

M16x1,5 100 16,0 12,0 9,0 20147002000147 20171002000147 20347002000147 

M18x1 110 18,0 14,0 11,0 

M18x1,5 110 18,0 14,0 11,0 20147002000160 20171002000160 

M20x1,5 125 20,0 16,0 12,0 20147002000174 20171002000174 

M22x1,5 125 20,0 18,0 14,5 20147002000188 

M24x1,5 140 20,0 18,0 14,5 20147002000202 

M26x1,5 140 20,0 18,0 14,5 20147002000216 

M28x1,5 140 22,0 20,0 16,0 20147002000230 

M30x1,5 150 24,0 22,0 18,0 20147002000244 

104

M 

HSS-E Taps 


SIREX SR IK, SIREX SR IK TiN, SIREX SR IK TiCN 



l2 

l1 

d1 

d2.1 

a1 

l1 

l2 

d1 

d2.2 

a2 

Type 

SIREX SR IK SIREX SR IK TiN SIREX SR IK TiCN 


Dimensions (DIN) 371 to M10 371 to M10 371 to M10 




Version uncoated TiN TiCN 

Nominal Ø 

d1 P l1 l2 d2.1 a1 d2.2 a2 Order No. Order No. Order No. 

M 4 0,70 63 13,0 4,5 3,4 

M 4,5 0,75 70 15,0 6,0 4,9 

M 5 0,80 70 16,0 6,0 4,9 

M 6 1,00 80 18,0 6,0 4,9 20444001000018 20544001000018 20744001000018 

M 7 1,00 80 18,0 7,0 5,5 

M 8 1,25 90 18,0 8,0 6,2 20444001000020 20544001000020 20744001000020 

M 9 1,25 90 18,0 9,0 7,0 

M10 1,50 100 21,0 10,0 8,0 20444001000022 20544001000022 20744001000022 

M11 1,50 100 21,0 8,0 6,2 


M14 2,00 110 24,0 11,0 9,0 

M16 2,00 110 27,0 12,0 9,0 

8 

GB 

105

M 

HSS-E Taps 


TAREX IK, TAREX IK TiN 



l2 

l1 

d1 

d2.1 

a1 

l2 

l1 

d1 

d2.2 

a2 

Type 

TAREX IK TAREX IK TiN 

Tolerance field ISO 2 ISO 2 

Dimensions (DIN) 371 to M10 371 to M10 

376 from M11 376 from M11 



Version uncoated TiN 

Nominal Ø 

d1 P l1 l2 d2.1 a1 d2.2 a2 

Order No. 

Order No. 

M 4 0,70 63 7,0 4,5 3,4 

M 4,5 0,75 70 7,0 6,0 4,9 

M 5 0,80 70 8,0 6,0 4,9 

M 6 1,00 80 10,0 6,0 4,9 20446001000018 20546001000018 

M 7 1,00 80 10,0 7,0 5,5 


M 9 1,25 90 12,0 9,0 7,0 

M10 1,50 100 14,0 10,0 8,0 20446001000022 20546001000022 

M11 1,50 100 14,0 8,0 6,2 


M14 2,00 110 20,0 11,0 9,0 

M16 2,00 110 20,0 12,0 9,0 

106

M 

HSS-E Taps 


GG IK, GG IK TiN 



l2 

l1 

d1 

d2.1 

a1 

l2 

l1 

d1 

d2.2 

a2 

Type 

GG IK 

GG IK TiN 

Tolerance field ISO 2X ISO 2X 


376 from M11 376 from M11 



Version nitrided TiN 

Nominal Ø 

d1 P l1 l2 d2.1 a1 d2.2 a2 Order No. 

Order No. 

M 4 0,70 63 13,0 4,5 3,4 

M 4,5 0,75 70 15,0 6,0 4,9 

M 5 0,80 70 16,0 6,0 4,9 


M 7 1,00 80 18,0 7,0 5,5 


M 9 1,25 90 18,0 9,0 7,0 


M11 1,50 100 21,0 8,0 6,2 


M14 2,00 110 24,0 11,0 9,0 

M16 2,00 110 27,0 12,0 9,0 

8 

GB 

107

M 

SIREX, GG 

Solid Carbide Taps 



From nominal Ø M4 with internal coolant supply 

l2 

l1 

d1 

d2.1 

a1 

l2 

l1 

d1 

d2.2 

a2 

Type 

SIREX 

GG 

Tolerance field ISO 2 ISO 2X 


376 from M11 376 from M11 

Material solid carbide solid carbide 


Version uncoated uncoated 

Nominal Ø 

d1 P l1 l2 d2.1 a1 d2.2 a2 

Order No. 

Order No. 

M 3 0,50 56 11,0 3,5 2,7 80420001000013 

M 3,5 0,60 56 13,0 4,0 3,0 

M 4 0,70 63 13,0 4,5 3,4 80420001000015 80456001000015 

M 5 0,80 70 16,0 6,0 4,9 80420001000017 80456001000017 

M 6 1,00 80 18,0 6,0 4,9 80420001000018 80456001000018 

M 7 1,00 80 18,0 7,0 5,5 

M 8 1,25 90 18,0 8,0 6,2 80420001000020 80456001000020 

M 9 1,25 90 18,0 9,0 7,0 

M10 1,50 100 21,0 10,0 8,0 80420001000022 80456001000022 

M11 1,50 100 21,0 8,0 6,2 

M12 1,75 110 24,0 9,0 7,0 80421001000024 80457001000024 

M14 2,00 110 24,0 11,0 9,0 

M16 2,00 110 27,0 12,0 9,0 

108

M 

SIREX SR 





l2 

l1 

d1 

d2.1 

a1 

l2 

l1 

d1 

d2.2 

a2 

Type 

SIREX SR 



371 to M10 

376 from M11 

Material 

solid carbide 

Chamfer form 

C 

Version 

uncoated 

Nominal Ø 


M 3 0,50 56 11,0 3,5 2,7 80444001000013 

M 3,5 0,60 56 13,0 4,0 3,0 

M 4 0,70 63 13,0 4,5 3,4 80444001000015 

M 5 0,80 70 16,0 6,0 4,9 80444001000017 

M 6 1,00 80 18,0 6,0 4,9 80444001000018 

M 7 1,00 80 18,0 7,0 5,5 

M 8 1,25 90 18,0 8,0 6,2 80444001000020 

M 9 1,25 90 18,0 9,0 7,0 

M10 1,50 100 21,0 10,0 8,0 80444001000022 

M11 1,50 100 21,0 8,0 6,2 

M12 1,75 110 24,0 9,0 7,0 80445001000024 

M14 2,00 110 24,0 11,0 9,0 

M16 2,00 110 27,0 12,0 9,0 

8 

GB 

109

M 

DOREX 





l2 

l1 

d1 

d2.1 

a1 

Type 

DOREX 



371 to M10 

376 from M11 

Material 

solid carbide 

Chamfer form 

B 

Version 

uncoated 

Nominal Ø 

d1 P l1 l2 d2.1 a1 d2.2 a2 

Order No. 

M 3 0,50 56 11,0 3,5 2,7 

M 3,5 0,60 56 13,0 4,0 3,0 

M 4 0,70 63 13,0 4,5 3,4 

M 5 0,80 70 16,0 6,0 4,9 

M 6 1,00 80 18,0 6,0 4,9 80418001000018 

M 7 1,00 80 18,0 7,0 5,5 

M 8 1,25 90 18,0 8,0 6,2 80418001000020 

M 9 1,25 90 18,0 9,0 7,0 

M10 1,50 100 21,0 10,0 8,0 80418001000022 

M11 1,50 100 21,0 8,0 6,2 

M12 1,75 110 24,0 9,0 7,0 

M14 2,00 110 24,0 11,0 9,0 

M16 2,00 110 27,0 12,0 9,0 

110

M 

SIREX XH 



For hard machining from 45 HRC hardness 


l2 

l1 

d1 

similar to 

d2.1 

a1 

l2 

l1 

d1 

d2.2 

a2 

Type 

SIREX XH SIREX XH 


Dimensions (DIN) similar to 371 to M10 similar to 371 to M10 

376 from M11 376 from M11 


Hardness to 58HRC to 52HRC 

Chamfer form D C 

Version TiAlN TiAlN 

Nominal Ø 


Order No. 

M 3 0,50 56 14,0 3,5 2,7 

M 3,5 0,60 56 18,0 4,0 3,0 

M 4 0,70 63 18,0 4,5 3,4 80126001000015 80128001000015 

M 5 0,80 70 20,0 6,0 4,9 80126001000017 80128001000017 

M 6 1,00 80 24,0 6,0 4,9 80126001000018 80128001000018 

M 7 1,00 80 24,0 7,0 5,5 

M 8 1,25 90 24,0 8,0 6,2 80126001000020 80128001000020 

M 9 1,25 90 24,0 9,0 7,0 

M10 1,50 100 26,0 10,0 8,0 80126001000022 80128001000022 

M11 1,50 100 26,0 8,0 6,2 

M12 1,75 110 26,0 9,0 7,0 80127001000024 80129001000024 

M14 2,00 110 26,0 11,0 9,0 80127001000025 80129001000025 

M16 2,00 110 27,0 12,0 9,0 80127001000026 80129001000026 

8 

GB 

111

MF 

SIREX, SIREX SR 





l2 

l1 

SIREX 

d1 

d2.2 

a1 

l2 

l1 

SIREX SR 

d1 

d2.2 

a1 

Type 

SIREX 

SIREX SR 

Tolerance field ISO 2 ISO 2 




Version uncoated uncoated 


d1 l1 l2 d2.1 a1 d2.2 a2 

Order No. 

Order No. 

M 4x0,5 63 10 4,5 3,4 80420002000029 80444002000029 

M 5x0,5 70 12 6,0 4,9 

M 6x0,5 80 14 6,0 4,9 

M 6x0,75 80 14 6,0 4,9 80420002000048 80444002000048 

M 8x0,5 80 14 8,0 4,9 

M 8x0,75 80 14 8,0 4,9 

M 8x1 90 18 8,0 4,9 80420002000070 80444002000070 

M10x0,75 90 14 7,0 5,5 

M10x1 90 18 7,0 5,5 80421002000094 80445002000094 

M10x1,25 100 21 7,0 5,5 

M11x1 90 18 8,0 6,2 

M12x1 100 20 9,0 7,0 

M12x1,25 100 20 9,0 7,0 

M12x1,5 100 20 9,0 7,0 80421002000113 80445002000113 

M14x1 100 20 11,0 9,0 

M14x1,25 100 20 11,0 9,0 

M14x1,5 100 20 11,0 9,0 80421002000131 80445002000131 

M15x1 100 20 12,0 9,0 

M15x1,5 100 20 12,0 9,0 

M16x1 100 20 12,0 9,0 

M16x1,5 100 20 12,0 9,0 80421002000147 80445002000147 

M18x1 110 24 14,0 11,0 

M18x1,5 110 24 14,0 11,0 

M20x1,5 125 24 16,0 12,0 

112

Roll Form Taps and Cut Taps 

Roll Form Taps 

Chip-less manufacturing by thread forming 

Depending on the application in question, we offer the following 

cutting materials: HSS-E, powder metal and solid carbide. 

Roll Form Taps with carbide strips 

The combination of elastic tool body and hard carbide strips produce 

a high degree of bending strength and wear resistance in the tool. 

This produces extremely long tool life and economic results. 

8 

GB 

Taps 

Chip-producing thread manufacturing 

JEL tap drills open up a wide range of applications in the chip-producing 

thread manufacturing. Whether you choose flood coolant, 

internal coolant supply, minimal lubrication or dry machining, we 

can provide the suitable tool. 

113 113


Compared to tapping, no chips are produced when doing roll form 

tapping. 

Materials with an elongation of >5% and a tensile strength of 


Page 

M 

HSS-E Roll Form Taps 

MOREX TiN, MOREX IK TiN, 

MOREX N TiN, 

MOREX N IKS TiN 

116 

MF 


MOREX TiN, MOREX IK TiN 

MOREX N TiN, 

MOREX N IKS TiN 

117 

M 

Solid Carbide Roll Form Taps 

MOREX IK, MOREX IK TiN, 

MOREX N IK, MOREX N IK TiN 118 

M 


MOREX N IKS, 

MOREX N IKS TiN 119 

M 


with carbide strips 

MOREX HML IK, 

MOREX HML IK TiN 

MOREX N HML IK, 

MOREX N HML IKS TiN 

120 

MF 



MOREX HML IK 

121 

9 

GF 

115

M 

MOREX TiN, MOREX N TiN 




MOREX IK TiN, MOREX N IKS TiN 



l2 

l1 

l2 

l1 

d1 

d1 

d2.1 

a1 

d2.1 

a1 

l2 

l1 

l2 

l1 

d1 

DIN2174 from M12 

d1 


d2.2 

a2 

d2.2 

a2 

Type 


Tolerance field ISO 2X ISO 2X ISO 2X ISO 2X 

Dimensions (DIN) 2174 2174 2174 2174 

Material HSS-E HSS-E HSS-E HSS-E 

Chamfer form C C C C 

Version TiN TiN TiN TiN 

Nom. Ø 

d1 P l1 l2 d2.1 a1 d2.2 a2 


116 

M 1 0,25 40 5,5 2,5 2,1 

M 1,1 0,25 40 5,5 2,5 2,1 

M 1,2 0,25 40 5,5 2,5 2,1 

M 1,4 0,30 40 7,0 2,5 2,1 

M 1,6 0,35 40 8,0 2,5 2,1 

M 1,7 0,35 40 8,0 2,5 2,1 

M 1,8 0,35 40 8,0 2,5 2,1 

M 2 0,40 45 8,0 2,8 2,1 20374001000008 

M 2,2 0,45 45 9,0 2,8 2,1 

M 2,3 0,40 45 9,0 2,8 2,1 

M 2,5 0,45 50 9,0 2,8 2,1 20374001000011 

M 2,6 0,45 50 9,0 2,8 2,1 

M 3 0,50 56 11,0 3,5 2,7 20374001000013 20376001000013 

M 3,5 0,60 56 13,0 4,0 3,0 

M 4 0,70 63 13,0 4,5 3,4 20374001000015 20376001000015 

M 4,5 0,75 70 15,0 6,0 4,9 

M 5 0,80 70 16,0 6,0 4,9 20374001000017 20376001000017 

M 6 1,00 80 18,0 6,0 4,9 20374001000018 20574001000018 20376001000018 20598001000018 

M 7 1,00 80 18,0 7,0 5,5 


M 9 1,25 90 18,0 9,0 7,0 

M10 1,50 100 21,0 10,0 8,0 20374001000022 20574001000022 20376001000022 20598001000022 

M11 1,50 100 21,0 8,0 6,2 



M16 2,00 110 27,0 12,0 9,0 20575001000026 

M18 2,50 125 32,0 14,0 11,0 

M20 2,50 140 32,0 16,0 12,0

MF 


MOREX TiN, MOREX IK TiN, MOREX N TiN, MOREX N IKS TiN 

For metric ISO fine pitch thread DIN 13 


l2 

l1 

l2 

l1 

d1 

d1 

d2.2 

a2 

d2.2 

a2 

Type 




Material HSS-E HSS-E HSS-E HSS-E 


Version TiN TiN TiN TiN 

Nom. Ø x P 

d1 l1 l2 d2.2 a2 


M 3,5x0,35 56 10,0 2,5 2,1 

M 4x0,35 63 10,0 2,8 2,1 

M 4x0,5 63 10,0 2,8 2,1 

M 5x0,5 70 12,0 3,5 2,7 

M 6x0,5 80 14,0 4,5 3,4 

M 6x0,75 80 14,0 4,5 3,4 

M 7x0,75 80 14,0 5,5 4,3 

M 8x0,5 80 14,0 6,0 4,9 

M 8x0,75 80 14,0 6,0 4,9 

M 8x1 90 18,0 6,0 4,9 

M 9x1 90 18,0 7,0 5,5 

M10x0,75 90 14,0 7,0 5,5 

M10x1 90 18,0 7,0 5,5 20375002000094 20575002000094 20377002000094 20599002000094 

M10x1,25 100 21,0 7,0 5,5 

M11x1 90 18,0 8,0 6,2 

M12x1 100 20,0 9,0 7,0 

M12x1,25 100 20,0 9,0 7,0 

M12x1,5 100 20,0 9,0 7,0 20375002000113 20575002000113 20377002000113 20599002000113 

M14x1 100 20,0 11,0 9,0 

M14x1,25 100 20,0 11,0 9,0 


M15x1 100 20,0 12,0 9,0 

M15x1,5 100 20,0 12,0 9,0 

M16x1 100 20,0 12,0 9,0 


M18x1 110 24,0 14,0 11,0 

M18x1,5 110 24,0 14,0 11,0 

M18x2 125 24,0 14,0 11,0 

M20x1 125 24,0 16,0 12,0 

M20x1,5 125 24,0 16,0 12,0 

M20x2 140 24,0 16,0 12,0 

9 

GF 

117

M 

MOREX IK, MOREX IK TiN 



Tools with internal coolant 


MOREX N IK, MOREX N IK TiN 


Tools with internal coolant 


l2 

l1 

l2 

l1 

d1 

d1 

d2.1 

a1 

d2.1 

a1 

l2 

l1 

l2 

l1 

d1 


d1 


d2.2 

a2 

d2.2 

a2 

Type 

MOREX IK MOREX IK TiN MOREX N IK MOREX N IK TiN 



Material solid carbide solid carbide solid carbide solid carbide 


Version uncoated TiN uncoated TiN 

Nom. Ø 

d1 P l1 l2 d2.1 a1 d2.2 a2 


118 

M 1 0,25 40 5,5 2,5 2,1 

M 1,1 0,25 40 5,5 2,5 2,1 

M 1,2 0,25 40 5,5 2,5 2,1 

M 1,4 0,30 40 7,0 2,5 2,1 

M 1,6 0,35 40 8,0 2,5 2,1 

M 1,7 0,35 40 8,0 2,5 2,1 

M 1,8 0,35 40 8,0 2,5 2,1 

M 2 0,40 45 8,0 2,8 2,1 

M 2,2 0,45 45 9,0 2,8 2,1 

M 2,3 0,40 45 9,0 2,8 2,1 

M 2,5 0,45 50 9,0 2,8 2,1 

M 2,6 0,45 50 9,0 2,8 2,1 

M 3 0,50 56 11,0 3,5 2,7 

M 3,5 0,60 56 13,0 4,0 3,0 


M 4,5 0,75 70 15,0 6,0 4,9 



M 7 1,00 80 18,0 7,0 5,5 


M 9 1,25 90 18,0 9,0 7,0 


M11 1,50 100 21,0 8,0 6,2 


M14 2,00 110 24,0 11,0 9,0 

M16 2,00 110 27,0 12,0 9,0 

M18 2,50 125 32,0 14,0 11,0 

M20 2,50 140 32,0 16,0 12,0

M 

MOREX N IKS 



Tools with lateral flute coolant supply 


l2 

l1 

l2 

l1 

d1 

d1 


d2.1 

a1 

d2.2 

a2 

Type 

MOREX N IKS MOREX N IKS TiN 






Nom. Ø 

d1 P l1 l2 d2.1 a1 d2.2 a2 

Order No. 

