ENDMILL DRILL / REAMER TAP SPECIAL PRODUCTS · 2013. 7. 7. · special products. contents endmille...

ENDMILL

DRILL / REAMER

TAP

SPECIAL PRODUCTS

We DASANTOOL Co., Ltd have been putting every efforts to be equipped with high-tech employees and

well organized systematization and globalization as a company vision. We have been making trust and

reliabilities from domestic and overseas gun-makers and automobile makers and getting more reputation

from the customers and market. We all know and appreciate your great support and concern make our

company bigger and stronger. We DASANTOOL Co., Ltd promise you that we will be global and cutting-

edge technology company by continuous R&D investment and system development in the future.

A company with cutting-edge technology and global compatibilityWe promise our best effort and service for customers.

ENDMILL

DRILL / REAMER

TAP

SPECIAL PRODUCTS

C O N T E N T S ENDMILLE

DRILL / REAMERD

TAPT

SPECIALS

INFORMATIONI

E

D

T

S

I

ENDMILL SERIES

IX SERIES

NF SERIES

SS SERIES

HH SERIES

AL SERIES

DL SERIES

ENDMILL INFORMATION

EN

DM

ILL

ICON GUIDE

4Flute

TiAIN Coating

Radius

6Flute

DLC Coating

3~5Flute 6&8Flute

EDP No.

TiAIN

0 ~ -0.012

D

4

DLC

6 3-5 6&8

AITiN

± 0.010

R

R± 0.015

0 ~ -0.012

D

3

MG

FINE

TiSiN

± 0.005

R

R± 0.010

0 ~ -0.012

D

2

NG

Cutting Condition

RAW MATERIALS

FLUTES

HELIX ANGLE

OTHER

COATING

BALL RADISU

TOLERANCE

CORNERRADISU

TOLERANCE

TAPER LENGTH

TOLERANCE

Ultrafine pole

2Flute

TiSiN Coating

Ball

R Tolerance±5㎛

corner R Tolerance±10㎛

30°Helix

Cutting Conditionchart

3Flute

AITiN Coating

Square

R Tolerance±10㎛

corner R Tolerance±15㎛

45°Helix

Fine pich

Ultrafine

I X - 2 - B E - L NIX : INFINITYNF : NONFERROUSSS : STAINLESS, HARD TO CUT MATERIAL CX : COPPERGX : GRAPHITEHF : FEEDINGHH : HIGH SPEED/HARDNESSDC : DIAMOND COATINGDL : DLC COATING AL : ALUMINUM MACHINING

1 Flute2 Flute3 Flute4 Flute5 Flute6 Flute8 Flute

SE : SQUARE ENDMILLBE : BALL ENDMILLRE : RADIUS ENDMILL

LN : LONG NECK BALLSN : SHORT NECK BALLTN : TAPPER NECK BALLSF : STRAIGHT FLUTE4H : 45° HELIX FLUTERO : ROUGHING ENDMILLTA : TAPPER ENDMILLST : STANDARDVF : VIBRATION FREE (BROKEN INDEX)

30° 45°

1H : 15° HELIX3H : 30° HELIX4H : 45° HELIX5H : 50° HELIX6H : 60° HELIX

03

EN

DM

ILL

S

E

IX S

ER

IES

NF

SE

RIE

SS

S S

ER

IES

HH

SE

RIE

SA

L SE

RIE

SD

L SE

RIE

SEN

DM

ILL INFO

RM

ATION

IX SERIES

NF SERIES

SS SERIES

HH SERIES

AL SERIES

DL SERIES

BALL2

BALL

BALL

RADIUS

RADIUS

SQUARE

LONG SQUARE

LONG SQUARE

LONG NECK RADIUS

LONG NECK RADIUS

LONG NECK SQUARE

SQUARE(HARD CUTTING)

SUS ROUGHING

TAPPER SQUARE

TAPPER SQUARE

AL & ACRYLICSQUARE

AL, SQUARE

LONG NECK SQUARE

AL, SQUARE

AL, ROUGHING

TAPPER BALL

SQUARE

LONG NECK BALL

IX2BESTNF2BEST

IX4BESTSS4BEST

IX2RESTNF2REST

IX2RELN

IX4RELN

IX4SELN

IX4SEVF

SS4SERO

IX2SETA

IX4SETA

ALSE1ST

ALSE2STDLSE2ST

IX2SELNNF2SELN

ALSE3ST

ALSE3RO

IX2BETA

IX4SESTNF4SESTSS4SESTHH4SEST

IX4RESTNF4RESTSS4REST

IX2SESTNF2SESTHH2SEST

IX2SELONF2SELOHH2SELO


IX2BELNNF2BELN

D0.5

D0.5

D0.5

D0.5

D3

D3

D3

D4

D0.3

D3

D1

D1

D0.1

D2

D6

D0.4

D3

D3

D0.1

D1

D3

D0.5

D20

D12

D20

D20

D20

D12

D12

D20

D10

D10

D8

D20

D12

D20

D25

D4

D25

D20

D25

D25

D25

D12

4

4

2

2

4

2

4

1

2

3

RADIUS

SQUARE

SQUARE

TAPPER

CA

RB

IDE

SERIES

MATE

RIAL

TYPE FLUTES ITEMS EDP NO. MODEL MIN MAX PAGE

E05

E10

E11~15

E16~29

E35~41

E57~59

E60

E61

E62~65

E68~69

E71

E71

E47~53

E72

E73

E66~67

E54

E30~34

E42~44

E45~46

E55~56

E06~09

ENDMILL INDEX

IX SERIESNF SERIESSS SERIESHH SERIES�

05

EN

DM

ILL

S

E

IX S

ER

IES

NF

SE

RIE

SS

S S

ER

IES

HH

SE

RIE

SA

L SE

RIE

SD

L SE

RIE

SEN

DM

ILL INFO

RM

ATION

⇡ Designed to machine precision carbide material Al, Si serial coating

IX2BESTNF2BEST

2F BALL ENDMILLSIX(NF) SERIES

(mm)

Radius of Ball Nose

EDP No.Length of Cut Overall Length Shank Dia.

IX2BEST(NF2BEST)

010015020030040060065070080090100110120130140150160180200

R0.5R0.75R1R1.5R2R3R3.25R3.5R4R4.5R5R5.5R6R6.5R7R7.5R8R9R10

2.54588909090100100100110110120120140140150150

5050506070909090100100100110110120120140140150150

66666668810101012121216161620

R L2 L3 D2

D≤6 D>6 D≤6 D>6IX2BEST NF2BEST

030 080040 090060 110060 130060 150080 120080 150100 120100 150120 130120 150

R1.5R2

R3

R4

R5

R6

88

15

20

25

30

8090110130150120150120150130150

66

6

8

10

12

TiSiN ± 0.005

R± 0.010

R2NG

TiAIN 0 ~ -0.012

D0 ~ -0.015

D30°

06

EN

DM

ILL

S

E

SS

SE

RIE

SH

H S

ER

IES

AL

SE

RIE

SD

L S

ER

IES

END

MIL

L IN

FOR

MAT

ION

IX S

ER

IES

NF

SE

RIE

S


IX2BELNNF2BELN

2F LONG NECK BALL ENDMILLSIX(NF) SERIES

D≤6 D≤6IX2BELN NF2BELN

(mm)

EDP No.Radius of Ball Nose Effective Length Length of Cut Overall Length Shank Dia.

R L1 L2 L3 D2

IX2BELN(NF2BELN)

010 02010 03010 04010 05010 06010 07010 08010 09010 10010 12

R0.5 1 45 4

234567891012

010 14010 16010 18010 20010 22010 25012 04012 06012 08012 10012 12012 16012 20012 22012 25014 06014 08014 10014 12014 16015 04015 06015 08015 10015 12015 14015 16015 18015 20015 22015 25015 30

R0.5

R0.6

R0.7

R0.75

1

1.2

1.4

1.5

50

60

50

60

60

50

70

45

50

45

45

4

4

4

4

14161820222546810121620222568101216468101214161820222530

TiSiN ± 0.005

R2NG

TiAIN 0 ~ -0.012

D30°

07

EN

DM

ILL

S

E

SS

SE

RIE

SH

H S

ER

IES

AL S

ER

IES

DL S

ER

IES

END

MILL IN

FOR

MATIO

NIX

SE

RIE

SN

F S

ER

IES


IX2BELNNF2BELN


(mm)

IX2BELN(NF2BELN)

016 04016 06016 08016 10016 12016 16016 20018 08018 10018 12018 16018 20020 06020 08020 10020 12020 14020 16020 18020 20020 22020 25020 30020 35020 40025 08025 10025 12025 16025 20025 22025 25025 30025 35

R0.8

R0.9

R1

R1.25

1.6

1.8

3

3.5

45

50

50

60

70

80

50

45

50

45

45

60

70

4

4

4

4

4681012162081012162068101214161820222530354081012162022253035

Radius of Ball Nose

EDP No.Effective Length Length of Cut Overall Length Shank Dia.

R L1 L2 L3 D2


TiSiN ± 0.005

R2NG

TiAIN 0 ~ -0.012

D30°

08

EN

DM

ILL

S

E

SS

SE

RIE

SH

H S

ER

IES

AL

SE

RIE

SD

L S

ER

IES

END

MIL

L IN

FOR

MAT

ION

IX S

ER

IES

NF

SE

RIE

S


IX2BELNNF2BELN



(mm)

IX2BELN(NF2BELN)

030 08030 10030 12030 14030 16030 18030 20030 22030 25030 30030 35030 40030 45030 50040 10040 12040 14040 16040 18040 20040 22040 25040 30040 35040 40040 45040 50050 20050 25050 30050 40050 45050 50

R1.5

R2

R2.5

4

5

6

50

60

60

65

70

50

65

70

8090100

80901006070758090100

6

6

6

81012141618202225303540455010121416182022253035404550202530404550

Radius of Ball Nose


R L1 L2 L3 D2

TiSiN ± 0.005

R2NG

TiAIN 0 ~ -0.012

D30°

09

EN

DM

ILL

S

E

SS

SE

RIE

SH

H S

ER

IES

AL S

ER

IES

DL S

ER

IES

END

MILL IN

FOR

MATIO

NIX

SE

RIE

SN

F S

ER

IES


IX2BELNNF2BELN


D>6 D>6IX2BELN NF2BELN

(mm)

IX2BELN(NF2BELN)

060 15060 20060 30060 32080 18080 20080 30080 40080 42100 22100 25100 35100 50100 52120 25120 30120 52

R3

R4

R5

R6

8

10

12

14

60

9060

80

10060

100

80

80100110

6

8

10

12

1520303218203040422225355052253052

Radius of Ball Nose


R L1 L2 L3 D2

TiSiN ± 0.010

R2NG

TiAIN 0 ~ -0.015

D30°

10

EN

DM

ILL

S

E

SS

SE

RIE

SH

H S

ER

IES

AL

SE

RIE

SD

L S

ER

IES

END

MIL

L IN

FOR

MAT

ION

IX S

ER

IES

NF

SE

RIE

S


IX4BESTNF4BEST

4F BALL ENDMILLSIX(NF) SERIES

D≤6 D>6IX4BEST NF4BEST

(mm)

EDP No.Radius of Ball Nose Length of Cut Overall Length Shank Dia.

IX4BEST(NF4BEST)

040040 70050050 90060060 90080080 100100100 100120120 110

R2

R2.5

R3

R4

R5

R6

6

7.5

9

12

15

18

507060906090651007010080110

6

6

6

8

10

12

R L2 L3 D2

TiSiN ± 0.005

R± 0.010

RNG

TiAIN 0 ~ -0.020

D30°

4

11

EN

DM

ILL

S

E

SS

SE

RIE

SH

H S

ER

IES

AL S

ER

IES

DL S

ER

IES

END

MILL IN

FOR

MATIO

NIX

SE

RIE

SN

F S

ER

IES


IX2RESTNF2REST

2F RADIUS ENDMILLSIX(NF) SERIES

D≤6D≤6IX2REST NF2REST

(mm)

IX2REST(NF2REST)

003 005003 01004 005004 01005 005005 01006 005006 01006 02007 005007 01007 02008 005008 01008 02009 005009 01010 005010 01010 02010 03012 005012 01012 02012 03015 005015 01015 02015 03015 05020 01020 02020 03020 05

0.3

0.4

0.5

0.9

1.0

1.2

2.0

1.5

0.6

0.7

0.8

0.6 40 4

0.8 40 4

1.0 40 4

1.2 40 4

1.4 40 4

1.6 40 4

2.5 50 6

3 50 6

4 50 6

6 50 6

1.8 40 4

R0.05R0.1R0.05R0.1R0.05R0.1R0.05R0.1R0.2R0.05R0.1R0.2R0.05R0.1R0.2R0.05R0.1R0.05R0.1R0.2R0.3R0.05R0.1R0.2R0.3R0.05R0.1R0.2R0.3R0.5R0.1R0.2R0.3R0.5

EDP No.Diameter Corner Radius Length of Cut Overall Length Shank Dia.

D R L2 L3 D2

TiSiNNG

TiAIN 30° 0 ~ -0.012

DR± 0.010

2

12

EN

DM

ILL

SS

S S

ER

IES

HH

SE

RIE

SA

L S

ER

IES

DL

SE

RIE

SEN

DM

ILL

INFO

RM

ATIO

N

E

IX S

ER

IES

NF

SE

RIE

S


IX2RESTNF2REST


D≤6D≤6IX2REST NF2REST

(mm)

IX2REST(NF2REST)

025 01025 02025 03025 05030 01030 02030 03030 05035 01035 02035 03035 05040 01040 02040 03040 05040 10045 01045 02045 03045 05050 01050 02050 03050 05050 10055 01055 02055 03055 05055 10

2.5

3.0

3.5

5.5

4.0

4.5

5.0

7 60 6

8 60 6

10 70 6

11 70 6

11 80 6

13 90 6

13 90 6

R0.1R0.2R0.3R0.5R0.1R0.2R0.3R0.5R0.1R0.2R0.3R0.5R0.1R0.2R0.3R0.5R1.0R0.1R0.2R0.3R0.5R0.1R0.2R0.3R0.5R1.0R0.1R0.2R0.3R0.5R1.0


D R L2 L3 D2

TiSiNNG

TiAIN 30° 0 ~ -0.012

DR± 0.010

2

13

EN

DM

ILL

SS

S S

ER

IES

HH

SE

RIE

SA

L SE

RIE

SD

L SE

RIE

SEN

DM

ILL INFO

RM

ATION

E

IX S

ER

IES

NF

SE

RIE

S


IX2RESTNF2REST


D>6D>6IX2REST NF2REST

TiSiNNG

TiAIN 30° 0 ~ -0.015

DR± 0.015

2

(mm)