Order No. 

M 1 0,25 40 5,5 2,5 2,1 

M 1,1 0,25 40 5,5 2,5 2,1 

M 1,2 0,25 40 5,5 2,5 2,1 

M 1,4 0,30 40 7,0 2,5 2,1 

M 1,6 0,35 40 8,0 2,5 2,1 

M 1,7 0,35 40 8,0 2,5 2,1 

M 1,8 0,35 40 8,0 2,5 2,1 

M 2 0,40 45 8,0 2,8 2,1 

M 2,2 0,45 45 9,0 2,8 2,1 

M 2,3 0,40 45 9,0 2,8 2,1 

M 2,5 0,45 50 9,0 2,8 2,1 

M 2,6 0,45 50 9,0 2,8 2,1 

M 3 0,50 56 11,0 3,5 2,7 

M 3,5 0,60 56 13,0 4,0 3,0 


M 4,5 0,75 70 15,0 6,0 4,9 



M 7 1,00 80 18,0 7,0 5,5 


M 9 1,25 90 18,0 9,0 7,0 


M11 1,50 100 21,0 8,0 6,2 


M14 2,00 110 24,0 11,0 9,0 

M16 2,00 110 27,0 12,0 9,0 

M18 2,50 125 32,0 14,0 11,0 

M20 2,50 140 32,0 16,0 12,0 

9 

GF 

119

M 



MOREX HML IK, MOREX HML IK TiN 




l1 

l2 

l2 

l1 

d1 

d1 


d2.1 

a1 

d2.2 

a2 

Type 

MOREX HML IK MOREX HML IK TiN 



Material Carbide tipped Carbide tipped 



Nom. Ø 

d1 P l1 l2 d2.1 a1 d2.2 a2 

Order No. 

Order No. 

M 5 0,80 70 16 6 5 

M 6 1,00 80 18 6 5 90174001000018 90374001000018 

M 8 1,25 90 18 8 6 90174001000020 90374001000020 

M10 1,50 100 21 10 8 90174001000022 90374001000022 

M12 1,75 110 24 9 7 90175001000024 90375001000024 

M14 2,00 110 24 11 9 

M16 2,00 110 27 12 9 

MOREX N HML IK, MOREX N HML IKS TiN 

From nominal Ø M6 with lateral flute coolant supply 

l2 

l1 

l2 

l1 

d1 

d1 

d2.1 

a1 

d2.1 

a1 

l2 

l1 

l2 

l1 

d1 


d1 


d2.2 

a2 

d2.2 

a2 

Type 

MOREX N HML IK MOREX N HML IKS TiN 



Material Carbide tipped Carbide tipped 



Nom. Ø 

d1 P l1 l2 d2.1 a1 d2.2 a2 

Order No. 

Order No. 

M 6 1,00 80 18 6 5 90176001000018 90496001000018 

M 8 1,25 90 18 8 6 90176001000020 90496001000020 

M10 1,50 100 21 10 8 90176001000022 90496001000022 

M12 1,75 110 24 9 7 90177001000024 90497001000024 

120

MF 

MOREX HML IK 



For metric ISO fine pitch thread DIN 13 


From nominal Ø M6x0.75 with internal coolant supply 

l2 

l1 

d1 

d2.2 

a2 

Type 

MOREX HML IK 


ISO 2X 

Dimensions (DIN) 2174 

Material 

Carbide tipped 

Chamfer form 

C 

Version 

uncoated 

Nom. Ø x P 

d1 l1 l2 d2.1 a1 d2.2 a2 

Order No. 

M 6x0,75 80 14 6 5 

M 8x0,75 80 14 8 6 

M 8x1 90 18 8 6 

M10x1 90 18 7 6 90175002000094 

M12x1 100 20 9 7 

M12x1,5 100 20 9 7 90175002000113 

M14x1 100 20 11 9 

M14x1,5 100 20 11 9 

M16x1 100 20 12 9 

M16x1,5 100 20 12 9 

M18x1 110 24 14 11 

M18x1,5 110 24 14 11 

M20x1 125 24 16 12 

M20x1,5 125 24 16 12 

9 

GF 

121

122

Technical notes on applications 

Technical notes on applications 

Special solutions 124-125 

(Drill) thread milling – achievable thread lengths 126 

(Drill) thread milling – formulae 127 

(Drill) thread milling – CNC programs – step-by-step explanation 128 

Setting up (drill) thread milling tools 129 

Problems – causes – solutions – drill thread milling tools 130-131 

Problems – causes – solutions – thread milling tools 132 

Chamfer forms – taps 133 

Tap drill diameters for milled and cut threads 134-138 

Problems – causes – solutions – taps 139-140 

Tap drill diameters for formed threads 141-142 

Problems – causes – solutions – roll form taps 143 

Hardness comparison table (extract from DIN 50150) 144 

Torque calculations for tapping and thread forming 145 

Circular interpolation grooving 146-147 

MQL – Miniumum Quantity Lubrication 148 

Cylindrical shanks for carbide tools DIN 6535 (extract) 149 

KOMET GROUP enquiry form 150-151 

Page 

Cutting data recommendations 


152 

Drill thread milling 153 

Tapping 154 

Thread forming 155 

PCD high performance drills DRILLCUT/DRILLMAX, drill reamer 156 

PCD drill slot milling tool, PCD thread milling tool 157 

123 

10

JEL special solutions 

The development of innovative special tools in close cooperation with our customers 

is part of our everyday business. 

Below you will see a few examples of special solutions: 

Machining example: 

Drill thread milling tool VABOS-K 

Housing in G-AlSi10Mg 

• drilling Ø 5 mm 

• chamfering 90° 

• spot facing Ø 50 mm with PCD 

• thread milling M6 

Cylcle time: 3.9 secs. 

Drill Thread Milling 

VABOS-M 

124

JEL special solutions 

JEL combination tools 

Take advantage of our know-how to reduce your production costs. 

Special drill thread 

milling tool with 

counterbore and 

spotfacing features. 

PCD special boring tool 

VABOS-M drill 


tool combined 

with multiple 

step indexable 

boring tool. 

PCD special milling tool 

(buttress thread) PCD-VABOS-M 

125

(Drill) Thread milling tool – achievable thread lengths 

Steel 

Stainless steel 

Grey cast iron 

Nodular grey cast iron 

Titanium alloys 

Nickel alloys 

Copper alloys 

Aluminium 

Plastics 

Drill thread milling BGF 

2,5xD 2,0xD 2,5xD 2,5xD 2,5xD 

Thread milling MKG 

2,0xD 2,0xD 2,0xD 2,0xD 1,5xD 1,5xD 2,0xD 2,0xD 2,0xD 

Thread milling MGF 

2,0xD 2,0xD 2,5xD 2,5xD 1,5xD 1,5xD 2,5xD 2,5xD 2,5xD 

126

(Drill) Thread milling 

Formulae 

Calculation 

Unit 

Spindle speed 

n 

v c 

• 1000 

p • bore diameter 

r.p.m. 

No. of teeth 

z 

Cutting speed 

v c 

n • p • bore diameter 

1000 

m/min 

Milling feed 

f z 

mm/teeth 

Boring feed 

f 

mm/rev 

Tool radius 

r f 

R 1 

– e 

mm 

Eccentricity 

e 

R 1 

– r f 

mm 

Amount of withdrawal for conventional milling 

g 

1,3 • pitch + 

e 

α 

2 

tan ( ) 

mm 

Amount of withdrawal for climb milling 

g 

e 

α 

tan ( 2 ) 

1 

mm 

Nominal thread diameter 

D 

mm 

Nominal thread radius 

R 1 

D 

2 

mm 

Radius entry loop, external path (J) 

R 2 

r f 

+ R 1 

2 

mm 

z dimension entry and exit loop z 

p • 0,15 

mm 

Radius entry loop, centre path (J) 

R 3 

e 

2 

mm 

Radius full circle, centre path (=e) 

R 4 

e 

mm 

a 

α 

2 

equals where α = 90° countersink angle = tan45° = 1 

where countersink angle is 60° the amount of withdrawal is larger 

tan ( ) 

Please see note on Page 152 

Feeds Contour path Centre point path 

Entry loop 

Full circle 

F 1 

F 2 

n • z • f z 

n • z • f z 

n • z • f z 

• 

n • z • f z 

• 

e 

r f 

+ R 1 

2 • e 

D 

10 

Exit loop 

F 3 

n • z • f z 

• 2,5 F 2 

• 2,5 

127

(Drill) Thread milling 

CNC program – step-by-step explanation 

Machining task: Material: 

Thread: M10, depth = 20.560 (EL) 7.2 aluminium alloy (A5 < 14%), AlMn 1 Mg 0,5, 3.0525 

Bore: blind bore, D=8,500 mm, cyl. depth=22,060 mm 

Chamfer steps: 

1) tapered, D=10,300 mm, W = 90.0° 

Tool: 

Cutting values (external track): 

BGF-M10 2.0D, uncoated Vc = 400 m/min n = 14980 rev/min 

Milling tool radius = 3.980 mm fs = 0.300 mm/rev F = 4494 mm/min (chamfering) 

Eccentricity = 1.020 mm fb = 0.300 mm/rev F = 4494 mm/min (drilling) 

Order No.: 80.9410.01.000022 fz1 = 0.100 mm/tooth F1 = 2996 mm/min (thread milling) 

Drawing No.: 80.9410.01.000022.01 

Main time: 4.0 secs 

NC machine: 

NC options: 

Drive: standard NC machine Entry loop: 180° 

Max. spindle speed: 15000 rev/min Exit loop: 180° 

Control: Sinumerik Milling method: conventional milling 

Ref.: contour path, incremental Chip removal: single, degressive 

Note: 

Deepest tool position = 23,370 mm 

For control systems where the feed relates to the central track, the 

figures given in brackets must be used 

N5 G00 G53 G40 G60 G90 D0 Z+0.0000 Initialisation, absolute coordinates 

N10 G80 

Deselect any existing cycles 

N15 T1 M06 

Tool selection 

N20 G54 X+0.0000 Y+0.0000 M07 

Zero point shift 

N25 Z+1.0000 D1 S14980 M03 

Move to start pos. 1 mm above workpiece 

N30 G01 Z-1.3000 F1498 

Start bore with reduced boring feed 

N35 G01 Z-15.6580 F4494 

Bore to first boring depth 

N40 G00 Z+0.0000 

Clear chips (“chip clearance”, “blow through”) 

N45 G00 Z-14.6580 

Move to start position for second boring depth 

N50 G01 Z-23.3700 

Bore to end bore depth 

N55 G00 Z+0.0000 

Clear chips 

;(C O N V E N T I O N A L M I L L I N G) 

N60 G00 Z-20.4000 

Move to start position for thread milling 

N65 G01 G91 G42 G64 X+0.0000 Y+3.9800 Incremental coordinates, select milling radius adjustment, 

F2996 ;(F340) 

No movement 

N70 G02 X+0.0000 Y-8.9800 I+0.0000 Entry loop with pitch adjustment (Z = 0.15×P) 

J-4.4900 Z-0.2250 

N75 G02 X+0.0000 Y+0.0000 I+0.0000 Thread finish milling to nominal dimension (Z = P) 

J+5.0000 Z-1.5000 ;(F611) 

N80 G02 X+0.0000 Y+8.9800 I+0.0000 Exit loop with pitch adjustment (Z = 0.15×P) 

J+4.4900 Z-0.2250 F7490 ;(F851) 

N85 G00 G40 G60 X+0.0000 Y-3.9800 Deselect milling radius adjustment 

N90 G00 G53 G40 G90 D0 Z+0.0000 M95 Exit status 

N95 M30 

End of program 

128 


or can be obtained on request from tel.: +49 (0) 711 78891-0

Setting (drill) thread milling tools 

Preparations on tool 

Tool clamping 

• Correct alignment of clamping screw on clamping surface 

for Whistle-Notch adaptor 

• Minimise overhang but the cutting sweep for the tool 

should be beyond the adaptor 

Effect of concentricity on tool life using 

a solid carbide thread milling tool as an 

example 

Lf (%) 

thermal expansion or hydr. expansion chuck 

 

 

 

 

 

 

 

 

 

 

Material: 

heat treated steel 

Rm = 1000 N/mm 2 

HE cyl. with side screw 

collet 

 

run-out error (µm) 

 

 

 

Cutting values: 

Size: M10 

v c 

= 100 m/min 

f z 

= 0,06 mm/tooth 

Milling method for different materials 

Cast aluminium 

• Can be carried out without a peck cycle 

• For tools with internal coolant there is no need for chip 

clearance after boring. 

Long chipping aluminium 

• At least one peck cycle 

• Radial division of cut may be necessary if a thread with 

very low burring is required 

Grey cast iron 

• No chip clearance 

• Conventional thread milling in one path . Over 2×D two 

paths may be required. 

Special cases 

Through hole 

• For tool with internal coolant, switch to external coolant 

for milling 

• To reduce side load, preferably work with milling section on 

shank side 

OK 

Tool measurement 

• Only measure tool length on pre-setter. 

• Check concentricity at drill tip resp. thread milling section 

Problems – causes – solutions – drill thread milling tools 

Problem Cause Solution 

Chips packed or 

glued at the thread 

profile 

- Poor coolant - Improve coolant (i.e. add flood coolant, lateral 

flute coolant supply for through holes) 

- Add coolant flutes flutes on shank 

Thread go-gage 

doesn’t fit 

- Thread too small 

- Chips in thread 

- Reduce tool radius in offset register 

- Improve coolant 

Thread is getting 

tapered 

- Poor tool clamping 

- thread milling feed too 

high 

- Improve tool holding (i.e. shrink fit holders) 

- reduce thread milling feed 

- radial cut division 

Erratic tool wear 

- Tool run out too high - Use better tool holders (i.e. shrink fit holders) 

Check material for homogeneity 

Counterbore chips 

are winding around 

the tool 

- Chamfer feed too low - Increase chamfer feed 

Loud drilling noise 

(especially towards 

the final drilling 

depth) 

- Chip problem - Reduce drill feed rate 

- Use tool with coolant through 

- Add peck cycle 

Tool breakage while 

drilling (especially 

in long chipping 

materials) 

- Chip problem - Reduce drill feed rate 

- Use tools with coolant through 

- Add peck cycle (multiple pecks) 

Chips glued up in the 

flutes 

- Poor coolant 

- Improve coolant situation 

- Use tool with coolant through 

- Use coated tool 

- degressive peck cycle 

130

Problems – causes – solutions – drill thread milling tools 


Chippage,tool breakage 

while thread 

milling 

- Feed rate thread 

milling too high 

- Vibrations 

- Check that the chip grooves are free of chips 

after the boring operation 

- Reduce feed rate (check whether NC feeds 

relate to centre point or external track) 

Poor thread surface 

(harmonics) 

- Vibrations 

- Check tool holder (do not use modular systems 

!) 

- Check workpiece clamping and fixture. Where 

the clamping set-up is unstable introduce a 

distribution of the cutting force. 

- Reduce cutting speed 

- Increase tooth feed rate 

- Introduce distribution of cutting force 

10 

131

Problems – causes – solutions – thread milling tools 


Chips packed or glued 

at the thread profile 

- Poor coolant 

- Improve coolant situation (i.e. add flood coolant, 

lateral flute coolant supply for through 

holes) 

- Add coolant flutes on shank 

Thread go-gage 

doesn’t fit 

- Thread too small 

- Chips in thread 

- Reduce tool radius in offset register 

- Improve coolant 

Thread is getting 

tapered 

- Poor tool clamping 

- Thread milling feed 

too high 

- Improve tool holding (i.e. shrink fit holders) 

- Reduce thread milling feed 

- radial cut division 

Erratic tool wear 

- Tool run out too high - Use better tool holders (i.e. shrink fit holders) 

- Check material for homogeneity 

Chippage, 

tool breakage 

- Feed rate thread 

milling too high 

- Vibrations 

- Reduce thread milling feed 

- Check tool holder (don’t use modular systems!!) 