IX2REST(NF2REST)

060 01060 02060 03060 05060 10060 15060 20070 01070 02070 03070 05070 10070 20080 01080 02080 03080 05080 10080 15080 20080 30100 02100 03100 05100 10100 15100 20100 30110 02110 03110 05110 10110 20

6.0

7.0

11.0

8.0

10.0

15 90 6

16 90 8

20 100 8

22 100 10

22 110 12

R0.1R0.2R0.3R0.5R1.0R1.5R2.0R0.1R0.2R0.3R0.5R1.0R2.0R0.1R0.2R0.3R0.5R1.0R1.5R2.0R3.0R0.2R0.3R0.5R1.0R1.5R2.0R3.0R0.2R0.3R0.5R1.0R2.0


D R L2 L3 D2

14

EN

DM

ILL

SS

S S

ER

IES

HH

SE

RIE

SA

L S

ER

IES

DL

SE

RIE

SEN

DM

ILL

INFO

RM

ATIO

N

E

IX S

ER

IES

NF

SE

RIE

S


IX2RESTNF2REST


D>6D>6IX2REST NF2REST

TiSiNNG

TiAIN 30° 0 ~ -0.015

DR± 0.015

2

(mm)

IX2REST(NF2REST)

120 02120 03120 05120 10120 15120 20120 30160 05160 10160 15160 20160 30200 05200 10200 15200 20200 30

12.0

16.0

20.0

26 110 12

32 160 16

38 160 20

R0.2R0.3R0.5R1.0R1.5R2.0R3.0R0.5R1.0R1.5R2.0R3.0R0.5R1.0R1.5R2.0R3.0


D R L2 L3 D2

15

EN

DM

ILL

SN

F S

ER

IES

SS

SE

RIE

SH

H S

ER

IES

AL S

ER

IES

DL S

ER

IES

END

MILL IN

FOR

MATIO

N

E

IX S

ER

IES


IX2RESTNF2REST

2F RADIUS ENDMILLS(LONG SHANK TYPE)IX(NF) SERIES

D≤6 D>6D≤6 D>6IX2REST NF2REST

TiSiNNG

TiAIN 30° 0 ~ -0.012

D0 ~ -0.015

DR± 0.010

R± 0.015

2

(mm)


IX2REST(NF2REST)

030 02 080030 05 080040 02 090040 05 090060 05 110060 10 110060 05 130060 10 130080 05 120080 10 120080 05 150080 10 150100 05 130100 10 130100 05 150100 10 150120 05 130120 10 130120 05 150120 10 150160 15 200160 10 200200 05 200200 10 200

3.0

4.0

10.0

12.0

16.0

20.0

6.0

8.0

8 80 6

11 90 6

32 200 16

38 200 20

15 110

15 130

20 120

20 150

22 130

22 150

26 130

26 150

6

8

10

12

R0.2R0.5R0.2R0.5R0.5R1.0R0.5R1.0R0.5R1.0R0.5R1.0R0.5R1.0R0.5R1.0R0.5R1.0R0.5R1.0R0.5R1.0R0.5R1.0

D R L2 L3 D2

16

EN

DM

ILL

SN

F S

ER

IES

SS

SE

RIE

SH

H S

ER

IES

AL

SE

RIE

SD

L S

ER

IES

END

MIL

L IN

FOR

MAT

ION

E

IX S

ER

IES

⇡ Designed to machine precision carbide material Al serial coating

IX2RELN

2F LONG NECK RADIUS ENDMILLSIX SERIES

(mm)

EDP No.

IX2RELN 003 005 01003 005 02003 005 03004 005 01004 005 015004 005 02004 005 025004 005 03004 005 04004 01 01004 01 015004 01 02004 01 025004 01 03004 01 04005 005 01005 005 015005 005 02005 005 025005 005 03005 005 04005 005 05005 005 06005 01 01005 01 015005 01 02005 01 025005 01 03005 01 04005 01 05005 01 06

0.3

0.4

0.5

R0.05

R0.05

R0.1

R0.05

R0.1

400.4 4

400.4 4

450.7 4

1231

1.52

2.5341

1.52

2.5341

1.52

2.534561

1.52

2.53456

Diameter Corner Radius Effective Length Length of Cut Overall Length Shank Dia.

D R L1 L2 L3 D2

D≤6D≤6IX2RELN

NGTiAIN 30° 0 ~ -0.012

DR± 0.010

2

17

EN

DM

ILL

SN

F S

ER

IES

SS

SE

RIE

SH

H S

ER

IES

AL S

ER

IES

DL S

ER

IES

END

MILL IN

FOR

MATIO

N

E

IX S

ER

IES


IX2RELN


D≤6D≤6IX2RELN

NGTiAIN 30° 0 ~ -0.012

DR± 0.010

2

(mm)

EDP No.

IX2RELN 006 005 02006 005 03006 005 04006 005 06006 005 08006 005 10006 01 02006 01 03006 01 04006 01 06006 01 08006 01 10006 02 02006 02 03006 02 04006 02 06006 02 08006 02 10007 01 02007 01 04007 01 06007 01 08007 01 10007 02 02007 02 04007 02 06007 02 08007 02 10

0.6

0.7

R0.05

R0.1

R0.2

R0.1

R0.2

450.9 4

451 4

234681023468102346810246810246810

Diameter Corner Radius Effective Length Length of Cut Overall Length ShaAnk Dia.

D R L1 L2 L3 D2

18

EN

DM

ILL

SN

F S

ER

IES

SS

SE

RIE

SH

H S

ER

IES

AL

SE

RIE

SD

L S

ER

IES

END

MIL

L IN

FOR

MAT

ION

E

IX S

ER

IES


IX2RELN


D≤6D≤6IX2RELN

NGTiAIN 30° 0 ~ -0.012

DR± 0.010

2

(mm)

IX2RELN 008 005 02008 005 04008 005 06008 005 08008 005 10008 01 02008 01 04008 01 06008 01 08008 01 10008 02 02008 02 04008 02 06008 02 08008 02 10010 005 03010 005 04010 005 06010 005 08010 005 10010 005 12010 005 14010 005 16010 005 20010 01 03010 01 04010 01 06010 01 08010 01 10010 01 12010 01 14010 01 16010 01 20

0.8

1.0

R0.05

R0.1

R0.2

R0.05

R0.1

451.2 4

45

50

50

45

1.5 4

2468102468102468103468101214162034681012141620

EDP No.Diameter Corner Radius Effective Length Length of Cut Overall Length ShaAnk Dia.