Change feeds and speeds 

Poor thread surface 

- Tool overhang too long 

- Non-suitable tool for 

this application 

- Check part clamping an and fixture. Use multiple 

cuts when part is clamped weak. 

- Reduce cutting speed, increase feed/tooth, 

prefer conventional milling 

132

Chamfer Forms – Taps 

Chamfer 

form 

No. of Illustration Type of flute Application mainly for 

l 4 

threads 

l 4 

l 4 

A 

6 to 8 straight flutes short through hole threads 

B 

3,5 to 5,5 

straight flutes 

spiral point 

through hole threads 

C 

2 to 3 

l 4 

blind and through hole threads in short chipping 

materials 

D 

3,5 to 5 

straight or 

helical flutes 

blind hole threads with long thread run-out 

(plug tap) and through hole threads 

l 4 

E 

1,5 to 2 

blind hole threads with short thread run-out 

(bottoming taps) 

10 

133

Tap drill diameters for milled and cut threads 

M 

Metric Thread 

Size Nom. Ø Pitch Tap drill Ø 

M 1,8 1,8 0,35 1,45 

M 2 2 0,40 1,60 

M 2,2 2,2 0,45 1,75 

M 2,5 2,5 0,45 2,05 

M 3 3 0,50 2,50 

M 3,5 3,5 0,60 2,90 

M 4 4 0,70 3,30 

M 4,5 4,5 0,75 3,70 

M 5 5 0,80 4,20 

M 6 6 1,00 5,00 

M 7 7 1,00 6,00 

M 8 8 1,25 6,80 

M 9 9 1,25 7,80 

M10 10 1,50 8,50 

M11 11 1,50 9,50 

M12 12 1,75 10,20 

M14 14 2,00 12,00 

M16 16 2,00 14,00 

M18 18 2,50 15,50 

M20 20 2,50 17,50 

M22 22 2,50 19,50 

M24 24 3,00 21,00 

M27 27 3,00 24,00 

M30 30 3,50 26,50 

M33 33 3,50 29,50 

M36 36 4,00 32,00 

M39 39 4,00 35,00 

M42 42 4,50 37,50 

M45 45 4,50 40,50 

M48 48 5,00 43,00 

M52 52 5,00 47,00 

M56 56 5,50 50,50 

M60 60 5,50 54,50 

M64 64 6,00 58,00 

134


MF 

Metric Fine Thread 

MF 



M 2,5x0,35 2,5 0,35 2,15 

M 3x0,35 3 0,35 2,65 

M 3,5x0,35 3,5 0,35 3,15 

M 4x0,5 4 0,50 3,50 

M 5x0,5 5 0,50 4,50 

M 6x0,5 6 0,50 5,50 

M 6x0,75 6 0,75 5,30 

M 8x0,5 8 0,50 7,50 

M 8x0,75 8 0,75 7,30 

M 8x1 8 1,00 7,00 

M10x0,75 10 0,75 9,30 

M10x1 10 1,00 9,00 

M12x1 12 1,00 11,00 

M12x1,5 12 1,50 10,50 

M14x1 14 1,00 13,00 

M14x1,5 14 1,50 12,50 

M15x1,5 15 1,50 13,50 

M16x1 16 1,00 15,00 

M16x1,5 16 1,50 14,50 

M17x1,5 17 1,50 15,50 

M18x1 18 1,00 17,00 

M18x1,5 18 1,50 16,50 

M18x2 18 2,00 16,00 

M20x1 20 1,00 19,00 

M20x1,5 20 1,50 18,50 

M20x2 20 2,00 18,00 

M22x1 22 1,00 21,00 

M22x1,5 22 1,50 20,50 

M22x2 22 2,00 20,00 

M24x1 24 1,00 23,00 

M24x1,5 24 1,50 22,50 

M24x2 24 2,00 22,00 

M30x1,5 30 1,50 28,50 

M30x2 30 2,00 28,00 

M30x3 30 3,00 27,00 

M33x1,5 33 1,50 31,50 

M33x2 33 2,00 31,00 

M33x3 33 3,00 30,00 

M36x1,5 36 1,50 34,50 

M36x2 36 2,00 34,00 

M36x3 36 3,00 33,00 

M40x1,5 40 1,50 38,50 

M40x2 40 2,00 38,00 

M40x3 40 3,00 37,00 

M42x1,5 42 1,50 40,50 

M42x2 42 2,00 40,00 

M42x3 42 3,00 39,00 

M48x1,5 48 1,50 46,50 

M48x2 48 2,00 46,00 

M48x3 48 3,00 45,00 

M48x4 48 4,00 44,00 


M50x1,5 50 1,50 48,50 

M50x2 50 2,00 48,00 

M50x3 50 3,00 47,00 

M56x2 56 2,00 54,00 

M56x4 56 4,00 52,00 

M60x1,5 60 1,50 58,50 

M60x2 60 2,00 58,00 

M60x3 60 3,00 57,00 

M60x4 60 4,00 56,00 

M64x1,5 64 1,50 62,50 

M64x2 64 2,00 62,00 

M64x3 64 3,00 61,00 

M64x4 64 4,00 60,00 

M72x2 72 2,00 70,00 

M72x3 72 3,00 69,00 

M72x4 72 4,00 68,00 

M72x6 72 6,00 66,00 

M80x2 80 2,00 78,00 

M80x4 80 4,00 76,00 

M80x6 80 6,00 74,00 

M90x2 90 2,00 88,00 

M90x4 90 4,00 86,00 

M90x6 90 6,00 84,00 

M95x2 95 2,00 93,00 

M95x6 95 6,00 89,00 

M100x6 100 6,00 94,00 

10 

135


UNC 

American Unified 

Coarse Thread 

UNF 


Fine Thread 

Size Nom. Ø Pitch t.p.i. Tap drill Ø Size Nom. Ø Pitch t.p.i. Tap drill Ø 

Nr. 4 2,845 40 2,35 Nr. 4 2,845 48 2,30 

Nr. 5 3,175 40 2,65 Nr. 5 3,175 44 2,60 

Nr. 6 3,505 32 2,85 Nr. 6 3,505 40 2,85 

Nr. 8 4,166 32 3,50 Nr. 8 4,166 36 3,45 

Nr. 10 4,820 24 3,90 Nr. 10 4,826 32 4,05 

Nr. 12 5,486 24 4,50 Nr. 12 5,486 28 4,60 

1/4 6,350 20 5,10 1/4 6,350 28 5,45 

5/16 7,938 18 6,60 5/16 7,938 24 6,90 

3/8 9,525 16 8,00 3/8 9,525 24 8,45 

7/16 11,112 14 9,40 7/16 11,112 20 9,85 

1/2 12,700 13 10,80 1/2 12,700 20 11,45 

9/16 14,288 12 12,20 9/16 14,288 18 12,90 

5/8 15,875 11 13,50 5/8 15,875 18 14,45 

3/4 19,050 10 16,50 3/4 19,050 16 17,45 

7/8 22,225 9 19,50 7/8 22,225 14 20,40 

1“ 25,400 8 22,50 1“ 25,400 12 23,30 

1 1/8“ 28,575 7 25,00 1 1/8“ 28,575 12 26,45 

1 1/4“ 31,750 7 28,00 1 1/4“ 31,750 12 29,65 

1 3/8“ 34,925 6 30,75 1 3/8“ 34,925 12 32,80 

1 1/2“ 38,100 6 34,00 1 1/2“ 38,100 12 36,00 

1 3/4“ 44,450 5 39,50 

2“ 50,800 4 1/2 45,00 

UNEF 


Extra Fine Thread 

W 

Whitworth Thread 


Nr. 12 5,486 32 4,75 1/8“ 3,175 40 2,60 

1/4 6,350 32 5,55 3/16“ 4,762 24 3,60 

5/16 7,938 32 7,15 1/4“ 6,350 20 5,10 

3/8 9,525 32 8,70 5/16“ 7,938 18 6,50 

7/16 11,112 28 10,20 3/8“ 9,525 16 7,90 

1/2 12,700 28 11,80 7/16“ 11,113 14 9,25 

9/16 14,288 24 13,20 1/2“ 12,700 12 10,50 

5/8 15,875 24 14,80 5/8“ 15,876 11 13,50 

11/16 17,462 24 16,40 3/4“ 19,051 10 16,50 

3/4 19,050 20 17,80 7/8“ 22,226 9 19,25 

13/16 20,637 20 19,40 1“ 25,401 8 22,00 

7/8 22,225 20 20,95 1 1/8“ 28,576 7 24,75 

15/16 23,812 20 22,50 1 1/4“ 31,751 7 27,75 

1“ 25,400 20 24,15 1 3/8“ 34,926 6 30,50 

1 1/16“ 26,987 18 25,60 1 1/2“ 38,101 6 33,50 

1 1/8“ 28,575 18 27,20 1 5/8“ 41,277 5 35,50 

1 3/16“ 30,162 18 28,75 1 3/4“ 44,452 5 39,00 

1 1/4“ 31,750 18 30,35 1 7/8“ 47,627 41/2 41,50 

1 5/16“ 33,337 18 31,95 2 50,802 41/2 44,50 

1 3/8“ 34,925 18 33,50 

1 7/16“ 36,512 18 35,10 

1 1/2“ 38,100 18 36,70 

136


G 

Pipe Thread DIN EN ISO 228 

RP 

ISO 7/1, DIN 2999-1, 

DIN EN 10226-1 


G 1/8“ 9,728 28 8,90 RP 1/16 7,723 28 6,55 

G 1/4“ 13,157 19 11,70 RP 1/8 9,728 28 8,60 

G 3/8“ 16,662 19 15,40 RP 1/4 13,157 19 11,50 

G 1/2“ 20,955 14 19,10 RP 3/8 16,662 19 15,00 

G 5/8“ 22,911 14 21,10 RP 1/2 20,955 14 18,50 

G 3/4“ 26,441 14 24,60 RP 3/4 26,441 14 24,00 

G 7/8“ 30,201 14 28,40 RP 1“ 33,249 11 30,25 

G 1“ 33,249 11 30,80 RP 1 1/4“ 41,910 11 39,00 

G 1 1/8“ 37,897 11 35,50 RP 1 1/2“ 47,803 11 44,85 

G 1 1/4“ 41,910 11 39,50 RP 2“ 59,614 11 56,50 

G 1 3/8“ 44,323 11 41,90 

G 1 1/2“ 47,803 11 45,40 

G 1 3/4“ 53,746 11 51,40 

G 2“ 59,614 11 57,20 

G 2 1/4“ 65,710 11 63,20 

G 2 1/2“ 75,184 11 72,80 

G 2 3/4“ 81,834 11 79,10 

G 3“ 87,884 11 85,50 

BSF 

Whitworth Fine Thread 

NPSF 

American Cylindrical 

Pipe Thread 


1/4“ 6,350 26 5,30 NPSF 1/16 7,582 27 6,35 

9/32“ 7,142 26 6,10 NPSF 1/8 9,929 27 8,75 

5/16“ 7,938 22 6,80 NPSF 1/4 13,236 18 11,30 

3/8“ 9,525 20 8,30 NPSF 3/8 16,673 18 14,75 

7/16“ 11,113 18 9,70 NPSF 1/2 20,819 14 18,20 

1/2“ 12,700 16 11,10 NPSF 3/4 26,166 14 23,50 

9/16“ 14,288 16 12,70 NPSF 1“ 32,718 11/2 29,50 

5/8“ 15,875 14 14,00 

11/16“ 17,463 14 15,50 

3/4“ 19,050 12 16,75 

13/16“ 20,638 12 18,50 

7/8“ 22,225 11 19,75 

1“ 25,400 10 22,75 

1 1/8“ 28,575 9 25,50 

1 1/4“ 31,750 9 28,75 

1 3/8“ 34,925 8 31,50 

1 1/2“ 38,100 8 34,80 

1 5/8“ 41,275 8 38,00 

1 3/4“ 44,450 7 40,50 

2“ 50,800 7 47,00 

10 

137


NPT/NPTF 

without using a reamer 

Size 

Pitch t.p.i. 

Tap drill Ø Tap drill Ø 

NPT NPTF 

1/16 27 6,15 6,10 

1/8 27 8,50 8,45 

1/4 18 11,00 10,90 

3/8 18 14,50 14,30 

1/2 14 17,85 17,60 

3/4 14 23,20 23,00 

1“ 11 1/2 29,00 28,75 

1 1/4“ 11 1/2 37,80 37,50 

1 1/2“ 11 1/2 44,00 43,75 

2“ 11 1/2 56,00 55,75 

RC 

without using a reamer 

Size Pitch t.p.i. Tap drill Ø 

RC 1/16 28 6,20 

RC 1/8 28 8,20 

RP 1/4 19 11,00 

RC 3/8 19 14,50 

RC 1/2 14 18,00 

RC 3/4 14 23,50 

RC 1“ 11 29,50 

RC 1 1/4“ 11 38,25 

RC 1 1/2“ 11 44,25 

RC 2“ 11 55,75 

RC 2 1/2“ 11 71,25 

RC 3“ 11 83,75 

EG 

Helical Wire Insert Thread 


EG M 3 3 0,50 3,15 

EG M 3,5 3,5 0,60 3,70 

EG M 4 4 0,70 4,20 

EG M 4,5 4,5 0,75 4,75 

EG M 5 5 0,80 5,25 

EG M 6 6 1,00 6,30 

EG M 7 7 1,00 7,30 

EG M 8 8 1,25 8,40 

EG M10 10 1,50 10,50 

EG M12 12 1,75 12,50 

EG M14 14 2,00 14,50 

EG M16 16 2,00 16,50 

EG M18 18 2,50 18,75 

EG M20 20 2,50 20,75 

EG M22 22 2,50 22,75 

EG M24 24 3,00 24,75 

EG M27 27 3,00 27,75 

EG M30 30 3,50 31,00 

138

Problems – causes – solutions – taps 


Oversized thread 

- wrong tools 

- cutting edge geometry not 

suitable for materials to be 

machined. 

- select the right tools as shown in the JEL 

catalogue 

- material built-up at tap 

flanks 

- improve coolant system 

- use coated tap 

- minor diameter too small, 

tool is cutting full profile 

- select correct core diameter 

- chip jam - blind bore: increase spindle speed. Correct 

tool selection (spiral flute) 

- through hole: correct tool selection (spiral 

point) 

- tolerance of tap drill to 

thread gauge does not 

agree 

- use tap drill with right tolerance 

- angular or positional error 

in core bore 

- adjust workpiece clamping, use tapping 

chuck with axis parallel float 

Thread too tight 

- tolerance of tap drill to 

thread gauge does not 

agree 

- use tap drill with right tolerance 

10 

- wrong tool type - select the right tools as shown in the JEL 

catalogue 

139

Problems – causes – solutions – taps 


Thread is cut 

wrongly axially 

- cutting lead pressure on 

tapping chuck too great 

- select the right cutting lead pressure 

Pitch distortion 

(plug gauge cannot 

be screwed in over 

full thread length 

on the workpiece) 

- tap is not cutting true to 

pitch 

- select right tool 

- select right cutting lead pressure 

- with length adjustment chucks reduce feed 

to 95% 

Thread oversize at 

the entry 

- wrong cutting lead 

pressure 

- use compensation chuck(tension) 

- use lead srcrew 

- select right tool 

Thread surface not 

clean 

- wrong tool type - select right tool 

- chip jam - see “thread too large – chip jam“ 

- core diameter too small - select right core diameter 

- material built-up on 

thread flanks 

- use tools with surface treatment 

- improve coolant system 

- cutting speed to low - increase cutting speed 

Tool life too short - wrong tool type - select right tool type 

No. of threads 

- cutting speed too high or 

too low 

- composition and supply of 

coolant inadequate 

- adjust cutting speed 

- provide suitable, sufficient coolant 

NOMINAL 

ACTUAL 

- premature wear due to 

lack of or unsuitable surface 

treatment 

- use coated tools, if necessary solid carbide 

tools 

140

Tap drill diameters for formed threads 

M 

Metric Thread 


M 1,8 1,8 0,35 1,66 

M 2 2 0,40 1,84 

M 2,2 2,2 0,45 2,02 

M 2,5 2,5 0,45 2,32 

M 3 3 0,50 2,80 

M 3,5 3,5 0,60 3,25 

M 4 4 0,70 3,71 

M 4,5 4,5 0,75 4,19 

M 5 5 0,80 4,67 

M 6 6 1,00 5,54 

M 7 7 1,00 6,54 

M 8 8 1,25 7,43 

M 9 9 1,25 8,43 

M 10 10 1,50 9,31 

M 11 11 1,50 10,31 

M 12 12 1,75 11,20 

M 14 14 2,00 13,00 

M 16 16 2,00 15,00 

The tap drill diameters listed are guidelines. The actual tap drill diameters have to be investigated in use as these depend on 

the fluidity of the material and the forming speed. 

MF 


MF 


Size Nom. Ø Pitch Tap drill Ø Size Nom. Ø Pitch Tap drill Ø 

M 2,5 x 0,35 2,5 0,35 2,36 M 20 x 1 20 1,00 19,54 

M 3 x 0,35 3 0,35 2,86 M 20 x 1,5 20 1,50 19,31 

M 3,5 x 0,35 3,5 0,35 3,36 M 20 x 2 20 2,00 19,00 

M 4 x 0,5 4 0,50 3,80 M 22 x 1 22 1,00 21,54 

M 5 x 0,5 5 0,50 4,80 M 22 x 1,5 22 1,50 21,31 

M 6 x 0,5 6 0,50 5,80 M 22 x 2 22 2,00 21,00 

M 6 x 0,75 6 0,75 5,69 M 24 x 1 24 1,00 23,54 

M 8 x 0,5 8 0,50 7,80 M 24 x 1,5 24 1,50 23,31 

M 8 x 0,75 8 0,75 7,69 M 24 x 2 24 2,00 23,00 

M 8 x 1 8 1,00 7,54 M 30 x 1,5 30 1,50 29,31 

M 10 x 0,75 10 0,75 9,69 M 30 x 2 30 2,00 29,00 

M 10 x 1 10 1,00 9,54 M 33 x 1,5 33 1,50 32,31 

M 12 x 1 12 1,00 11,54 M 33 x 2 33 2,00 32,00 

M 12 x 1,5 12 1,50 11,31 M 36 x 1,5 36 1,50 35,31 

M 14 x 1 14 1,00 13,54 M 36 x 2 36 2,00 35,00 

M 14 x 1,5 14 1,50 13,31 

M 15 x 1,5 15 1,50 14,31 

M 16 x 1 16 1,00 15,54 

M 16 x 1,5 16 1,50 15,31 

M 17 x 1,5 17 1,50 16,31 

M 18 x 1 18 1,00 17,54 

M 18 x 1,5 18 1,50 17,31 

M 18 x 2 18 2,00 17,00 

10 

141

Tap drill diameters for roll formed threads 

UNC 


Coarse Thread 

UNF 


Fine Thread 


Nr. 4 2,845 40 2,58 Nr. 4 2,845 48 2,63 

Nr. 5 3,175 40 2,91 Nr. 5 3,175 44 2,94 

Nr. 6 3,505 32 3,18 Nr. 6 3,505 40 3,24 

Nr. 8 4,166 32 3,84 Nr. 8 4,166 36 3,88 

Nr. 10 4,820 24 4,33 Nr. 10 4,826 32 4,50 

Nr. 12 5,486 24 5,00 Nr. 12 5,486 28 5,11 

1/4 6,350 20 5,77 1/4 6,350 28 5,98 

5/16 7,938 18 7,29 5/16 7,938 24 7,45 

3/8 9,525 16 8,79 3/8 9,525 24 9,04 

7/16 11,112 14 10,28 7/16 11,112 20 10,53 

1/2 12,700 13 11,80 1/2 12,700 20 12,12 

9/16 14,288 12 13,23 9/16 14,288 18 13,64 

5/8 15,875 18 15,23 

3/4 19,050 16 18,32 

7/8 22,225 14 21,39 

1“ 25,400 12 24,34 

1 1/8“ 28,575 12 27,52 

1 1/4“ 31,750 12 30,69 

1 3/8“ 34,925 12 33,87 

1 1/2“ 38,100 12 37,04 

The tap drill diameters listed are guidelines. The actual tap drill diameters have to be investigated in use as these depend on 

the fluidity of the material and the forming speed. 

UNEF 


Extra Fine Thread 

Size Nom. Ø Pitch t.p.i. Tap drill Ø 

Nr. 12 5,486 32 5,16 

1/4 6,350 32 6,02 

5/16 7,938 32 7,61 

3/8 9,525 32 9,20 

7/16 11,112 28 10,74 

1/2 12,700 28 12,33 

9/16 14,288 24 13,80 

5/8 15,875 24 15,39 

11/16 17,462 24 16,98 

3/4 19,050 20 18,47 

13/16 20,637 20 20,05 

7/8 22,225 20 21,64 

15/16 23,812 20 23,23 

1“ 25,400 20 24,82 

1 1/16“ 26,987 18 26,34 

1 1/8“ 28,575 18 27,93 

1 3/16“ 30,162 18 29,51 

1 1/4“ 31,750 18 31,10 

1 5/16“ 33,337 18 32,69 

1 3/8“ 34,925 18 34,28 

1 7/16“ 36,512 18 35,86 

1 1/2“ 38,100 18 37,45 

142

Problems – causes – solutions – roll form taps 


Thread too tight 

- tolerance of thread forming 

tool does not align 

with thread gauge 

- use thread forming tool with right tolerance 

Core diameter too 

large on thread 

- wrong drill diameter (too 

large) 

- use smaller drill 

Core diameter too 

small or torque too 

high 

- drill diameter too small - use larger core boring tool 

10 

143

Hardness comparison table (extract from DIN 50150) 

Tensile strength 

Rm (N/mm 2 ) 

Vickers hardness 

HV 

Brinell hardness 

HB 

Rockwell hardness 

HRC 

HRB 

350 110 105 _ 62 

385 120 114 _ 67 

415 130 124 _ 71 

450 140 133 _ 75 

480 150 143 _ 79 

510 160 152 _ 82 

545 170 162 _ 85 

575 180 171 _ 87 

610 190 181 _ 90 

640 200 190 _ 92 

675 210 199 _ 94 

705 220 209 _ 95 

740 230 219 _ 97 

770 240 228 20 98 

800 250 238 22 100 

835 260 247 24 101 

865 270 257 26 102 

900 280 266 27 104 

930 290 276 29 105 

965 300 285 30 _ 

1030 320 304 32 _ 

1095 340 323 34 _ 

1155 360 342 37 _ 

1220 380 361 39 _ 

1290 400 380 41 _ 

1350 420 399 43 _ 

1420 440 418 45 _ 

1485 460 437 46 _ 

1555 480 456 48 _ 

1595 490 466 48 _ 

1665 510 485 50 _ 

1740 530 504 51 _ 

1810 550 523 52 _ 

1880 570 542 54 _ 

1955 590 561 55 _ 

2030 610 580 56 _ 

2105 630 599 57 _ 

2180 650 618 58 _ 

144

Torque calculations 

for tapping and thread forming 

M: torque in Nm 

Kc: specific cutting force (N/mm 2 ) as shown in table (see below) 

h: thread pitch in mm 

D: nominal thread diameter 

M = 

Fct* 

8000 

x Kc x h 2 xD 

*Factors 

Tapping 


New tool 

Used tool 

1,0 2,5 

2,5 3,5 

Table for specific cutting force Kc 

Material 

Kc value 

(N/mm²) 

Steel 1000-1300 N/mm² 

Steel 800-1000 N/mm² 

Steel 600- 850 N/mm² 

Steel

Circular interpolation grooving – 

A completely new tool concept 

Method description: 

With circular interpolation grooving, the principle of 

external grooving is transferred from a machining centre 

to a lathe by programming the machining centre spindle 

as an axis. 

The tool is then moved outwards at grooving depth on a 

helical interpolation path programmed by the machine 

control. 

At every point on the circular path the cutting edge is 

vertical to the bore tangent. 

Application areas: 

For all internal and external grooves, angled grooves and 

annular slots. 

Tool design: 

An extremely wide variety of tool designs specifically matched 

to the machining task in question. 

tool 

cutting edge 

tool centre point 

workpiece 

feed 


Tool size Aluminium/ Alum. alloy Grey cast iron/ SG cast iron 

very small tools 

up to Ø 32 

larger than Ø 32 

solid carbide mono 

TiAlN coating 

solid carbide tool carrier 

cutting edge PCD tipped 

steel tool carrier 

PCD brazed cutting edge 

solid carbide mono 

TiAlN coating 

solid carbide tool carrier 

cutting edge with solid carbide tip 

TiAlN coating 

steel tool carrier 

solid carb. brazed cutting edge 

TiAlN coating 

146

Circular interpolation grooving – 

A completely new tool concept 

Advantages: 

• Short cycle times 

• Better surface finish than with milling as cutting edge 

constantly engaged 

• High cutting feed settings 

• Economic production 

• A single tool for roughing and finishing 

• Less likelihood of vibrations 

• Stable tools because of asymmetric construction, even with 

an unfavourable diameter to length ratio 

• Turning process can be carried out on a machining centre 

• Problem-free division of cut for grooves which are particularly 

deep 

• Specially arranged coolant bores guarantee chip removal 

even from deep grooves 

• Circular external grooving allows maximum rigidity in tool 

design 

• Extremely good surface finish in grooves 

• Extremely good repeatability of grooves in aluminium, 

e.g. Ø 25 mm up to 5×D

MQL (Miniumum Quantity Lubrication) 

In order to combine the 

advantages which minimum 

quantity lubrication can offer 

in a production system, all the 

components which make up 

this system need to be examined 

and aligned with each 

other in the best possible way. 

1 

2 

3 

4 5 

1 Tool adaptor 

4 Length adjustment screw 

2 Coolant pipe 

5 Tool 

3 Minimal lubrication pipe 

Advantages and disadvantages of minimum quantity lubrication 

Advantages: 

No need to dispose of coolant 

No maintenance for coolant and 

machine 

No thermal shock to the tool 

Disadvantages: 

Increased thermal and mechanical 

stresses on the tool 

Connections need to be optimised 

When using minimal quantity lubrication 

it is extremely important to allocate the 

supply points in the best possible way. 

This is achieved by using, amongst other 

things, a special design for the end of the 

shank on the tools. The best results in 

numerous trials were achieved using the 

design shown below. 

Better lubricating effect 

Tools need to be optimised 

Minimum costs for lubricating 

medium 

tool adaptor 

90° chamfer tool shank 

length adjustment screw 

face 

lubrication holes 

148 

By working continuously with leading MWL 

system suppliers the KOMET GROUP can also 

be your partner for applications with minimum 

quantity lubrication. Please see note on page 152

Cylindrical shanks for carbide tools 

DIN 6535 (extract) 

Form HA 

with a clamping flat 

d 1 

: 6 – 20 mm 

Form HB 

chamfer 

Fase 

with two clamping flats 

d 1 

: 25 – 32 mm 

dimensions in [mm] 

d 1 

l 1 

+2 

0 

2 28 

3 28 

4 28 

5 28 

6 36 

8 36 

10 40 

12 45 

14 45 

16 48 

18 48 

20 50 

25 56 

32 60 

Allocation of tool adaptors : 

shrink fit chuck, 

hydrydraulic chuck, collet 

Allocation of tool adaptors: 

Weldon chuck (HWD) 

Fase 

dimensions in [ mm ] 

d 1 

b 1 

e 1 

h 1 

l 1 

l 2 

+0,05 0 +2 +1 

h6 0 -1 h11 0 0 

6 4,2 18 5,1 36 - 

8 5,5 18 6,9 36 - 

10 7 20 8,5 40 - 

12 8 22,5 10,,4 45 - 

14 8 22,5 12,7 45 - 

16 10 24 14,2 48 - 

18 10 24 16,2 48 - 

20 11 25 18,2 50 - 

25 12 32 23 56 17 

32 14 36 30 60 19 

d1: 6 – 20 mm 

Form HE 

Allocation of tool adaptors: 

Whistle Notch chuck (FWD) 

dimensions in [ mm ] 

d1: 25 – 32 mm 

Fase 

d 1 

(b 2 

) (b 3 

) h 2 

(h 3 

) l 1 

l 4 

l 5 

r 2 

+2 0 Nom. 

h6 ≈ h11 0 -1 dim. min. 

6 4,3 - 5,1 - 36 25 18 1,2 

8 5,5 - 6,9 - 36 25 18 1,2 

10 7,1 - 8,5 - 40 28 20 1,2 

12 8,2 - 10,4 - 45 33 22,5 1,2 

14 8,1 - 12,7 - 45 33 22,5 1,2 

16 10,1 - 14,2 - 48 36 24 1,6 

18 10,8 - 16,2 - 48 36 24 1,6 

20 11,4 - 18,2 - 50 38 25 1,6 

25 13,6 9,3 23,0 24,1 56 44 32 1,6 

32 15,5 9,9 30,0 31,2 60 48 35 1,6 

10 

149

KOMET Inquiry GROUP form Enquiry KOMET GROUP 

Inquiry No.: 

Customer: 

Customer-No: 

Inquiry-No: 

Sent quote to: 

Telephone: 

Telefax: 

E-Mail: 

Department: 

Please offer: 

Name: 

Date: 

Contact person KOMET GROUP: 

End user (OEM): 

Date of visit: 

Technical contact: 

Telephone: 

Telefax: 

E-Mail: 

Quotation: 

Drawing or sketch required: 

Due at quotation: 

Delivery required at: 

For OEM´s: 

Batch size of parts to be machined/year: 

Tools: 

Carbide inserts: 

Max tool weight: (kgs): 

Max tool width (mm): 

Max tool length. (mm): 

Tool change: 

Tool set-up: 

Data carrier 

Type of shank: 

Part: 

Material: 

Reaming data: 

Diameter and tolerance: 

No. of drawing 

Premachining-ø: 

Tensile strength: Hardness: How pre-machined: 

Reaming length: 

Machining task: 

threading 

Hole type: 

Pre-machining 

drilling 

Stock to remove: 

Location off centre: 

Finish machining 

Semi finish machining 

Fixed price 

yes 

Machine already ordered 

Order of machine expected 

Quotation for project 

core bore 

milling 

Budgetary price 

no 

mm 

mm 

reaming 

Other 

Length of the interruption: 

Komet 

automatically 

inside the machine 

Type: 

ISO 

manually 

outside 

cpk-values: 

Interfirence from component fixture: 

none 

see sketch 

Bottom maschined: 

Surface quality Ra / Rt / Rz: 

Acceptable circle error: 

yes 

no 

Machine data: 

Brand /-type: 

Year of Mfg.: 

No. of Spindles: 

Operation: 

Power: P A (kW) 

Spindle speed: rpm min 

rpm max 

horizontally 

vertically 

rotating 

standing 

Threading data: 

BGF 

MGF MKG Tomill 

Roll form tap 

carbide HSS 

thread-cutting tap carbide HSS 

Core hole diameter: 

Depth: 

carbide tipped 

Spindle speed: various yes no Thread depth: 

Feed drive connection: NC hydraulically Thread length: mm 

Spindle location (e.g. HSK;SK): 

Spindle runout: 

Blind hole 

Coolant: Central Through Spindle dry 

MMS Chamfer: 

yes 

Through hole 

no 

Coolant pressure (bar): Chamfer angle: degrees 

Make & concentration: 

(2nd Site to use for sketchs / machining proposal) 

150

KOMET Inquiry GROUP form Enquiry KOMET GROUP 

Inquiry-No.: 

Customer: 

Customer-No.: 

Inquiry-No.: 

Sent quote to: 

Telephone: 

Telefax: 

E-Mail: 

Department: 

Name: 0 

Date: 0. Jan. 1900 

0 Contact person KOMET GROUP: 0 

0 End user (OEM): 

0 

0 

Date of visit: 

0. Jan. 1900 

0 Technical Contact: 

0 

0 Telephone: 

0 

0 Telefax: 

0 

0 E-Mail: 

0 

0 

0 

Please offer: 0 

0 

0 

10 

151

Recommended cutting data 


Guidelines 

Thread milling cutters 

v c 

f z 

v c 

f z 

Surface uncoated TiCN 

Nominal Ø ≤6 mm ≤12 mm ≥16 mm ≥16 mm 

Material 

1. Steel 

2. Stainless 

steel 

3. Cast iron 

4. Titanium 

5. Nickel 

6. Copper 

7. Aluminium/ 

Magnesium 

8. Plastics 


Hardness (HB) 

Strength 

(N/mm 2 ) 


≤120 ≤400 80-150 0,015-0,040 0,040-0,060 0,08-0,15 0,08-0,15 80-100 0,08-0,12 

1.2 Structural, case hardened steel ≤200 ≤700 80-100 0,015-0,040 0,040-0,060 0,08-0,15 0,08-0,15 80-100 0,08-0,12 

P 


≤250 ≤850 80-100 0,015-0,040 0,040-0,060 0,08-0,15 0,08-0,15 80-100 0,08-0,12 


≤250 ≤850 80-100 0,015-0,040 0,040-0,060 0,08-0,15 0,08-0,15 80-100 0,08-0,12 

1.5 Alloy/heat treated steel >250, ≤350 >850, ≤1200 60-80 0,010-0,030 0,040-0,060 0,04-0,10 0,04-0,10 60-80 0,04-0,08 

1.6 Alloy/heat treated steel >350 >1200 50-60 0,010-0,025 0,030-0,050 0,04-0,10 0,04-0,10 50-60 0,04-0,08 


H 

≤400 ≤1400 30-50 0,010-0,015 0,015-0,020 0,03-0,08 0,03-0,08 

1.8 Hardened steel to 58 HRC ≤600 ≤2200 20-40 0,010-0,015 0,015-0,020 

2.1 Stainless steel, sulphuretted ≤250 ≤850 60-80 0,015-0,030 0,030-0,050 0,08-0,15 0,08-0,15 60-80 0,04-0,08 


≤250 ≤850 60-80 0,015-0,030 0,030-0,050 0,04-0,10 0,04-0,10 60-80 0,04-0,08 


martensitic 

≤300 ≤1000 60-80 0,010-0,025 0,020-0,040 0,04-0,10 0,04-0,10 60-80 0,04-0,08 


≤150 ≤500 50-80 80-120 0,020-0,040 0,040-0,100 0,08-0,15 0,08-0,15 80-120 0,08-0,15 

3.2 Grey cast iron , heat treated >150, ≤300 >500, ≤1000 50-80 80-120 0,020-0,030 0,040-0,080 0,08-0,12 0,08-0,12 80-120 0,08-0,15 