D R L1 L2 L3 D2

19

EN

DM

ILL

SN

F S

ER

IES

SS

SE

RIE

SH

H S

ER

IES

AL S

ER

IES

DL S

ER

IES

END

MILL IN

FOR

MATIO

N

E

IX S

ER

IES


IX2RELN


D≤6D≤6IX2RELN

NGTiAIN 30° 0 ~ -0.012

DR± 0.010

2

(mm)

IX2RELN 010 02 03010 02 04010 02 06010 02 08010 02 10010 02 12010 02 14010 02 16010 02 20010 03 03010 03 04010 03 06010 03 08010 03 10010 03 12010 03 14010 03 16010 03 20012 01 03012 01 04012 01 06012 01 08012 01 10012 02 03012 02 04012 02 06012 02 08012 02 10012 03 03012 03 04012 03 06012 03 08012 03 10

1.0

1.2

R0.2

R0.3

R0.1

R0.3

R0.2

45

1.5 4

50

45

45

50

1.8 4

3468101214162034681012141620346810346810346810


D R L1 L2 L3 D2

20

EN

DM

ILL

SN

F S

ER

IES

SS

SE

RIE

SH

H S

ER

IES

AL

SE

RIE

SD

L S

ER

IES

END

MIL

L IN

FOR

MAT

ION

E

IX S

ER

IES


IX2RELN


D≤6D≤6IX2RELN

NGTiAIN 30° 0 ~ -0.012

DR± 0.010

2

(mm)

IX2RELN 015 005 04015 005 06015 005 08015 005 10015 005 12015 005 14015 005 16015 005 20015 01 04015 01 06015 01 08015 01 10015 01 12015 01 14015 01 16015 01 20015 02 04015 02 06015 02 06015 02 10015 02 12015 02 14015 02 16015 02 20015 03 04015 03 06015 03 08015 03 10015 03 12015 03 14015 03 16015 03 20

1.5

R0.05

R0.1

R0.2

R0.3

45

2.3 4

50

50

50

45

45

50

45

4681012141620468101214162046810121416204681012141620


D R L1 L2 L3 D2

21

EN

DM

ILL

SN

F S

ER

IES

SS

SE

RIE

SH

H S

ER

IES

AL S

ER

IES

DL S

ER

IES

END

MILL IN

FOR

MATIO

N

E

IX S

ER

IES


IX2RELN


D≤6D≤6IX2RELN

NGTiAIN 30° 0 ~ -0.012

DR± 0.010

2

(mm)

IX2RELN 015 05 04015 05 06015 05 08015 05 10 015 05 12015 05 14015 05 16015 05 20020 01 06020 01 08020 01 10020 01 12020 01 14020 01 16020 01 20020 01 25020 02 06020 02 08020 02 10020 02 12020 02 14020 02 16020 02 20020 02 25020 03 06020 03 08020 03 10020 03 12020 03 14020 03 16020 03 20020 03 25

1.5

2.0

R0.5

R0.1

R0.2

R0.3

45

2.3 4

50

45

45

45

60

60

60

50

50

50

3 4

4681012141620681012141620256810121416202568101214162025


D R L1 L2 L3 D2

22

EN

DM

ILL

SN

F S

ER

IES

SS

SE

RIE

SH

H S

ER

IES

AL

SE

RIE

SD

L S

ER

IES

END

MIL

L IN

FOR

MAT

ION

E

IX S

ER

IES


IX2RELN


D≤6D≤6IX2RELN

NGTiAIN 30° 0 ~ -0.012

DR± 0.010

2

(mm)

IX2RELN 020 05 06020 05 08020 05 10020 05 12020 05 14020 05 16020 05 20020 05 25025 01 08025 01 10025 01 12025 01 14025 01 16025 01 20025 01 25025 02 08025 02 10025 02 12025 02 14025 02 16025 02 20025 02 25025 03 08025 03 10025 03 12025 03 14025 03 16025 03 20025 03 25

2.0

2.5

R0.5

R0.1

R0.2

R0.3

45

3 4

50

60

60

50

60

60

45

50

45

50

45

3.8 4

68101214162025810121416202581012141620258101214162025


D R L1 L2 L3 D2

23

EN

DM

ILL

SN

F S

ER

IES

SS

SE

RIE

SH

H S

ER

IES

AL S

ER

IES

DL S

ER

IES

END

MILL IN

FOR

MATIO

N

E

IX S

ER

IES

D₂ D

L₂

L₁

L₃

R


IX2RELN


NG

D≤6D≤6IX2RELN

TiAIN 30° 0 ~ -0.012

DR± 0.010

2

(mm)

IX2RELN 025 05 08025 05 10025 05 12025 05 14025 05 16025 05 20025 05 25030 01 08030 01 10030 01 12030 01 14030 01 16030 01 20030 01 25030 02 08030 02 10030 02 12030 02 14030 02 16030 02 20030 02 25030 03 08030 03 10030 03 12030 03 14030 03 16030 03 20030 03 25030 05 08030 05 10030 05 12030 05 14030 05 16030 05 20030 05 25

2.5

3.0

R0.5

R0.1

R0.2

R0.3

R0.5

45

50

50

60

60

60

60

50

50

50

60

65

65

65

65

3.8 4

4.5 6

81012141620258101214162025810121416202581012141620258101214162025


D R L1 L2 L3 D2

24

EN

DM

ILL

SN

F S

ER

IES

SS

SE

RIE

SH

H S

ER

IES

AL

SE

RIE

SD

L S

ER

IES

END

MIL

L IN

FOR

MAT

ION

E

IX S

ER

IES

D₂ D

L₂

L₁

L₃

R


IX2RELN


D≤6D≤6IX2RELN

NGTiAIN 30° 0 ~ -0.012

DR± 0.010

2

(mm)

IX2RELN 030 10 08030 10 10030 10 12030 10 14030 10 16030 10 20030 10 25040 01 10040 01 12040 01 14040 01 16040 01 20040 01 25040 01 30040 01 40040 02 10040 02 12040 02 14040 02 16040 02 20040 02 25040 02 30040 02 40040 03 10040 03 12040 03 14040 03 16040 03 20040 03 25040 03 30040 03 40

3.0

4.0

R1.0

R0.1

R0.2

R0.3

50

60

60

60

60

65

65

65

65

70

70

70

80

80

80

50

50

50

4.5 6

6 6

81012141620251012141162025304010121416202530401012141620253040


D R L1 L2 L3 D2

25

EN

DM

ILL

SN

F S

ER

IES

SS

SE

RIE

SH

H S

ER

IES

AL S

ER

IES

DL S

ER

IES

END

MILL IN

FOR

MATIO

N

E

IX S

ER

IES

D₂ D

L₂

L₁

L₃

R


IX2RELN


NG

D≤6D≤6IX2RELN

TiAIN 30° 0 ~ -0.012

DR± 0.010

2

(mm)

IX2RELN 040 05 10040 05 12040 05 14040 05 16040 05 20040 05 25040 05 30040 05 40040 10 10040 10 12040 10 14040 10 16040 10 20040 10 25040 10 30040 10 40050 01050 02050 03050 05050 10050 15050 20

4.0

5.0

R0.5

R1.0

R0.1R0.2R0.3R0.5R1.0R1.5R2.0

50

50

60

60

657080

657080

60

6 6

8 6

10121416202530401012141620253040

15


D R L1 L2 L3 D2

26

EN

DM

ILL

SN

F S

ER

IES

SS

SE

RIE

SH

H S

ER

IES

AL

SE

RIE

SD

L S

ER

IES

END

MIL

L IN

FOR

MAT

ION

E

IX S

ER

IES

D

L₂

L₁

L₃

D₂

R


IX2RELN


D>6D>6IX2RELN

NGTiAIN 30° 0 ~ -0.012

DR± 0.010

2

(mm)