3.3 Vermicular cast iron 200-250 400-500 80-100 0,020-0,040 0,040-0,080 0,08-0,15 0,08-0,15 80-100 0,08-0,15 

K 3.4 Spher. graph. cast iron ≤200 ≤700 80-120 0,020-0,040 0,040-0,100 0,08-0,15 0,08-0,15 80-120 0,08-0,15 

3.5 Spher. graph. cast iron, heat treated >200, ≤300 >700, ≤1000 80-100 0,020-0,030 0,040-0,080 0,08-0,12 0,08-0,12 80-120 0,08-0,15 


≤200 ≤700 80-100 0,020-0,040 0,040-0,100 0,08-0,15 0,08-0,15 80-120 0,08-0,15 

3.7 Malleable iron, heat treated >200, ≤300 >700, 270, ≤300 >900, ≤1250 40-80 0,015-0,020 0,030-0,060 0,08-0,12 0,08-0,12 40-80 0,04-0,08 

S 


≤150 ≤500 50-60 0,020-0,040 0,040-0,060 0,04-0,10 0,04-0,10 20-40 0,04-0,06 

5.2 Nickel alloys, heat resistant 270, ≤350 >900, ≤1200 10-30 0,015-0,030 0,030-0,050 0,04-0,08 0,04-0,08 20-40 0,04-0,06 


≤100 ≤350 100-300 100-400 0,040-0,070 0,070-0,120 0,10-0,20 0,10-0,20 100-300 0,10-0,15 


brass 

≤200 ≤700 100-300 100-400 0,040-0,070 0,070-0,120 0,10-0,20 0,10-0,20 100-300 0,10-0,15 


≤200 ≤700 100-300 100-400 0,040-0,070 0,070-0,120 0,10-0,20 0,10-0,20 100-300 0,10-0,15 

6.4 Cu-Al-Fe alloy (Ampco) ≤470 ≤500 60-80 60-80 0,020-0,040 0,030-0,060 0,08-0,15 0,08-0,15 


≤100 ≤350 100-400 100-400 0,030-0,070 0,070-0,120 0,10-0,20 0,10-0,20 100-400 0,10-0,15 

N 


strain (A 5)


Drill thread milling 

Guidelines 

Drill thread milling cutters 

v c 

f b 

f z 

v c 

f b 

f z 

v c 

f z 

Surface unc. TiAlN AlCrN 

TiAlN 

Nominal Ø 

≤6 mm ≤12 mm ≤6 mm ≤12 mm 

Material 

1. Steel 

2. Stainless 

steel 

3. Cast iron 

4. Titanium 

5. Nickel 

6. Copper 

7. Aluminium/ 

Magnesium 

8. Plastics 


3.5 Spher. graph. cast iron, heat treated >200, ≤300 >700, ≤1000 100-200 0,05-0,15 


≤200 ≤700 100-200 0,05-0,15 

3.7 Malleable iron, heat treated >200, ≤300 >700, 270, ≤300 >900, ≤1250 

S 


≤150 ≤500 

5.2 Nickel alloys, heat resistant 270, ≤350 >900, ≤1200 


≤100 ≤350 


brass 

≤200 ≤700 100-300 0,10-0,30 0,06-0,10 0,03-0,06 0,06-0,10 100-200 0,05-0,15 


≤200 ≤700 100-200 0,05-0,15 



≤100 ≤350 100-400 100-400 0,10-0,25 0,25-0,30 0,03-0,06 0,06-0,10 100-400 0,05-0,20 

N 


strain (A 5) 350 >1200 100-150 0,03-0,10 


H 

≤400 ≤1400 


2.1 Stainless steel, sulphuretted ≤250 ≤850 


≤250 ≤850 


martensitic 

≤300 ≤1000 


≤150 ≤500 50-80 80-120 0,10-0,15 0,15-0,22 0,02-0,05 0,05-0,10 80-120 0,15-0,22 0,05-0,10 100-200 0,05-0,15 

3.2 Grey cast iron , heat treated >150, ≤300 >500, ≤1000 50-80 80-120 0,10-0,15 0,15-0,22 0,02-0,05 0,05-0,10 80-120 0,15-0,22 0,05-0,10 100-200 0,05-0,15 

3.3 Vermicular cast iron 200-250 400-500 80-100 0,10-0,15 0,15-0,22 0,02-0,05 0,05-0,10 100-150 0,05-0,15 

K 3.4 Spher. graph. cast iron ≤200 ≤700 50-80 80-120 0,10-0,15 0,15-0,22 0,02-0,05 0,05-0,10 100-200 0,05-0,15 

7.5 Alu cast alloy, Si ≥10 % 


8.2 Thermosetting plastics 

8.3 Fibre reinforced plastics 

≤180 ≤600 100-300 0,10-0,25 0,25-0,30 0,03-0,06 0,06-0,10 100-300 0,05-0,20 

60-120 60-120 0,10-0,25 0,25-0,30 0,03-0,06 0,06-0,10 100-200 0,05-0,20 

60-100 60-100 0,10-0,25 0,25-0,30 0,03-0,06 0,06-0,10 100-200 0,05-0,20 

40-60 60-80 0,10-0,15 0,15-0,22 0,02-0,05 0,05-0,10 100-150 0,05-0,20 

Note: 

The application details given depend on the environmental 

and application conditions (e.g. machine, ambient temperature, 

lubricant/coolant used and machining result required): 

they are based on the correct application conditions, correct 

use and compliance with the spindle speed limits given for 

the tools. 

153 

10


Tapping 

Guidelines – 

Cutting speed in m/min 

Taps 

Cutting material HSS Solid carbide 

Surface uncoated coated uncoated coated Coolant 

Material 

1. Steel 

2. Stainless 

steel 

3. Cast iron 

4. Titanium 

5. Nickel 

6. Copper 

7. Aluminium/ 

Magnesium 

8. Plastics 

E = Emulsion 

O = Oil 

T= Dry 

L = Air 

Strength 

(N/mm 2 ) 


≤120 ≤400 15-30 20-50 E/O 

1.2 Structural, case hardened steel ≤200 ≤700 15-25 20-40 E/O 

P 


≤250 ≤850 15-20 20-35 E/O 


≤250 ≤850 10-15 20-30 E/O 

1.5 Alloy/heat treated steel >250, ≤350 >850, ≤1200 5-10 15-20 O/E 

1.6 Alloy/heat treated steel >350 >1200 2-5 10-15 O 

H 

1.7 Hardened steel to 45 HRC ≤400 ≤1400 2-8 O 

1.8 Hardened steel to 58 HRC ≤600 ≤2200 2-5 O 

2.1 Stainless steel, sulphuretted ≤250 ≤850 5-10 10-25 O 


≤250 ≤850 4-8 10-20 O 


martensitic 

≤300 ≤1000 3-5 7-12 O 


≤150 ≤500 10-20 20-25 20-50 E/T 

3.2 Grey cast iron , heat treated >150, ≤300 >500, ≤1000 5-10 15-20 20-50 E 


K 3.4 Spher. graph. cast iron ≤200 ≤700 10-20 20-40 20-50 E 


Hardness (HB) 

3.5 Spher. graph. cast iron, heat treated >200, ≤300 >700, ≤1000 5-10 10-15 20-50 E/O 


≤200 ≤700 10-15 30-40 20-50 E/O 

3.7 Malleable iron, heat treated >200, ≤300 >700, 270, ≤300 >900, ≤1250 1-5 5-10 O 

S 


≤150 ≤500 7-10 10-15 O 

5.2 Nickel alloys, heat resistant 270, ≤350 >900, ≤1200 3-5 4-7 O 


≤100 ≤350 10-15 15-20 E/O 


brass 

≤200 ≤700 25-30 40-50 25-60 E/T 


≤200 ≤700 10-20 30-40 E/O 

6.4 Cu-Al-Fe alloy (Ampco) ≤470 ≤500 2-5 5-8 5-9 E/O 


≤100 ≤350 10-15 20-50 E 

N 


strain (A 5)



Guidelines – 

Cutting speed in m/min 

1) 


Roll form taps 

Cutting 

material 

HSS Solid carbide/HML 1) 

Surface nitrided coated uncoated coated Coolant 

Material 

1. Steel 

2. Stainless 

steel 

3. Cast iron 

4. Titanium 

5. Nickel 

6. Copper 

7. Aluminium/ 

Magnesium 

8. Plastics 

E = Emulsion 

O = Oil 

T= Dry 

L = Air 

Strength 

(N/mm 2 ) 


≤120 ≤400 30-40 30-50 30-80 E/O 

1.2 Structural, case hardened steel ≤200 ≤700 25-35 30-50 30-80 E/O 

P 


≤250 ≤850 20-30 30-50 30-80 E/O 


≤250 ≤850 20-25 20-30 20-50 O 

1.5 Alloy/heat treated steel >250, ≤350 >850, ≤1200 20-30 20-50 O 

1.6 Alloy/heat treated steel >350 >1200 

H 



2.1 Stainless steel, sulphuretted ≤250 ≤850 20-40 20-50 O 


≤250 ≤850 20-30 20-40 O 


martensitic 

≤300 ≤1000 20-30 20-40 O 


≤150 ≤500 

3.2 Grey cast iron , heat treated >150, ≤300 >500, ≤1000 


K 3.3 Spher. graph. cast iron ≤200 ≤700 20-40 20-60 E/O 

3.4 Spher. graph. cast iron , heat 

treated 

>200, ≤300 >700, ≤1000 20-30 20-40 E/O 


≤200 ≤700 

3.6 Malleable iron , heat treated >200, ≤300 >700, 270, ≤300 >900, ≤1250 5-10 10-15 

S 


≤150 ≤500 10-15 15-20 10-30 O 

5.2 Nickel alloys, heat resistant 270, ≤350 >900, ≤1200 5-10 O 


≤100 ≤350 20-30 20-50 20-60 20-80 O/E 


brass 

≤200 ≤700 


≤200 ≤700 20-30 20-50 20-60 20-80 O/E 



≤100 ≤350 20-50 20-60 20-80 O/E 

N 


strain (A 5)

Recommended cutting data – boring and PCD tools 

DRILLCUT/DRILLMAX high performance drills 

Guidelines Tool High performance drills Drill reamers 

DRILLCUT/DRILLMAX 

5-6 6-8 8-10 10-12 6-8 

DREAMMAX 

Cutting 

material 

PCD 

Solid carbide 

Surface uncoated TiN 

Nominal 

Ø(mm) 

Cutting values 

V c 

f b 

V c 

f b 

V c 

f b 

V c 

f b 

V c 

f z 

f z 

f z 

8- 

10 

10- 

12 

Material 


Hardness (HB) 

Strength 

(N/mm 2 ) 


≤120 

≤400 

1.2 Structural, case hardened steel 

≤200 

≤700 

1. Steel 

P 




≤250 

≤250 

≤850 

≤850 

>250, ≤350 >850, ≤1200 


>350 >1200 

H 



≤400 

≤600 

≤1400 

≤2200 

2. Stainless 

steel 

2.1 Stainless steel, sulphuretted 



martensitic 

≤250 

≤250 

≤300 

≤850 

≤850 

≤1000 


≤150 

≤500 

30-60 

0,03- 

0,10 

0,04- 

0,10 

0,07- 

0,10 

3.2 Grey cast iron , heat treated 

>150, ≤300 >500, ≤1000 

30-60 

0,03- 

0,10 

0,04- 

0,10 

0,07- 

0,10 

3. Cast iron 

K 


3.4 Spher. graph. cast iron 

200-250 400-500 

≤200 ≤700 

30-60 

0,03- 

0,10 

0,04- 

0,10 

0,07- 

0,10 

4. Titanium 

5. Nickel 

6. Copper 

7. Aluminium/ 

Magnesium 

S 

N 

3.5 Spher. graph. cast iron, heat treated 


3.7 Malleable iron, heat treated 

4.1 Pure titanium 




5.2 Nickel alloys, heat resistant 

5.3 Nickel alloys, high heat 

resistance 



brass 


6.4 Cu-Al-Fe alloy (Ampco) 



strain (A 5) 700, ≤1000 

≤200 

≤700 

>200, ≤300 >700, 270, ≤300 >900, ≤1250 

≤150 

≤500 

270, ≤350 >900, ≤1200 

≤100 

≤200 

≤200 

≤470 

≤100 

≤180 

≤180 

≤350 

≤700 

≤700 

≤500 

≤350 

≤600 

≤600 

Recommended cutting data – boring and PCD tools 

drill slot milling tools, thread milling tools, drill reamers 

Drill slot milling tools End mill Thread milling tools 

HF MGF GWF 

PCD Solid carbide PCD PCD 

uncoated DLC uncoated uncoated 

10- 

6 8 10 12 16 20 6-8 10-12 8 

16 20 

12 

V c 

f z 

V c 

f z 

V c 

f z 

V c 

f z 

V c 

f z 

V c 

f z 

V c 

f b 

f z 

V c 

f b 

f z 

V c 

f z 

f z 

V c 

f z 

f z 

200- 

800 

0,04- 

0,08 

200- 

800 

0,04- 

0,10 

400- 

1000 

0,04- 

0,12 

400- 

1500 

0,04- 

0,15 

200- 

800 

0,04- 

0,08 

200- 

800 

0,04- 

0,08 

200- 

800 

0,04- 

0,08 

200- 

800 

0,04- 

0,08 

200- 

800 

200- 

800 

200- 

800 

200- 

800 

0,04- 

0,10 

0,04- 

0,10 

0,04- 

0,10 

0,04- 

0,10 

400- 

1000 

400- 

1000 

400- 

1000 

400- 

1000 

0,04- 

0,12 

0,04- 

0,12 

0,04- 

0,12 

0,04- 

0,12 

400- 

1500 

0,04- 

0,15 

400- 

1500 

0,04- 

0,15 

400- 

1500 

0,04- 

0,15 

400- 

1500 

0,04- 

0,15 

400- 

1500 

0,06- 

0,20 

400- 

1500 

0,06- 

0,20 

400- 

1500 

0,06- 

0,20 

400- 

1500 

0,06- 

0,20 

400- 

1500 

400- 

1500 

400- 

1500 

400- 

1500 

0,06- 

0,20 

0,06- 

0,20 

0,06- 

0,20 

0,06- 

0,20 

300- 

600 

300- 

600 

200- 

500 

100- 

300 

0,05- 

0,06 


0,06 


0,06 


0,06 

0,12- 

0,20 

0,12- 

0,20 

0,12- 

0,25 

0,12- 

0,25 

300- 

600 

300- 

600 

200- 

500 

100- 

300 

0,06- 

0,1 

0,06- 

0,1 

0,06- 

0,1 

0,06- 

0,1 

0,25- 

0,3 

0,25- 

0,3 

0,25- 

0,35 

0,25- 

0,35 

400- 

1500 

400- 

1500 

400- 

1500 

0,04- 

0,08 

0,04- 

0,08 

0,04- 

0,08 

400- 

1500 

0,04- 

0,08 

400- 

1500 

0,06- 

0,20 

400- 

1500 

0,06- 

0,20 

300- 

600 


0,06 

0,12- 

0,20 

300- 

600 

0,06- 

0,1 

0,25- 

0,3 

400- 

1500 

0,04- 

0,08 

0,04- 

0,10 

400- 

2000 

0,04- 

0,10 

0,04- 

0,10 

0,04- 

0,10 

0,04- 

0,10 

400- 

2000 

400- 

2000 

400- 

2000 

400- 

2000 


0,15 

0,06- 

0,20 


0,15 

0,06- 

0,20 


0,15 

0,06- 

0,20 


0,15 

0,06- 

0,20 


0,15 

0,06- 

0,20 

200- 

600 

0,04- 

0,08 

200- 

800 

0,04- 

0,10 

300- 

800 

0,04- 

0,12 

300- 

1000 

0,04- 

0,15 

300- 

1000 

0,06- 

0,20 

300- 

1000 

0,06- 

0,20 

300- 

1000 

0,04- 

0,08 


0,10 

300- 

1500 

0,04- 

0,15 


0,20 

10 

300- 

600 

0,04- 

0,10 

400- 

800 

0,04- 

0,15 

500- 

1200 

0,04- 

0,20 

500- 

1200 

0,04- 

0,25 

500- 

1200 

0,04- 

0,25 

500- 

1200 

0,04- 

0,25 

400- 

1500 

0,04- 

0,10 


0,20 

500- 

2000 


0,20 

0,06- 

0,25 

v c 

= Cutting speed in m/min 

f b 

= Drilling feed in mm/rev. f z 

= Milling feed in mm/tooth 


157

© Satz & Layout 01/2008 by Siegfried Mozer KOMET GROUP GmbH - Besigheim 

158

Page 

Numerical index 160–163 

Notes 164–165 

KOMET GROUP agencies 166–167 

11 

159

Index of Order Numbers 

Order No. 

20120 20146 20192 20544 50161 

20120001000008 97 

20120001000011 97 

20120001000013 97 

20120001000014 97 

20120001000015 97 

20120001000017 97 

20120001000018 97 

20120001000020 97 

20120001000022 97 

20121001000024 97 

20121001000025 97 

20121001000026 97 

20121002000029 102 

20121002000048 102 

20121002000070 102 

20121002000094 102 

20121002000111 102 

20121002000113 102 

20121002000131 102 

20121002000147 102 

20121002000160 102 

20121002000174 102 

20122001000005 97 

20122001000008 97 

20122001000011 97 

20122001000013 97 

20122001000015 97 

20122001000017 97 

20122001000018 97 

20122001000019 97 

20122001000020 97 

20122001000022 97 

20123001000024 97 

20123001000025 97 

20123001000026 97 

20123001000027 97 

20123001000028 97 

20123001000029 97 

20123001000030 97 

20123002000029 101 

20123002000048 101 

20123002000070 101 

20123002000094 101 

20123002000111 101 

20123002000113 101 

20123002000147 101 

20123002000160 101 

20123002000174 101 

20123002000188 101 

20123002000202 101 

20123002000216 101 

20123002000230 101 

20123002000244 101 

20136001000005 97 

20136001000008 97 

20136001000011 97 

20136001000013 97 

20136001000015 97 

20136001000017 97 

20136001000018 97 

20136001000020 97 

20136001000022 97 

20137001000024 97 

20137001000025 97 

20137001000026 97 

20137001000027 97 

20137001000028 97 

20137002000070 101 

20137002000094 101 

20137002000113 101 

20137002000131 101 

20137002000147 101 

20144001000008 98 

20144001000011 98 

20144001000013 98 

20144001000014 98 

20144001000015 98 

20144001000017 98 

20144001000018 98 

20144001000020 98 

20144001000022 98 

20145001000024 98 

20145001000025 98 

20145001000026 98 

20145001000027 98 

20145001000028 98 

20145002000029 103 

20145002000048 103 

20145002000070 103 

20145002000094 103 

20145002000111 103 

20145002000113 103 

20145002000131 103 

20145002000147 103 

20145002000160 103 

20145002000174 103 

160 

Order No. 

20146001000008 99 

20146001000011 99 

20146001000013 99 

20146001000014 99 

20146001000015 99 

20146001000017 99 

20146001000018 99 

20146001000020 99 

20146001000022 99 

20147001000024 99 

20147001000025 99 

20147001000026 99 

20147001000027 99 

20147001000028 99 

20147001000029 99 

20147001000030 99 

20147002000029 104 

20147002000048 104 

20147002000070 104 

20147002000094 104 

20147002000111 104 

20147002000113 104 

20147002000131 104 

20147002000147 104 

20147002000160 104 

20147002000174 104 

20147002000188 104 

20147002000202 104 

20147002000216 104 

20147002000230 104 

20147002000244 104 

20154001000008 100 

20154001000011 100 

20154001000013 100 

20154001000015 100 

20154001000017 100 

20154001000018 100 

20154001000020 100 

20154001000022 100 

20155001000024 100 

20156001000015 97 

20156001000017 97 

20156001000018 97 

20156001000020 97 

20156001000022 97 

20157001000024 97 

20157001000025 97 

20157001000026 97 

20157001000027 97 

20157001000028 97 

20157002000070 102 

20157002000094 102 

20157002000113 102 

20157002000131 102 

20157002000147 102 

20157002000174 102 

20170001000008 99 

20170001000011 99 

20170001000013 99 

20170001000014 99 

20170001000015 99 

20170001000017 99 

20170001000018 99 

20170001000020 99 

20170001000022 99 

20171001000024 99 

20171001000025 99 

20171001000026 99 

20171001000027 99 

20171001000028 99 

20171002000070 104 

20171002000094 104 

20171002000113 104 

20171002000131 104 

20171002000147 104 

20171002000160 104 

20171002000174 104 

20186001000013 97 

20186001000015 97 

20186001000017 97 

20186001000018 97 

20186001000020 97 

20186001000022 97 

20187001000024 97 

20190001000008 98 

20190001000011 98 

20190001000013 98 

20190001000015 98 

20190001000017 98 

20190001000018 98 

20190001000020 98 

20190001000022 98 

20191001000024 98 

20192001000008 98 

20192001000011 98 

20192001000013 98 

Order No. 

20192001000015 98 

20192001000017 98 

20192001000018 98 

20192001000020 98 

20192001000022 98 

20193001000024 98 

20194001000008 97 

20194001000011 97 

20194001000013 97 

20194001000015 97 

20194001000017 97 

20194001000018 97 

20194001000020 97 

20194001000022 97 

20322001000013 97 

20322001000015 97 

20322001000017 97 

20322001000018 97 

20322001000020 97 

20322001000022 97 

20323001000024 97 

20323002000070 101 

20323002000094 101 

20323002000113 101 

20323002000131 101 

20323002000147 101 

20342001000013 99 

20342001000015 99 

20342001000017 99 

20342001000018 99 

20342001000020 99 

20342001000022 99 

20343001000024 99 

20346001000013 99 

20346001000015 99 

20346001000017 99 

20346001000018 99 

20346001000020 99 

20346001000022 99 

20347001000024 99 

20347001000025 99 

20347001000026 99 

20347001000027 99 

20347001000028 99 

20347002000070 104 

20347002000094 104 

20347002000113 104 

20347002000131 104 

20347002000147 104 

20356001000013 97 

20356001000015 97 

20356001000017 97 

20356001000018 97 

20356001000020 97 

20356001000022 97 

20357001000024 97 

20374001000008 116 

20374001000011 116 

20374001000013 116 

20374001000015 116 

20374001000017 116 

20374001000018 116 

20374001000020 116 

20374001000022 116 

20375001000024 116 

20375001000025 116 

20375002000094 117 

20375002000113 117 

20375002000131 117 

20375002000147 117 

20376001000013 116 

20376001000015 116 

20376001000017 116 

20376001000018 116 

20376001000020 116 

20376001000022 116 

20377001000024 116 

20377001000025 116 

20377002000094 117 

20377002000113 117 

20377002000131 117 

20377002000147 117 

20444001000018 105 

20444001000020 105 

20444001000022 105 

20445001000024 105 

20446001000018 106 

20446001000020 106 

20446001000022 106 

20447001000024 106 

20456001000018 107 

20456001000020 107 

20456001000022 107 

20457001000024 107 

20544001000018 105 


Order No. 



20546001000018 106 

20546001000020 106 

20546001000022 106 

20547001000024 106 

20556001000018 107 

20556001000020 107 

20556001000022 107 

20557001000024 107 

20574001000018 116 

20574001000020 116 

20574001000022 116 

20575001000024 116 

20575001000025 116 

20575001000026 116 

20575002000094 117 

20575002000113 117 

20575002000131 117 

20575002000147 117 

20598001000018 116 

20598001000020 116 

20598001000022 116 

20599001000024 116 

20599002000094 117 

20599002000113 117 

20599002000131 117 

20599002000147 117 

20622001000013 97 

20622001000015 97 

20622001000017 97 

20622001000018 97 

20622001000020 97 

20622001000022 97 

20623001000024 97 

20646001000013 99 

20646001000015 99 

20646001000017 99 

20646001000018 99 

20646001000020 99 

20646001000022 99 

20647001000024 99 

20744001000018 105 

20744001000020 105 

20744001000022 105 

20745001000024 105 

30802005001150 91 

30802007001150 91 

30970001000020 90 

30970001000022 90 

30970001000024 90 

30970002000094 90 

30970002000113 90 

38390000000600 88 

38390000000800 88 

38390000001000 88 

38390000001200 88 

38391000001600 88 

38391000002000 88 

38392057000600 88 

38392063000800 88 

38392072001000 88 

38392083001200 88 

38393004002000 88 

38393090001600 88 

38405002000600 87 

38405002000800 87 

38405002001000 87 

38588003000850 86 

38588003000930 86 

38588003001000 86 

38588018001020 86 

38588018001120 86 

38588018001200 86 

38588082000500 86 

38588082000550 86 

38588082000600 86 

38588091000680 86 

38588091000740 86 

38588091000800 86 

38802005001150 91 

38802007001150 91 

38970001000020 90 

38970001000022 90 

38970001000024 90 

38970002000094 90 

38970002000113 90 

50111002000111 80 

50111002000112 80 

50111002000113 80 

50111010000009 80 

50111025000002 80 

50115002000111 80 

50115002000112 80 

50115002000113 80 

50161002000111 80 

Order No. 

Chapter.Page Chapter.Page Chapter.Page Chapter.Page Chapter.Page 

50161002000113 80 

50161002000115 80 

50161010000012 80 

50161010000017 80 

50161025000003 80 

50165002000111 80 

50165002000113 80 

50165002000115 80 

50221002000111 81 

50221002000113 81 

50221002000115 81 

50221010000021 81 

50221025000004 81 

50225002000111 81 

50225002000113 81 

50225002000115 81 

50225002000117 81 

50225010000021 81 

50225025000004 81 

50271002000113 81 

50271002000115 81 

50271010000021 81 

50271025000004 81 

50275002000113 81 

50275002000115 81 

50275010000021 81 

50275025000004 81 

50341001001020 82 

50341001001525 82 

50341001251100 82 

50341001251400 82 

50341002001020 82 

50341002003040 82 

50341004005060 82 

50391045011600 83 

50391045022000 83 

50391045043400 83 

50987000001111 80 

50987000001516 80 

50987000002022 80 

50987000002527 80 

5502104020 82 

5502104020 83 

5502104020 83 

5502105025 83 

5502105025 83 

5502108035 82 

5502108035 83 

5502108035 83 

58310016001050 82 

58310016001080 82 

58310020002060 82 

58310020002060 83 

58310020002060 83 

58310020002096 82 

58310020002096 83 

58310020002096 83 

58310025004136 82 

78451003001000 92 

78451018001200 92 

78451082000600 92 

78451091000800 92 

78931057000600 89 

78931063000800 89 

78931072001000 89 

78931083001200 89 

80126001000015 111 

80126001000017 111 

80126001000018 111 

80126001000020 111 

80126001000022 111 

80127001000024 111 

80127001000025 111 

80127001000026 111 

80128001000015 111 

80128001000017 111 

80128001000018 111 

80128001000020 111 

80128001000022 111 

80129001000024 111 

80129001000025 111 

80129001000026 111 

80273001000015 24 

80273001000017 24 

80273001000018 24 

80273001000020 24 

80273001000022 24 

80273001000024 24 

80273001000025 24 

80273001000026 24 

80273001000028 24 

80273002000070 25 

80273002000094 25 

80273002000113 25 

80273002000131 25 

80273002000147 25


Order No. 

80273025000001 26 

80273025000002 26 

80292001000015 24 

80292001000017 24 

80292001000018 24 

80292001000020 24 

80292001000022 24 

80292001000024 24 

80292001000025 24 

80292001000026 24 

80292001000028 24 

80292002000070 25 

80292002000094 25 

80292002000113 25 

80292002000131 25 

80292002000147 25 

80292025000001 26 

80292025000002 26 

80334001000018 55 

80334001000020 55 

80334001000022 55 

80334001000024 55 

80335001000018 55 

80335001000020 55 

80335001000022 55 

80335001000024 55 

80341001000018 55 

80341001000020 55 

80341001000022 55 

80341001000024 55 

80345001000018 55 

80345001000020 55 

80345001000022 55 

80345001000024 55 

80356001000018 55 

80356001000020 55 

80356001000022 55 

80356001000024 55 

80361001000018 55 

80361001000020 55 

80361001000022 55 

80361001000024 55 

80369001000018 56 

80369001000020 56 

80369001000022 56 

80369001000024 56 

80373001000018 57 

80373001000020 57 

80373001000022 57 

80373001000024 57 

80380001000018 57 

80380001000020 57 

80380001000022 57 

80380001000024 57 

80418001000018 110 

80418001000020 110 

80418001000022 110 

80420001000013 108 

80420001000015 108 

80420001000017 108 

80420001000018 108 

80420001000020 108 

80420001000022 108 

80420002000029 112 

80420002000048 112 

80420002000070 112 

80421001000024 108 

80421002000094 112 

80421002000113 112 

80421002000131 112 

80421002000147 112 

80444001000013 109 

80444001000015 109 

80444001000017 109 

80444001000018 109 

80444001000020 109 

80444001000022 109 

80444002000029 112 

80444002000048 112 

80444002000070 112 

80445001000024 109 

80445002000094 112 

80445002000113 112 

80445002000131 112 

80445002000147 112 

80456001000015 108 

80456001000017 108 

80456001000018 108 

80456001000020 108 

80456001000022 108 

80457001000024 108 

80474001000015 118 

80474001000017 118 

80474001000018 118 

80474001000020 118 

80474001000022 118 

Order No. 

80475001000024 118 

80476001000015 118 

80476001000017 118 

80476001000018 118 

80476001000020 118 

80476001000022 118 

80477001000024 118 

80494001000015 119 

80494001000017 119 

80494001000018 119 

80494001000020 119 

80494001000022 119 

80495001000024 119 

80574001000015 118 

80574001000017 118 

80574001000018 118 

80574001000020 118 

80574001000022 118 

80575001000024 118 

80576001000015 118 

80576001000017 118 

80576001000018 118 

80576001000020 118 

80576001000022 118 

80577001000024 118 

80594001000015 119 

80594001000017 119 

80594001000018 119 

80594001000020 119 

80594001000022 119 

80595001000024 119 

80601011000011 53 

80601011000012 53 

80601011000013 53 

80601011000015 53 

80601025000001 54 

80601025000002 54 

80635001000018 52 

80635001000020 52 

80635001000022 52 

80635001000024 52 

80635002000070 52 

80635002000094 52 

80635002000111 52 

80635002000113 52 

80641001000018 52 

80641001000020 52 

80641001000022 52 

80641001000024 52 

80641002000048 52 

80641002000070 52 

80641002000094 52 

80641002000111 52 

80641002000113 52 

80641002000131 52 

80641010000011 53 

80641010000012 53 

80641010000013 53 

80641010000015 53 

80641011000011 

80641011000012 

80641011000013 

80641011000015 

80641025000001 

80641025000002 

80670001000018 32 

80670001000020 32 

80670001000022 32 

80670001000024 32 

80670002000070 33 

80670002000094 33 

80670002000113 33 

80670002000131 33 

80670002000147 33 

80690001000018 32 

80690001000020 32 

80690001000022 32 

80690001000024 32 

80692001000018 32 

80692001000020 32 

80692001000022 32 

80692001000024 32 

80692002000070 33 

80692002000094 33 

80692002000113 33 

80692002000131 33 

80692002000147 33 

80695001000018 32 

80695001000020 32 

80695001000022 32 

80695001000024 32 

80752001000018 59 

80752001000020 59 

80752001000022 59 

80752001000024 59 

80758001000018 59 

Order No. 

80273 80475 80758 80843 80941 

80758001000020 59 

80758001000022 59 

80758001000024 59 

80802002001024 73 

80802002001100 71 

80802002001150 71 

80802004001016 73 

80802004001018 73 

80802004001020 73 

80802004001024 73 

80802004001100 71 

80802004001150 71 

80802005001012 73 

80802005001014 73 

80802005001016 73 

80802005001018 73 

80802005001020 73 

80802005001024 73 

80802005001100 71 

80802005001150 71 

80802005001200 71 

80802006001012 73 

80802006001014 73 

80802006001016 73 

80802006001018 73 

80802006001020 73 

80802006001024 73 

80802006001100 71 

80802006001150 71 

80802006001200 71 

80802006001300 71 

80802006002014 74 

80802007001008 73 

80802007001012 73 

80802007001014 73 

80802007001016 73 

80802007001018 73 

80802007001020 73 

80802007001024 73 

80802007001100 71 

80802007001150 71 

80802007001200 71 

80802007001300 71 

80802007002011 74 

80802007002014 74 

80802008001008 73 

80802008001012 73 

80802008001020 73 

80802008001100 71 

80802008001150 71 

80802008001200 71 

80802008001300 71 

80802008002011 74 

80802008002014 74 

80803004001100 72 

80803004001150 72 

80803006001100 72 

80803006001150 72 

80803008001150 72 

80803008001200 72 

80806006001100 77 

80806006001150 77 

80806008001150 77 

80806008001200 77 

80806008001300 77 

80819006001150 76 

80819008001150 76 

80842002001100 71 

80842002001150 71 

80842004001100 71 

80842004001150 71 

80842005001100 71 

80842005001150 71 

80842005001200 71 

80842006001100 71 

80842006001150 71 

80842006001200 71 

80842006001300 71 

80842006002014 74 

80842007001100 71 

80842007001150 71 

80842007001200 71 

80842007001300 71 

80842007002011 74 

80842007002014 74 

80842008001100 71 

80842008001150 71 

80842008001200 71 

80842008001300 71 

80842008002011 74 

80842008002014 74 

80843004001100 72 

80843004001150 72 

80843006001100 72 

80843006001150 72 

80843008001150 72 

Order No. 