IX2RELN 060 01060 02060 03060 05060 10060 15060 20080 01080 02080 03080 05080 10080 15080 20100 01100 02100 03100 05100 10100 15100 20120 02120 03120 05120 10120 15120 20160 05160 10200 05200 10

6.0

8.0

10.0

12.0

16.0

20.0


60920 6

651225 8

701530 10

801832 12

1002040 16

1002545 20


D R L1 L2 L3 D2

27

EN

DM

ILL

SN

F S

ER

IES

SS

SE

RIE

SH

H S

ER

IES

AL S

ER

IES

DL S

ER

IES

END

MILL IN

FOR

MATIO

N

E

IX S

ER

IES

D₂ D

L₂

L₁

L₃

R


IX2RELN


NG

D≤6D≤6IX2RELN

TiAIN 30° 0 ~ -0.012

DR± 0.010

2

(mm)

IX2RELN 005 005 01005 005 015005 005 02005 005 025005 005 03005 005 04006 005 02006 005 04006 005 06006 01 02006 01 04006 01 06006 02 02006 02 04006 02 06008 005 02008 005 04008 005 06008 005 08008 01 02008 01 04008 01 06008 01 08008 02 02008 02 04008 02 06008 02 08010 01 03010 01 04010 01 06010 01 08010 01 10

0.5

0.6

0.8

1.0

R0.05

R0.05

R0.1

R0.2

R0.05

R0.1

R0.2

R0.1

11.52

2.534246246246246824682468346810

450.7 6

450.9 6

451.2 6

451.5 6


D R L1 L2 L3 D2

28

EN

DM

ILL

SH

H S

ER

IES

AL

SE

RIE

SD

L S

ER

IES

END

MIL

L IN

FOR

MAT

ION

E

IX S

ER

IES

NF

SE

RIE

SS

S S

ER

IES

D₂ D

L₂

L₁

L₃

R


IX2RELN


D≤6D≤6IX2RELN

NGTiAIN 30° 0 ~ -0.012

DR± 0.010

2

(mm)

IX2RELN 010 02 03010 02 04010 02 06010 02 08010 02 10010 03 03010 03 04010 03 06010 03 08010 03 10015 01 04015 01 06015 01 08015 01 10015 01 12015 02 04015 02 06015 02 08015 02 10015 02 12015 03 04015 03 06015 03 08015 03 10015 03 12015 05 04015 05 06015 05 08015 05 10015 05 12

1.0

1.5

R0.2

R0.3

R0.1

R0.2

R0.3

R0.5

3468103468104681012468101246810124681012

451.5 6

452.3 6


D R L1 L2 L3 D2

29

EN

DM

ILL

SH

H S

ER

IES

AL S

ER

IES

DL S

ER

IES

END

MILL IN

FOR

MATIO

N

E

IX S

ER

IES

NF

SE

RIE

SS

S S

ER

IES

D₂ D

L₂

L₁

L₃

R


IX2RELN


NG

D≤6D≤6IX2RELN

TiAIN 30° 0 ~ -0.012

DR± 0.010

2

(mm)

IX2RELN 020 01 06020 01 08020 01 10020 01 12020 01 16020 02 06020 02 08020 02 10020 02 12020 02 16020 03 06020 03 08020 03 10020 03 12020 03 16020 05 06020 05 08020 05 10020 05 12020 05 16

2.0

R0.1

R0.2

R0.3

R0.5

68101216681012166810121668101216

45

45

50

50

50

50

45

45

3 6


D R L1 L2 L3 D2

30

EN

DM

ILL

SH

H S

ER

IES

AL

SE

RIE

SD

L S

ER

IES

END

MIL

L IN

FOR

MAT

ION

E

IX S

ER

IES

NF

SE

RIE

SS

S S

ER

IES

D₂ D

L₂

L₃

R



4F RADIUS ENDMILLSIX(NF / SS) SERIES

D≤6D≤6IX4REST NF4RESTSS4REST

TiSiNNG

TiAIN 38° 0 ~ -0.012

DR± 0.010

4

(mm)

IX4REST(NF4REST)(SS4REST)

010 005010 01010 02010 03012 005012 01012 02012 03015 005015 01015 02015 03015 05020 01020 02020 03020 05025 01025 02025 03025 05030 01030 02030 03030 05040 01040 02040 03040 05040 10050 01050 02050 03050 05050 10

R0.05R0.1R0.2R0.3R0.05R0.1R0.2R0.3R0.05R0.1R0.2R0.3R0.5R0.1R0.2R0.3R0.5R0.1R0.2R0.3R0.5R0.1R0.2R0.3R0.5R0.1R0.2R0.3R0.5R1.0R0.1R0.2R0.3R0.5R1.0

1.0 502.5 6

1.2 503 6

2.5 607 6

2.0 506 6

1.5 504 6

3.0 608 6

4.0 7011 6

5.0 9013 6

EDP No.Diameter

D

Corner Radius Length of Cut Overall Length ShaAnk Dia.

R L2 L3 D2

31

EN

DM

ILL

SH

H S

ER

IES

AL S

ER

IES

DL S

ER

IES

END

MILL IN

FOR

MATIO

N

E

IX S

ER

IES

NF

SE

RIE

SS

S S

ER

IES

D₂ D

L₂

L₃

R



4F RADIUS ENDMILLSIX(NF / SS) SERIES

TiSiNNG

D≤6D≤6IX4REST NF4RESTSS4REST

TiAIN 38° 0 ~ -0.012

DR± 0.010

4

(mm)


060 01060 02060 03060 05060 10060 20070 01070 02070 03070 05070 10070 20080 01080 02080 03080 05080 10080 20080 30100 02100 03100 05100 10100 20100 30

R0.1R0.2R0.3R0.5R1.0R2.0R0.1R0.2R0.3R0.5R1.0R2.0R0.1R0.2R0.3R0.5R1.0R2.0R3.0R0.2R0.3R0.5R1.0R2.0R3.0

6.0 9015 6

7.0 9016 8

10.0 10022 10

8.0 10020 8

EDP No.Diameter

D


R L2 L3 D2

120 02120 03120 05120 10120 20120 30160 05160 10160 15160 20200 05200 10200 15200 20

R0.2R0.3R0.5R1.0R2.0R3.0R0.5R1.0R1.5R2.0R0.5R1.0R1.5R2.0

12.0 11026 12

16.0 16032 16

20.0 16038 20

32

EN

DM

ILL

SH

H S

ER

IES

AL

SE

RIE

SD

L S

ER

IES

END

MIL

L IN

FOR

MAT

ION

E

IX S

ER

IES

NF

SE

RIE

SS

S S

ER

IES

D₂ D

L₂

L₃

R



4F RADIUS ENDMILLS(Long Shank Type)

IX(NF / SS) SERIES

D≤6 D>6D≤6 D>6IX4REST NF4RESTSS4REST

TiSiNNG

TiAIN 38° 0 ~ -0.012

D0 ~ -0.015

DR± 0.010

R± 0.015

4

(mm)


030 02 080030 05 080040 02 090040 05 090060 05 110060 10 110060 05 130060 10 130080 05 120080 10 120080 05 150080 10 150100 05 130100 10 130100 05 150100 10 150120 05 130120 10 130120 05 150120 10 150160 05 200160 10 200200 05 200200 10 200

R0.2R0.5R0.2R0.5R0.5R1.0R0.5R1.0R0.5R1.0R0.5R1.0R0.5R1.0R0.5R1.0R0.5R1.0R0.5R1.0R0.5R1.0R0.5R1.0

3.0

4.0

16.0

20.0

6.0

8.0

10.0

12.0

80

110

150

150

90

120

130

130

130

150

200

200

8 6

11 6

32 16

38 20

15 6

20 8

22 10

26 12

EDP No.Diameter

D


R L2 L3 D2

33

EN

DM

ILL

SH

H S

ER

IES

AL S

ER

IES

DL S

ER

IES

END

MILL IN

FOR

MATIO

N

E

IX S

ER

IES

NF

SE

RIE

SS

S S

ER

IES

D₂ D

L₂

L₃

R



4F RADIUS ENDMILLS(Short Length)

IX(NF / SS) SERIES

D>6 D≤6D>6 D≤6IX4REST NF4RESTSS4REST

TiSiNNG

TiAIN 38° 0 ~ -0.015

D0 ~ -0.012

DR± 0.015

R± 0.010

4

(mm)


030 01030 02030 03030 05040 01040 02040 03040 05040 10050 01050 02050 03050 05050 10060 01060 02060 03060 05060 10060 15060 20080 01080 02080 03080 05080 10080 15080 20090 01090 02090 03090 05090 10090 20

R0.1R0.2R0.3R0.5R0.1R0.2R0.3R0.5R1.0R0.1R0.2R0.3R0.5R1.0R0.1R0.2R0.3R0.5R1.0R1.5R2.0R0.1R0.2R0.3R0.5R1.0R1.5R2.0R0.1R0.2R0.3R0.5R1.0R2.0

3.0 508 6

4.0 5010 6

5.0 6013 6

6.0 6013 6

8.0 6519 8

9.0 7019 10

EDP No.Diameter

D


R L2 L3 D2

34

EN

DM

ILL

SH

H S

ER

IES

AL

SE

RIE

SD

L S

ER

IES

END

MIL

L IN

FOR

MAT

ION

E

NF

SE

RIE

SS

S S

ER

IES

IX S

ER

IES D₂ D

L₂

L₃

R



4F RADIUS ENDMILLS(Short Length)

IX(NF / SS) SERIES

D>6D>6IX4REST NF4RESTSS4REST

TiSiNNG

TiAIN 38° 0 ~ -0.015

DR± 0.015

4

(mm)


100 02100 03100 05100 10100 15100 20120 02120 03120 05120 10120 15120 20160 05160 10160 15160 20200 05200 10200 15200 20

R0.2R0.3R0.5R1.0R1.5R2.0R0.2R0.3R0.5R1.0R1.5R2.0R0.5R1.0R1.5R2.0R0.5R1.0R1.5R2.0

10.0 7022 10

12.0 8026 12

20.0

16.0

10038 20

10032 16

EDP No.Diameter

D


R L2 L3 D2

35

EN

DM

ILL

SN

F S

ER

IES

SS

SE

RIE

SH

H S

ER

IES

AL S

ER

IES

DL S

ER

IES

END

MILL IN

FOR

MATIO

N

E

IX S

ER

IES

D₂ D

L₂

L₁

L₃

R


IX4RELN


D≤6D≤6IX4RELN

(mm)

NGTiAIN 30° 0 ~ -0.012

DR± 0.010

4

IX4RELN 010 01 03010 01 04010 01 06010 01 08010 01 10010 02 03010 02 04010 02 06010 02 08010 02 10010 03 03010 03 04010 03 06010 03 08010 03 10012 01 04012 01 06012 02 04012 02 06012 03 04012 03 06015 01 04015 01 06015 01 08015 01 10015 01 12015 01 14015 01 16015 02 04015 02 06015 02 08015 02 10015 02 12015 02 14015 02 16

1.0

1.2

1.5

R0.1

R0.2

R0.3

R0.1

R0.2

R0.3

R0.1

R0.2

3468103468103468104646464681012141646810121416

451.5 4

451.8 4

45

50

50

45

2.3 4

EDP No.Diameter Corner Radius Effective Length Length of Cut Overall Length Shank Dia.

D R L1 L2 L3 D2

36

EN

DM

ILL

SN

F S

ER

IES

SS

SE

RIE

SH

H S

ER

IES

AL

SE

RIE

SD

L S

ER

IES

END

MIL

L IN

FOR

MAT

ION

E

IX S

ER

IES D₂ D

L₂

L₁

L₃

R


IX4RELN


D≤6D≤6IX4RELN

(mm)

NGTiAIN 30° 0 ~ -0.012

DR± 0.010

4

IX4RELN 015 03 04015 03 06015 03 08015 03 10015 03 12015 03 14015 03 16020 01 06020 01 08020 01 10020 01 12020 01 14020 01 16020 01 20020 02 06020 02 08020 02 10020 02 12020 02 14020 02 16020 02 20020 03 06020 03 08020 03 10020 03 12020 03 14020 03 16020 03 20020 05 06020 05 08020 05 10020 05 12020 05 14020 05 16020 05 20

1.5

2.0

R0.1

R0.2

R0.3

R0.1

R0.2

46810121416681012141620681012141620681012141620681012141620

45

45

45

45

45

50

50

50

50

50

2.3 4

3 4


D R L1 L2 L3 D2

37

EN

DM

ILL

SN

F S

ER

IES

SS

SE

RIE

SH

H S

ER

IES

AL S

ER

IES

DL S

ER

IES

END

MILL IN

FOR

MATIO

N

E

IX S

ER

IES

D₂ D

L₂

L₁

L₃

R


IX4RELN


NG

D≤6D≤6IX4RELN

TiAIN 30° 0 ~ -0.012

DR± 0.010

4

(mm)

IX4RELN 025 01 08025 01 10025 01 12025 01 14025 01 16025 01 20025 01 25025 02 08025 02 10025 02 12025 02 14025 02 16025 02 20025 02 25025 03 08025 03 10025 03 12025 03 14025 03 16025 03 20025 03 25025 05 08025 05 10025 05 12025 05 14025 05 16025 05 20025 05 25025 10 08025 10 10025 10 12025 10 14025 10 16025 10 20025 10 25

2.5

R0.1

R0.2

R0.3

R0.5

R1.0

81012141620258101214162025810121416202581012141620258101214162025

45

45

45

45

45

50

50

50

50

50

3.5 4


D R L1 L2 L3 D2

38

EN

DM

ILL

SN

F S

ER

IES

SS

SE

RIE

SH

H S

ER

IES

AL

SE

RIE

SD

L S

ER

IES

END

MIL

L IN

FOR

MAT

ION

E

IX S

ER

IES D₂ D

L₂

L₁

L₃

R


IX4RELN


D≤6D≤6IX4RELN

NGTiAIN 30° 0 ~ -0.012

DR± 0.010

4

(mm)

IX4RELN 030 01 08030 01 10030 01 12030 01 14030 01 16030 01 20030 01 25030 02 08030 02 10030 02 12030 02 14030 02 16030 02 20030 02 25030 03 08030 03 10030 03 12030 03 14030 03 16030 03 20030 03 25030 05 08030 05 10030 05 12030 05 14030 05 16030 05 20030 05 25030 10 08030 10 10030 10 12030 10 14030 10 16030 10 20030 10 25