80843008001200 72 

80872016000005 75 

80872016000007 75 

80872017000005 75 

80872017000007 75 

80875016000005 75 

80875016000007 75 

80875017000005 75 

80875017000007 75 

80882006001100 78 

80882006001150 78 

80882006001200 78 

80882006002014 78 

80882008001100 78 

80882008001150 78 

80882008001200 78 

80882008001300 78 

80882008002011 78 

80882008002014 78 

80885006001100 78 

80885006001150 78 

80885006001200 78 

80885006002014 78 

80885008001100 78 

80885008001150 78 

80885008001200 78 

80885008001300 78 

80885008002011 78 

80885008002014 78 

80901001000013 40 

80906001000013 40 

80934001000015 38 

80934001000017 38 

80934001000018 38 

80934001000020 38 

80934001000022 38 

80934001000024 38 

80935001000015 7 

80935001000015 40 

80935001000017 7 

80935001000017 40 

80935001000018 7 

80935001000018 40 

80935001000020 7 

80935001000020 40 

80935001000022 7 

80935001000022 40 

80935001000024 7 

80935001000024 40 

80935001000025 7 

80935001000025 40 

80935001000026 7 

80935001000026 40 

80935002000070 43 

80935002000094 43 

80935002000111 43 

80935002000113 43 

80935051000018 42 

80935051000020 42 

80935051000022 42 

80935051000024 42 

80941001000015 7 

80941001000015 40 

80941001000017 7 

80941001000017 40 

80941001000018 7 

80941001000018 40 

80941001000020 7 

80941001000020 40 

80941001000022 7 

80941001000022 40 

80941001000024 7 

80941001000024 40 

80941001000025 7 

80941001000025 40 

80941001000026 7 

80941001000026 40 

80941002000048 43 

80941002000070 43 

80941002000094 43 

80941002000111 43 

80941002000113 43 

80941002000131 43 

80941002000147 43 

80941010000011 44 

80941010000012 44 

80941010000013 44 

80941010000015 44 

80941011000011 45 

80941011000012 45 

80941011000013 45 

80941011000015 45 

80941025000001 46 

80941025000002 46 

80941051000018 42 

80941051000020 42 

Order No. 


80941051000022 42 

80941051000024 42 

80943001000018 40 

80943001000020 40 

80943001000022 40 

80943001000024 40 

80945001000015 38 

80945001000017 38 

80945001000018 38 

80945001000020 38 

80945001000022 38 

80945001000024 38 

80945002000070 43 

80945002000094 43 

80945002000113 43 

80945010000011 44 

80945010000012 44 

80945010000013 44 

80945010000015 44 

80945011000011 45 

80945011000012 45 

80945011000013 45 

80945011000015 45 

80949001000018 39 

80949001000020 39 

80949001000022 39 

80949001000024 39 

80956001000018 41 

80956001000020 41 

80956001000022 41 

80956001000024 41 

80961001000017 41 

80961001000018 41 

80961001000020 41 

80961001000022 41 

80961001000024 41 

80961001000026 41 

80970001000008 18 

80970001000013 18 

80970001000015 18 

80970001000017 18 

80970001000018 18 

80970001000020 18 

80970001000022 18 

80970001000024 18 

80970001000025 18 

80970001000026 18 

80970001000028 18 

80970002000037 19 

80970002000048 19 

80970002000070 19 

80970002000094 19 

80970002000111 19 

80970002000113 19 

80970002000131 19 

80970002000147 19 

80970010000011 20 

80970010000012 20 

80970010000013 20 

80970010000015 20 

80970011000011 21 

80970011000012 21 

80970011000013 21 

80970011000014 21 

80970011000015 21 

80970016000001 22 

80970016000002 22 

80970016000003 22 

80970016000004 22 

80970017000002 22 

80970017000003 22 

80970017000004 22 

80970025000001 23 

80970025000002 23 

80970025000003 23 

80973001000015 18 

80973001000017 18 

80973001000018 18 

80973001000020 18 

80973001000022 18 

80973001000024 18 

80973001000025 18 

80973001000026 18 

80973001000028 18 

80973002000070 19 

80973002000094 19 

80973002000113 19 

80973002000131 19 

80973002000147 19 

80973010000011 20 

80973010000012 20 

80973010000013 20 

80973010000015 20 

80973011000011 21 

80973011000012 21 

80973011000013 21 

161 

11


Order No. 

80973 80983 88341 88802 88872 

80973011000014 21 

80973011000015 21 

80973016000002 22 

80973016000003 22 

80973016000004 22 

80973017000002 22 

80973017000003 22 

80973017000004 22 

80973025000001 23 

80973025000002 23 

80977001000015 27 

80977001000017 27 

80977001000018 27 

80977001000020 27 

80977001000022 27 

80977001000024 27 

80977002000113 27 

80977002000131 27 

80977002000147 27 

80980001000015 64 

80980001000017 64 

80980001000018 64 

80980001000020 64 

80980001000022 64 

80980001000024 64 

80980001000025 64 

80980002000094 64 

80980002000113 64 

80980010000009 65 

80980010000010 65 

80980010000011 65 

80980010000012 65 

80980010000013 65 

80980010000014 65 

80980010000015 65 

80980010000016 65 

80980010000017 65 

80980011000009 65 

80980011000010 65 

80980011000011 65 

80980011000012 65 

80980011000013 65 

80980011000014 65 

80980011000015 65 

80980011000016 65 

80980011000017 65 

80980025000001 66 

80980025000002 66 

80980025000003 66 

80981001000008 18 

80981001000013 18 

80981001000015 18 

80981001000017 18 

80981001000018 18 

80981001000020 18 

80981001000022 18 

80981001000024 18 

80981001000025 18 

80981001000026 18 

80981001000028 18 

80981002000070 19 

80981002000094 19 

80981002000111 19 

80981002000113 19 

80981002000131 19 

80981002000147 19 

80981010000011 20 

80981010000012 20 

80981010000013 20 

80981010000015 20 

80981011000011 21 

80981011000012 21 

80981011000013 21 

80981011000014 21 

80981011000015 21 

80981025000001 23 

80981025000002 23 

80981025000003 23 

80983001000015 64 

80983001000017 64 

80983001000018 64 

80983001000020 64 

80983001000022 64 

80983001000024 64 

80983001000025 64 

80983002000094 64 

80983002000113 64 

80983010000009 65 

80983010000010 65 

80983010000011 65 

80983010000012 65 

80983010000013 65 

80983010000014 65 

80983010000015 65 

80983010000016 65 

80983010000017 65 

162 

Order No. 

80983011000009 65 

80983011000010 65 

80983011000011 65 

80983011000012 65 

80983011000013 65 

80983011000014 65 

80983011000015 65 

80983011000016 65 

80983011000017 65 

80983025000001 66 

80983025000002 66 

80983025000003 66 

80987001000015 67 

80987001000017 67 

80987001000018 67 

80987001000020 67 

80987001000022 67 

80987001000024 67 

80987002000113 67 

80987002000131 67 

80987002000147 67 

80990001000017 18 

80990001000018 18 

80990001000020 18 

80990001000022 18 

80990001000024 18 

80992001000015 18 

80992001000017 18 

80992001000018 18 

80992001000020 18 

80992001000022 18 

80992001000024 18 

80992001000025 18 

80992001000026 18 

80992001000028 18 

80992002000070 19 

80992002000094 19 

80992002000113 19 

80992002000131 19 

80992002000147 19 

80992010000011 20 

80992010000012 20 

80992010000013 20 

80992010000015 20 

80992011000011 21 

80992011000012 21 

80992011000013 21 

80992011000014 21 

80992011000015 21 

80992025000001 23 

80992025000002 23 

80995001000018 18 

80995001000020 18 

80995001000022 18 

80995001000024 18 

88273001000015 24 

88273001000017 24 

88273001000018 24 

88273001000020 24 

88273001000022 24 

88273001000024 24 

88273001000025 24 

88273001000026 24 

88273001000028 24 

88273002000070 25 

88273002000094 25 

88273002000113 25 

88273002000131 25 

88273002000147 25 

88273025000001 26 

88273025000002 26 

88292001000015 24 

88292001000017 24 

88292001000018 24 

88292001000020 24 

88292001000022 24 

88292001000024 24 

88292001000025 24 

88292001000026 24 

88292001000028 24 

88292002000070 25 

88292002000094 25 

88292002000113 25 

88292002000131 25 

88292002000147 25 

88292025000001 26 

88292025000002 26 

88334001000018 55 

88334001000020 55 

88334001000022 55 

88334001000024 55 

88335001000018 55 

88335001000020 55 

88335001000022 55 

88335001000024 55 

88341001000018 55 

Order No. 

88341001000020 55 

88341001000022 55 

88341001000024 55 

88345001000018 55 

88345001000020 55 

88345001000022 55 

88345001000024 55 

88356001000018 55 

88356001000020 55 

88356001000022 55 

88356001000024 55 

88361001000018 55 

88361001000020 55 

88361001000022 55 

88361001000024 55 

88369001000018 56 

88369001000020 56 

88369001000022 56 

88369001000024 56 

88373001000018 57 

88373001000020 57 

88373001000022 57 

88373001000024 57 

88380001000018 57 

88380001000020 57 

88380001000022 57 

88380001000024 57 

88601011000011 53 

88601011000012 53 

88601011000013 53 

88601011000015 53 

88601025000001 54 

88601025000002 54 

88635001000018 52 

88635001000020 52 

88635001000022 52 

88635001000024 52 

88635002000070 52 

88635002000094 52 

88635002000111 52 

88635002000113 52 

88641001000018 52 

88641001000020 52 

88641001000022 52 

88641001000024 52 

88641002000048 52 

88641002000070 52 

88641002000094 52 

88641002000111 52 

88641002000113 52 

88641002000131 52 

88641010000011 53 

88641010000012 53 

88641010000013 53 

88641010000015 53 

88641011000011 

88641011000012 

88641011000013 

88641011000015 

88641025000001 

88641025000002 

88670001000018 32 

88670001000020 32 

88670001000022 32 

88670001000024 32 

88670002000070 33 

88670002000094 33 

88670002000113 33 

88670002000131 33 

88670002000147 33 

88690001000018 32 

88690001000020 32 

88690001000022 32 

88690001000024 32 

88692001000018 32 

88692001000020 32 

88692001000022 32 

88692001000024 32 

88692002000070 33 

88692002000094 33 

88692002000113 33 

88692002000131 33 

88692002000147 33 

88695001000018 32 

88695001000020 32 

88695001000022 32 

88695001000024 32 

88752001000018 59 

88752001000020 59 

88752001000022 59 

88752001000024 59 

88758001000018 59 

88758001000020 59 

88758001000022 59 

88758001000024 59 

88802002001024 73 

Order No. 

88802002001100 71 

88802002001150 71 

88802004001016 73 

88802004001018 73 

88802004001020 73 

88802004001024 73 

88802004001100 71 

88802004001150 71 

88802005001012 73 

88802005001014 73 

88802005001016 73 

88802005001018 73 

88802005001020 73 

88802005001024 73 

88802005001100 71 

88802005001150 71 

88802005001200 71 

88802006001012 73 

88802006001014 73 

88802006001016 73 

88802006001018 73 

88802006001020 73 

88802006001024 73 

88802006001100 71 

88802006001150 71 

88802006001200 71 

88802006001300 71 

88802006002014 74 

88802007001008 73 

88802007001012 73 

88802007001014 73 

88802007001016 73 

88802007001018 73 

88802007001020 73 

88802007001024 73 

88802007001100 71 

88802007001150 71 

88802007001200 71 

88802007001300 71 

88802007002011 74 

88802007002014 74 

88802008001008 73 

88802008001012 73 

88802008001020 73 

88802008001100 71 

88802008001150 71 

88802008001200 71 

88802008001300 71 

88802008002011 74 

88802008002014 74 

88803004001100 72 

88803004001150 72 

88803006001100 72 

88803006001150 72 

88803008001150 72 

88803008001200 72 

88806006001100 77 

88806006001150 77 

88806008001150 77 

88806008001200 77 

88806008001300 77 

88819006001150 76 

88819008001150 76 

88842002001100 71 

88842002001150 71 

88842004001100 71 

88842004001150 71 

88842005001100 71 

88842005001150 71 

88842005001200 71 

88842006001100 71 

88842006001150 71 

88842006001200 71 

88842006001300 71 

88842006002014 74 

88842007001100 71 

88842007001150 71 

88842007001200 71 

88842007001300 71 

88842007002011 74 

88842007002014 74 

88842008001100 71 

88842008001150 71 

88842008001200 71 

88842008001300 71 

88842008002011 74 

88842008002014 74 

88843004001100 72 

88843004001150 72 

88843006001100 72 

88843006001150 72 

88843008001150 72 

88843008001200 72 

88872016000005 75 

88872016000007 75 

88872017000005 75 

Order No. 


88872017000007 75 

88875016000005 75 

88875016000007 75 

88875017000005 75 

88875017000007 75 

88882006001100 78 

88882006001150 78 

88882006001200 78 

88882006002014 78 

88882008001100 78 

88882008001150 78 

88882008001200 78 

88882008001300 78 

88882008002011 78 

88882008002014 78 

88885006001100 78 

88885006001150 78 

88885006001200 78 

88885006002014 78 

88885008001100 78 

88885008001150 78 

88885008001200 78 

88885008001300 78 

88885008002011 78 

88885008002014 78 

88901001000013 40 

88906001000013 40 

88934001000015 38 

88934001000017 38 

88934001000018 38 

88934001000020 38 

88934001000022 38 

88934001000024 38 

88935001000015 7 

88935001000015 40 

88935001000017 7 

88935001000017 40 

88935001000018 7 

88935001000018 40 

88935001000020 7 

88935001000020 40 

88935001000022 7 

88935001000022 40 

88935001000024 7 

88935001000024 40 

88935001000025 7 

88935001000025 40 

88935001000026 7 

88935001000026 40 

88935002000070 43 

88935002000094 43 

88935002000111 43 

88935002000113 43 

88935051000018 42 

88935051000020 42 

88935051000022 42 

88935051000024 42 

88941001000015 7 

88941001000015 40 

88941001000017 7 

88941001000017 40 

88941001000018 7 

88941001000018 40 

88941001000020 7 

88941001000020 40 

88941001000022 7 

88941001000022 40 

88941001000024 7 

88941001000024 40 

88941001000025 7 

88941001000025 40 

88941001000026 7 

88941001000026 40 

88941002000048 43 

88941002000070 43 

88941002000094 43 

88941002000111 43 

88941002000113 43 

88941002000131 43 

88941002000147 43 

88941010000011 44 

88941010000012 44 

88941010000013 44 

88941010000015 44 

88941011000011 45 

88941011000012 45 

88941011000013 45 

88941011000015 45 

88941025000001 46 

88941025000002 46 

88941051000018 42 

88941051000020 42 

88941051000022 42 

88941051000024 42 

88943001000018 40 

88943001000020 40


Order No. 

88943 88973 88983 

88943001000022 40 

88943001000024 40 

88945001000015 38 

88945001000017 38 

88945001000018 38 

88945001000020 38 

88945001000022 38 

88945001000024 38 

88945002000070 43 

88945002000094 43 

88945002000113 43 

88945010000011 44 

88945010000012 44 

88945010000013 44 

88945010000015 44 

88945011000011 45 

88945011000012 45 

88945011000013 45 

88945011000015 45 

88949001000018 39 

88949001000020 39 

88949001000022 39 

88949001000024 39 

88956001000018 41 

88956001000020 41 

88956001000022 41 

88956001000024 41 

88961001000017 41 

88961001000018 41 

88961001000020 41 

88961001000022 41 

88961001000024 41 

88961001000026 41 

88970001000008 18 

88970001000013 18 

88970001000015 18 

88970001000017 18 

88970001000018 18 

88970001000020 18 

88970001000022 18 

88970001000024 18 

88970001000025 18 

88970001000026 18 

88970001000028 18 

88970002000037 19 

88970002000048 19 

88970002000070 19 

88970002000094 19 

88970002000111 19 

88970002000113 19 

88970002000131 19 

88970002000147 19 

88970010000011 20 

88970010000012 20 

88970010000013 20 

88970010000015 20 

88970011000011 21 

88970011000012 21 

88970011000013 21 

88970011000014 21 

88970011000015 21 

88970016000001 22 

88970016000002 22 

88970016000003 22 

88970016000004 22 

88970017000002 22 

88970017000003 22 

88970017000004 22 

88970025000001 23 

88970025000002 23 

88970025000003 23 

88973001000015 18 

88973001000017 18 

88973001000018 18 

88973001000020 18 

88973001000022 18 

88973001000024 18 

88973001000025 18 

88973001000026 18 

88973001000028 18 

88973002000070 19 

88973002000094 19 

88973002000113 19 

88973002000131 19 

88973002000147 19 

88973010000011 20 

88973010000012 20 

88973010000013 20 

88973010000015 20 

88973011000011 21 

88973011000012 21 

88973011000013 21 

88973011000014 21 

88973011000015 21 

88973016000002 22 

88973016000003 22 

Order No. 

88973016000004 22 

88973017000002 22 

88973017000003 22 

88973017000004 22 

88973025000001 23 

88973025000002 23 

88977001000015 27 

88977001000017 27 

88977001000018 27 

88977001000020 27 

88977001000022 27 

88977001000024 27 

88977002000113 27 

88977002000131 27 

88977002000147 27 

88980001000015 64 

88980001000017 64 

88980001000018 64 

88980001000020 64 

88980001000022 64 

88980001000024 64 

88980001000025 64 

88980002000094 64 

88980002000113 64 

88980010000009 65 

88980010000010 65 

88980010000011 65 

88980010000012 65 

88980010000013 65 

88980010000014 65 

88980010000015 65 

88980010000016 65 

88980010000017 65 

88980011000009 65 

88980011000010 65 

88980011000011 65 

88980011000012 65 

88980011000013 65 

88980011000014 65 

88980011000015 65 

88980011000016 65 

88980011000017 65 

88980025000001 66 

88980025000002 66 

88980025000003 66 

88981001000008 18 

88981001000013 18 

88981001000015 18 

88981001000017 18 

88981001000018 18 

88981001000020 18 

88981001000022 18 

88981001000024 18 

88981001000025 18 

88981001000026 18 

88981001000028 18 

88981002000070 19 

88981002000094 19 

88981002000111 19 

88981002000113 19 

88981002000131 19 

88981002000147 19 

88981010000011 20 

88981010000012 20 

88981010000013 20 

88981010000015 20 

88981011000011 21 

88981011000012 21 

88981011000013 21 

88981011000014 21 

88981011000015 21 

88981025000001 23 

88981025000002 23 

88981025000003 23 

88983001000015 64 

88983001000017 64 

88983001000018 64 

88983001000020 64 

88983001000022 64 

88983001000024 64 

88983001000025 64 

88983002000094 64 

88983002000113 64 

88983010000009 65 

88983010000010 65 

88983010000011 65 

88983010000012 65 

88983010000013 65 

88983010000014 65 

88983010000015 65 

88983010000016 65 

88983010000017 65 

88983011000009 65 

88983011000010 65 

88983011000011 65 

88983011000012 65 

Order No. 