3.0

R0.1

R0.2

R0.3

R0.5

R1.0

81012141620258101214162025810121416202581012141620258101214162025

50

50

50

50

50

60

60

60

60

60

65

65

65

65

65

4.5 6


D R L1 L2 L3 D2

39

EN

DM

ILL

SN

F S

ER

IES

SS

SE

RIE

SH

H S

ER

IES

AL S

ER

IES

DL S

ER

IES

END

MILL IN

FOR

MATIO

N

E

IX S

ER

IES

D₂ D

L₂

L₁

L₃

R


IX4RELN


D≤6D≤6IX4RELN

NGTiAIN 30° 0 ~ -0.012

DR± 0.010

4

(mm)

IX4RELN 040 01 10040 01 12040 01 14040 01 16040 01 20040 01 25040 01 30040 01 40040 02 10040 02 12040 02 14040 02 16040 02 20040 02 25040 02 30040 02 40040 03 10040 03 12040 03 14040 03 16040 03 20040 03 25040 03 30040 03 40040 05 10040 05 12040 05 14040 05 16040 05 20040 05 25040 05 30040 05 40

4.0

R0.1

R0.2

R0.3

R0.5

1012141620253040101214162025304010121416202530401012141620253040

50

50

50

50

60

60

60

60

65

65

65

65

70

70

70

70

80

80

80

80

6 6


D R L1 L2 L3 D2

40

EN

DM

ILL

SN

F S

ER

IES

SS

SE

RIE

SH

H S

ER

IES

AL

SE

RIE

SD

L S

ER

IES

END

MIL

L IN

FOR

MAT

ION

E

IX S

ER

IES D₂ D

L₂

L₁

L₃

R


IX4RELN


D≤6D≤6IX4RELN

NGTiAIN 30° 0 ~ -0.012

DR± 0.010

4

(mm)

IX4RELN 040 10 10040 10 12040 10 14040 10 16040 10 20040 10 25040 10 35040 10 40050 01050 02050 03050 05050 10050 15050 20

4.0

5.0

R0.1

R0.1R0.2R0.3R0.5R1.0R1.5R2.0

1012141620253540

15

50

60

657080

60

6 6

8 6


D R L1 L2 L3 D2

41

EN

DM

ILL

SS

S S

ER

IES

AL S

ER

IES

DL S

ER

IES

END

MILL IN

FOR

MATIO

N

E

HH

SE

RIE

SN

F S

ER

IES

IX S

ER

IES


IX4RELN


D>6D>6IX4RELN

NGTiAIN 30° 0 ~ -0.015

DR± 0.015

4

(mm)

IX4RELN 060 01060 02060 03060 05060 10060 15060 20080 01080 02080 03080 05080 10080 15080 20100 01100 02100 03100 05100 10100 15100 20120 02120 03120 05120 10120 15120 20160 05160 10200 05200 10


6.0 60920 6

8.0 651225 8

10.0 701530 10

12.0 801832 12

16.0 1002040 16

20.0 1002545 20


D R L1 L2 L3 D2

D₂ D

L₂

L₁

L₃

R

42

EN

DM

ILL

SA

L S

ER

IES

DL

SE

RIE

SEN

DM

ILL

INFO

RM

ATIO

N

E

SS

SE

RIE

SH

H S

ER

IES

IX S

ER

IES

NF

SE

RIE

S

D≤6

D₂

L₂

L₃

D

⇡ Designed to machine precision carbide material Al, Si serial coatingIX2SEST

NF2SESTHH2SEST

2F ENDMILLSIX(NF / HH) SERIES

TiSiNNG

IX2SEST NF2SEST HH2SEST

TiAIN2

30° 0 ~ -0.012

D

(mm)

IX2SEST(NF2SEST)(HH2SEST)

001001500200250030035004004500500550060065007007500800850090095010010 03010 04015015 06015 08020020 08020 10025025 10025 12030030 12

0.20.30.40.50.60.70.80.91.0 1.11.21.31.41.51.61.71.82 2.5344686810810121012

404040404040404040404040404040404040

50

50

50

50

50

444444444444444444

6

6

6

6

6

0.10.150.20.250.30.350.40.450.50.550.60.650.70.750.80.850.90.95

1.0

1.5

2.0

2.0

3.0

EDP No.Diameter Length of Cut Overall Length Shank Dia.

D L2 L3 D2

AITiN

43

EN

DM

ILL

SS

S S

ER

IES

AL S

ER

IES

DL S

ER

IES

END

MILL IN

FOR

MATIO

N

E

HH

SE

RIE

SIX

SE

RIE

SN

F S

ER

IES

D≤6 D>6

D₂

L₂

L₃

D



2F ENDMILLSIX(NF / HH) SERIES

NG 230° 0 ~ -0.012

D0 ~ -0.015

D

(mm)


035040040 16045050055060065070075080085090095100105110115120130140 12S140160170180180 18S190200210220230240250

1012161415151518202020222224252630303035

35

4042

45

45454848525252

50

50

5060606060657065707070708080808090

100

100100

100

100100100100120120120

6

6

6666888810101010121212121212161616161820202020252525

3.5

4.0

4.5 5.0 5.5 6.0 6.5 7.0 7.5 8.0 8.5 9.0 9.5 10.0 10.5 11.0 11.5 12.0 13.0

14.0

16.0 17.0

18.0

19.0 20.0 21.0 22.0 23.0 24.0 25.0


D L2 L3 D2

TiSiNTiAIN AITiN


44

EN

DM

ILL

SS

S S

ER

IES

AL

SE

RIE

SD

L S

ER

IES

END

MIL

L IN

FOR

MAT

ION

E

HH

SE

RIE

SIX

SE

RIE

SN

F S

ER

IES

D≤6

D₂

L₂

L₃

D



2F ENDMILLS(0.1mm UNIT)

IX(NF / HH) SERIES

NG 230° 0 ~ -0.012

D

(mm)


010 4S011012013014015 4S016017018019020 4S021022023024025 4S026027028029030 4S031032033034035 4S036037038039040 4S

2.533344445566666888881010101010101111111112

50505050505050505050505050505050505050505050505050505050505050

4444444444444444444444444444444

1.0 1.11.21.31.41.51.61.71.81.92.0 2.12.22.32.42.52.62.72.82.93.0 3.13.23.33.43.53.63.73.83.94.0


D L2 L3 D2

TiSiN


TiAIN AITiN

45

EN

DM

ILL

SS

S S

ER

IES

AL S

ER

IES

DL S

ER

IES

END

MILL IN

FOR

MATIO

N

E

HH

SE

RIE

SIX

SE

RIE

SN

F S

ER

IES

D₂

L₂

L₃

D



2F LONG ENDMILLIX(NF / HH) SERIES

TiSiNNG

IX2SELO NF2SELO HH2SELO

TiAIN2

30° 0 ~ -0.030

D

(mm)

IX2SELO(NF2SELO)(HH2SELO)

010 06010 08010 10015 10015 12015 15020 10020 12020 15025 15025 20030 12030 15030 20030 25040 15040 20040 25040 30050 20050 25050 30050 35050 40060 20060 25060 30060 35060 40060 45070 25070 30070 35070 40