88983011000013 65 

88983011000014 65 

88983011000015 65 

88983011000016 65 

88983011000017 65 

88983025000001 66 

88983025000002 66 

88983025000003 66 

88987001000015 67 

88987001000017 67 

88987001000018 67 

88987001000020 67 

88987001000022 67 

88987001000024 67 

88987002000113 67 

88987002000131 67 

88987002000147 67 

88990001000017 18 

88990001000018 18 

88990001000020 18 

88990001000022 18 

88990001000024 18 

88992001000015 18 

88992001000017 18 

88992001000018 18 

88992001000020 18 

88992001000022 18 

88992001000024 18 

88992001000025 18 

88992001000026 18 

88992001000028 18 

88992002000070 19 

88992002000094 19 

88992002000113 19 

88992002000131 19 

88992002000147 19 

88992010000011 20 

88992010000012 20 

88992010000013 20 

88992010000015 20 

88992011000011 21 

88992011000012 21 

88992011000013 21 

88992011000014 21 

88992011000015 21 

88992025000001 23 

88992025000002 23 

88995001000018 18 

88995001000020 18 

88995001000022 18 

88995001000024 18 

90174001000018 120 

90174001000020 120 

90174001000022 120 

90175001000024 120 

90175002000094 121 

90175002000113 121 

90176001000018 120 

90176001000020 120 

90176001000022 120 

90177001000024 120 

90374001000018 120 

90374001000020 120 

90374001000022 120 

90375001000024 120 

90496001000018 120 

90496001000020 120 

90496001000022 120 

90497001000024 120 

Order No. 

Order No. 


163 

11

Notes 

164

Notes 

11 

165

KOMET GROUP International Agencies 

Europe 

Belgium 

KOMET R. Cools N.V. 

Boomsesteenweg 456 

2020 Antwerpen 

Tel. ++32-3-2 37 97 87 

Fax ++32-3-2 16 33 16 

info@komet.be 

Denmark 

Damstahl Tooling a/s 

Danmarksvej 28 

8660 Skanderborg 

Tel. ++45-87 94 41 00 

Fax ++45-87 94 41 55 

tooling@damstahl.com 

Germany 

KOMET GROUP GmbH 

Postfach 13 61 

74351 Besigheim 

Tel. +49(0)71 43.3 73-0 

Fax +49(0)71 43.3 73-2 33 

info@kometgroup.com 

Finland 

P.Aro Oy 

Teollisuuskatu 35-39 LH4 

FI-20520 Turku 

Tel. ++358-(0)20 1474500 

Fax ++358-(0)20 1474501 

petri.aro@p-aro.com 

France 

KOMET GROUP S.A.R.L. 

46-48 Chemin de la Bruyère 

B.P. 47 

69572 Dardilly CEDEX 

Tel. +33(0)4 37 46 09 00 

Fax +33(0)4 78 35 36 57 

info.fr@kometgroup.com 

Great Britain 

KOMET (UK) Ltd. 

Unit 4 Triton Park 

Brownsover Road 

Swift Valley 

Rugby CV21 1SG 

Tel. +44(0)1788.5797-89 

Fax +44(0)1788.5797-90 

info.uk@kometgroup.com 

Ireland 




Swift Valley 

Rugby CV21 1SG 

Tel. ++44-17 88-57 97 89 

Fax ++44-17 88-57 97 90 


Italy 

KOMET Utensili S.R.L. 

Via Menotti Serrati 74 

20098 S. Giuliano Mil. 

Tel. ++39-02-9 84 02 81 

Fax ++39-02-9 84 49 62 

info.it@kometgroup.com 

166 

Croatia 


Wagramer Straße 173 

1220 Wien 

Tel. ++43-1-2 59 22 04 

++43-1-2 59 22 12 

Fax ++43-1-2 59 22 12 76 

info.at@kometgroup.com 

Netherlands 

Roco B.V. 

Willem Barentszweg 16 

5928 LM Venlo 

Tel. ++31-77-3 23 14 00 

Fax ++31-77-3 23 14 04 

info@roco.nl 

Norway 

Vema Brynildsrud Maskin AS 

Vestre Nes 2 

Postboks 114 

1378 Nesbru 

Tel. ++47-66 98 36 30 

Fax ++47-66 98 36 40 

bedrift@vema.no 

Austria 



1220 Wien 

Tel. ++43-1-2 59 22 04 

++43-1-2 59 22 12 

Fax ++43-1-2 59 22 12-76 


Poland 

KOMET-URPOL Sp.z.o.o. 

ul. Stoczniowców 2 

47-200 Kędzierzyn-Koźle 

Tel. ++48-77-482 90 60 

Fax ++48-77-406 10 70 

info.pl@kometgroup.com 

Portugal 

FLUMAHER S.L. 

P° Ubarburu N° 79 

Pabellón 6 planta 1 

20014 San Sebastian 

Tel. ++34 9 43 44 62 00 

Fax ++34 9 43 44 68 00 

Romania 

S.C. INMAACRO S.R.L. 

Bronzului 7 BL 509A AP 8 

2200 Brasov 

Tel. ++40 268 42 34 50; 42 53 74 

Fax ++40 268 42 30 45 

info@inmaacro.com 

Russia 


ul. Spartakovskaya, 2V 

420107, Kazan 

Tel. +7 843 5704345 

Fax +7 843 2917543 

info.ru@kometgroup.com 

Sweden 

Square Tools AB 

Box 9177 

20039 Malmö 

Tel. ++46-40-49 28 40 

Fax ++46-40-49 19 95 

info.se@kometgroup.com 

Switzerland 

Utilis AG Präzisionswerkzeuge 

Kreuzlingerstr. 22 

8555 Müllheim 

Tel. ++41-52-7 62 62 62 

Fax ++41-52-7 62 62 00 

Slovack Republic 

KOMET GROUP CZ s.r.o. 

Na Hůrce 1041/2, 

160 00 Praha 6 

Tel. +42(0)2 35 01 00 10 

Fax +42(0)2 35 31 18 90 

info.cz@kometgroup.com 

Slovenia 

Schmidt HSC d.o.o. 

Kidriceva 25 

3000 Celje 

Tel. +386 3 49 00 850 

Fax +386 3 49 00 852 

peter@hsc-schmidt.si 

Spain 

FLUMAHER S.L. 

P° Ubarburu N° 79 

Pabellón 6 planta 1 

20014 San Sebastian 

Tel. ++34 9 43 44 62 00 

Fax ++34 9 43 44 68 00 

Czech Republic 



160 00 Praha 6 

Tel. ++42(0)2 35 01 00 10 

Fax ++42(0)2 35 31 18 90 


Turkey 

HİDKOM Mühendislik – Mümessillik LTD. ŞTİ. 

Organize Sanayi Bölgesi 75. Yıl Cad. 

Demirciler Sitesi B Blok No: 2 

16159 Nilüfer / BURSA - TURKEY 

Tel. ++90 (0) 224 243 82 92 

Fax ++90 (0) 224 243 63 65 

hidkom@hidkom.com 

Hungary 

POWER TOOLS KFT 

9019 GYOR, Tavirózsa u. 3/F 

Tel. +36 96 511 011 

Fax +36 96 511 010 

info@power-tools.hu

Outside Europe 

www.kometgroup.com 

Egypt 

ZAHRANCO, ENGINEERING TRADE 

15, Ali Amer Str. · 6th Sector 

Nasr City · Cairo, Egypt 

Tel. ++20-2-2 75 43 46 

Fax ++20-2-2 75 41 83 

Telex 2 10 57 YAZCO UN 

Iran 

SHIVEH TOLID Co. LTD. 

# 270, West Dr. Fatemi Ave. 

Post Code : 14186 

Tehran 

Tel. ++98 21 6 691 7 691 

Fax ++98 21 6 691 7 688 

info@shivehtolid.com 

New Zealand 

Coulson Carbide Limited 

Double J Centre, 24 Gum Road, 

Henderson Valley, Henderson 

P.O.Box 21-228, Henderson 

Auckland 

Tel. ++64-9-8 38 50 61 

Fax ++64-9-8 37 62 86 

Argentina 

VORTEX S.R.L. 

Pedro Morán 858 

Lomas del Mirador 

Buenos Aires 

Tel. ++54-(11) 46 53 01 25 

Fax ++54-(11) 44 88 60 72 

vortex@vortex.com.ar 

Israel 

ARNOLD TRADING Co., Ltd. 

P.O.B. 20180 

6 Hamachtesh St. 

Ind. Area, Holon 58810 

Tel. ++9 72-3-5 58 13 13 

Fax ++9 72-3-5 58 13 17 

Singapore 

GP System (Singapore) Pte. Ltd. 

No. 51, Bukit Batok Crescent 

#04-04/05 Unity Centre 

Singapore 658077 

Tel. ++65-68 61 26 63 

Fax ++65-68 61 35 00 

enquiry@gpsystem.com 

Australia 

Rosler International PTY Ltd. 

P.O. BOX 696, 12 The Nook 

Bayswater, Vic. 3153 

Tel. ++61-3-97 38 08 89 

Fax ++61-3-97 38 08 87 

Japan 

KOMET GROUP KK 

2202-1 Ooyama Komaki city 

485-0026 Aichi 

Japan 

Tel. +81(0)568-74-7331 

Fax +81(0)568-74-7332 

info.jp@kometgroup.com 

South Africa 

MULTITRADE DISTRIBUTORS 

P.O. Box 3511 

Kempton Park 

1620 

Tel. ++27-11-453-8034 

Fax ++27-11-453-9696 

Brazil 

Komet do Brasil Ltda. 

Rua Brasileira, 439 

07043-010 Guarulhos - São Paulo 

Tel. +55(0)11.6423-5502 

Fax +55(0)11.6422-0069 

info.br@kometgroup.com 

China 

KOMET GROUP Precision Tools (Taicang) 

Co.,Ltd. 

(Headquarter Asia Pacific) 

No. 5 Schaeffler Road 

Taicang, Jiangsu Province, 215400 

Tel. +86(0)512.535757-58 

Fax +86(0)512.535757-59 

info.cn@kometgroup.com 

India 

KOMET Precision Tools India Pvt., Ltd. 

121/B, Bommasandra Industrial Area 

BANGALORE - 560 099 

Tel. +91-80-27834821 

Fax +91-80-27834495 

info.in@kometgroup.com 

Canada 

KOMET of America, Inc. 

2050 Mitchell Blvd. 

Schaumburg 

IL 60193-4544 

USA 

Tel. ++1-8 47-9 23 84 00 

++1-8 47-9 23 84 80 

Fax ++1-8 00-8 65/66 38 

info.us@kometgroup.com 

Korea 

Office KOMET South Korea 

1st floor, 98-45, Sillim 2-dong, 

Gwanak-gu, 

Seoul, Korea, 

151-855 

Tel. ++82-2-874-2926 

Fax ++82-2-874-2927 

info.kr@kometgroup.com 

Malaysia 

GP System (Malaysia) Sdn Bhd 

19-1, Jalan Kenari 7 

Bandar Puchong Jaya 

47100 Puchong, Selangor 

Tel. ++60-3-807 59160 

Fax ++60-3-807 59740 

gpm@gpsystem.com 

Taiwan 

Hung Chih Ltd., Co. 

No. 37, Chung Cheng Road 

Tainan, Taiwan, R.O.C. 

Tel. ++8 86-6-2 25 22 16 

Fax ++8 86-6-2 20 59 93 

hclhsu@ms26.hinet.net 

Thailand 

GP System (Thailand) Co.,Ltd 

77 Soi Charansanitwong 49/1 

Bangbumru, Bangplad 

Bangkok 10700 

Tel. ++66-2-4 35 68 20 

Fax ++66-2-4 35 68 22 

gpt@gpsystem.com 

USA 



Schaumburg 

IL 60193-4544 

Tel. ++1-8 47-9 23 84 00 

++1-8 47-9 23 84 80 

Fax ++1-8 00-8 65/66 38 

info.us@kometgroup.com 

Indonesia 

PT Somagede Perkasa 

Kompleks Griya Inti Sentosa 

Jalan Griya Agung No: 3 

Sunter Agung - Jakarta 14350 

Tel. ++62-21-6 41 07 30 

Fax ++62-21-6 40 15 72 

iriawan@sgp-dkp.com 

Mexico 

KOMET de Mexico, 

S. de R.L. de C.V. 

Acceso „A“, No. 110 

Parque Industrial Jurica, 

76120, Queretaro, Qro. Mexico 

Tel. ++52 442 2-18-25-44 

Fax ++52 442 2-18-20-77 

info.mx@kometgroup.com 

167

Germany 


Zeppelinstraße 3 


Tel. +49(0)7143.373-0 

Fax +49(0)7143.373-233 


Germany 

KOMET Precision Tools GmbH & Co. KG 

Zeppelinstraße 3 


Tel. +49(0)7143.373-0 

Fax +49(0)7143.373-233 


Germany 

KOMET JEL Precision Tools GmbH & Co. KG 

Ruppmannstraße 32 

70565 Stuttgart / Vaihingen 

Tel. +49(0)711.78891-0 

Fax +49(0)711.78891-11 


Brazil 

Komet do Brasil Ltda. 

Rua Brasileira, 439 

07043-010 Guarulhos - São Paulo 

Tel. +55(0)11.6423-5502 

Fax +55(0)11.6422-0069 

info.br@kometgroup.com 

China 

KOMET GROUP 

Precision Tools (Taicang) Co., Ltd. 

(Headquarter Asia Pacific) 

No. 5 Schaeffler Road 

Taicang, Jiangsu Province, 215400 

Tel. +86(0)512.535757-58 

Fax +86(0)512.535757-59 

info.cn@kometgroup.com 

France 

KOMET S.à.r.l. 

46-48 Chemin de la Bruyère 

B.P. 47 

69572 Dardilly CEDEX 

Tel. +33(0) 4 37 46 09 00 

Fax +33(0) 4 78 35 36 57 

info.fr@kometgroup.com 

Great Britain India Italy 




Swift Valley 

Rugby, CV21 1SG 

Tel. +44(0)1788.5797-89 

Fax +44(0)1788.5797-90 


KOMET Precision Tools India Pvt. Ltd. 

121/B, Bommasandra Industrial Area 

BANGALORE - 560 099 

Tel. +91-80-27834821 

Fax +91-80-27834495 

info.in@kometgroup.com 

KOMET Utensili S.R.L. 

Via Menotti Serrati 74 

20098 S. Giuliano Mil. 

Tel. +39-02-98 40 28 1 

Fax +39-02-98 44 96 2 

info.it@kometgroup.com 

Japan Mexico Austria 

KOMET GROUP KK 

2202-1 Ooyama Komaki city 

485-0026 Aichi 

Tel. +81(0)568-74-7331 

Fax +81(0)568-74-7332 

info.jp@kometgroup.com 

KOMET de Mexico 

S. de R. L. de C.V 

Acceso „A“, No. 110 

Parque Industrial Jurica, 

76120,Queretaro,Qro.Mexico 

Tel. +52-442 2-18-25-44 

Fax +52-442 2-18-20-77 

info.mx@kometgroup.com 



1220 Wien 

Tel. +43-1-2 59 22-04 

+43-1-2 59 22-12 

Fax +43-1-2 59 22 12-76 


Poland 

KOMET-URPOL Sp.z.o.o. 

ul. Stoczniowców 2 

47-200 Kędzierzyn-Koźle 

Tel. +48-77-482 90 60 

Fax +48-77-406 10 70 

info.pl@kometgroup.com 

Russia 


ul. Spartakovskaya, 2V 

420107, Kazan 

Tel. +7 843 5704345 

Fax +7 843 2917543 

info.ru@kometgroup.com 

Sweden 

Square Tools AB 

Box 9177 

20039 Malmö 

Tel. +46-40-49 28 40 

Fax +46-40-49 19 95 

info.se@kometgroup.com 

Switzerland 

KOMET Dihart AG Precision Tools 

Industriestrasse 2 

4657 Dulliken 

Tel. +41(0)62.2854-200 

Fax +41(0)62.2854-299 

info.ch@kometgroup.com 

Czech Republic 



160 00 Praha 6 

Tel. +42(0)2 35 01 00 10 

Fax +42(0)2 35 31 18 90 


USA 



Schaumburg 

IL 60193-4544 

Tel. +1-8 47-9 23 / 84 00 

+1-8 47-9 23 / 84 80 

Fax +1-8 00-8 65 / 66 38 

customerservice@komet.com 

www.kometgroup.com 

presented by: 

399 01 027 04-3T-05/08 Printed in Germany · © 2008 KOMET JEL Precision Tools GmbH & Co. KG · We reserve the right to make modifications.

THREADING SYSTEMS - JEL - 05/2008 - Komet

Create successful ePaper yourself

Delete template?

Save as template?