681010121510121515201215202515202530202530354020253035404525303540

606060606060606060606070707070707070757075809010075758010012015075808090

6

6

6

6

6

6

6

6

8

1.0

1.5

2.0

2.5

3.0

4.0

5.0

6.0

7.0


D L2 L3 D2

D≤6

AITiN

46

EN

DM

ILL

SS

S S

ER

IES

AL

SE

RIE

SD

L S

ER

IES

END

MIL

L IN

FOR

MAT

ION

E

HH

SE

RIE

SIX

SE

RIE

SN

F S

ER

IES

TiSiNNG

IX2SELO NF2SELO HH2SELO

TiAIN2

30° 0 ~ -0.030

D

D₂

L₂

L₃

D



2F LONG ENDMILLIX(NF / HH) SERIES

(mm)


080 25080 30080 35080 40080 45080 50100 30100 35100 40100 45100 50100 55100 60120 30120 35120 40120 45120 50120 60120 65120 70140 50140 60160 50160 60160 90160 110160 120200 60200 80200 90200 110200 120250 70250 110250 120

253035404550303540455055603035404550606570506050609011012060809011012070110120

758080901001208090909510012015090100100100100110120150110150110120160200250130150160200250160200250

8

10

12

16

16

20

25

8.0

10.0

12.0

14.0

16.0

20.0

25.0


D L2 L3 D2

D≤6

AITiN

47

EN

DM

ILL

SS

S S

ER

IES

HH

SE

RIE

SA

L SE

RIE

SD

L SE

RIE

SEN

DM

ILL INFO

RM

ATION

E

IX S

ER

IES

NF

SE

RIE

S

D₂

L₂

L₁

L₃

D


IX2SELNNF2SELN

2F LONG NECK ENDMILLIX(NF) SERIES

TiSiNNG

IX2SELN NF2SELN

TiAIN2

30° 0 ~ -0.012

D

(mm)

IX2SELN(NF2SELN)

001 003001 005002 005002 006002 01002 015002 02003 01003 015003 02003 025003 03003 04003 05004 01004 015004 02004 025004 03004 04004 05004 06004 08005 01005 015005 02005 025005 03005 04005 05005 06005 08005 10

0.1 0.15 40 4

0.2 0.3 40 4

0.3 0.45 40 4

0.4 0.6 40 4

0.5 0.7 45 4

0.30.50.50.61.0 1.5 2.0 1.0 1.5 2.0 2.5 3.0 4.0 5.0 1.0 1.5 2.0 2.5 3.0 4.0 5.0 6.0 8.0 1.0 1.5 2.0 2.5 3.0 4.0 5.0 6.0 8.0 10.0


R L1 L2 L3 D2

D≤6

48

EN

DM

ILL

SS

S S

ER

IES

HH

SE

RIE

SA

L S

ER

IES

DL

SE

RIE

SEN

DM

ILL

INFO

RM

ATIO

N

E

IX S

ER

IES

NF

SE

RIE

S

D₂

L₂

L₁

L₃

D


IX2SELNNF2SELN


TiSiNNG

IX2SELN NF2SELN

TiAIN2

30° 0 ~ -0.012

D

(mm)

IX2SELN(NF2SELN)

006 02006 03006 04006 05006 06006 08006 10006 12007 02007 04007 06007 08007 10007 12008 02008 03008 04008 05008 06008 08008 10008 12008 14009 06009 08009 10

0.6 0.9 45 4

0.7 1.2 45 4

0.9 1.3 45 4

0.8 1.2 45 4

2345681012246810122345681012146810


R L1 L2 L3 D2

D≤6

49

EN

DM

ILL

SS

S S

ER

IES

HH

SE

RIE

SA

L SE

RIE

SD

L SE

RIE

SEN

DM

ILL INFO

RM

ATION

E

IX S

ER

IES

NF

SE

RIE

S

D₂

L₂

L₁

L₃

D


IX2SELNNF2SELN


TiSiNNG

IX2SELN NF2SELN

TiAIN2

30° 0 ~ -0.012

D

D≤6

(mm)

IX2SELN(NF2SELN)

010 02010 03010 04010 05010 06010 07010 08010 10010 12010 14010 16010 18010 20010 22010 25012 04012 06012 08012 10012 12012 16012 20012 22012 25014 06014 08014 10014 12014 16014 20

45

50

60

0.1 1.5 4

45

50

60

50

1.2 1.8 4

451.4 2.1 4

234567810121416182022254681012162022256810121620


R L1 L2 L3 D2

50

EN

DM

ILL

SS

S S

ER

IES

HH

SE

RIE

SA

L S

ER

IES

DL

SE

RIE

SEN

DM

ILL

INFO

RM

ATIO

N

E

IX S

ER

IES

NF

SE

RIE

S

D₂

L₂

L₁

L₃

D


IX2SELNNF2SELN


TiSiNNG

IX2SELN NF2SELN

TiAIN2

30° 0 ~ -0.012

D

D≤6

(mm)

IX2SELN(NF2SELN)

015 04015 06015 08015 10015 12015 14015 16015 18015 20015 22015 25015 30016 04016 06016 08016 10016 12016 16016 18016 20018 08018 10018 12018 16018 18018 20

46

50

60

70

50

50

1.5 2.3 4

45

1.6 2.6 4

45

1.8 2.7 4

468101214161820222530468101216182081012161820


R L1 L2 L3 D2

51

EN

DM

ILL

SS

S S

ER

IES

HH

SE

RIE

SA

L SE

RIE

SD

L SE

RIE

SEN

DM

ILL INFO

RM

ATION

E

IX S

ER

IES

NF

SE

RIE

S

D₂

L₂

L₁

L₃

D


IX2SELNNF2SELN


TiSiNNG

IX2SELN NF2SELN

TiAIN2

30° 0 ~ -0.012

D

D≤6

(mm)

IX2SELN(NF2SELN)

020 04020 06020 08020 10020 12020 14020 16020 18020 20020 22020 25020 30020 35020 40025 08025 10025 12025 14025 16025 18025 20025 22025 25025 30025 35025 40

45

50

60

70

80

45

2.0 3.0 4

50

60

70

80

2.5 4.0 4

468101214161820222530354081012141618202225303540


R L1 L2 L3 D2

52

EN

DM

ILL

SS

S S

ER

IES

HH

SE

RIE

SA

L S

ER

IES

DL

SE

RIE

SEN

DM

ILL

INFO

RM

ATIO

N

E

IX S

ER

IES

NF

SE

RIE

S

D₂

L₂

L₁

L₃

D


IX2SELNNF2SELN


TiSiNNG

IX2SELN NF2SELN

TiAIN2

30° 0 ~ -0.012

D

D≤6

(mm)

IX2SELN(NF2SELN)

030 08030 10030 12030 14030 16030 18030 20030 22030 25030 30030 35030 40030 45030 50040 10040 12040 14040 16040 18040 20040 22040 25040 30040 35040 40040 45040 50050 15050 20050 25050 30050 35050 40050 50050 60

3.0 4.5 6

4.0 6.0 6

5.0 8.0 6

810121416182022253035404550101214161820222530354045501520253035405060

50

60

65

70

8090100

50

60

65

70

8090100

60

6570758090100


R L1 L2 L3 D2

53

EN

DM

ILL

SA

L SE

RIE

SD

L SE

RIE

SEN

DM

ILL INFO

RM

ATION

E

IX S

ER

IES

NF

SE

RIE

SS

S S

ER

IES

HH

SE

RIE

S


IX2SELNNF2SELN


TiSiNNG

IX2SELN NF2SELN

TiAIN2

30° 0 ~ -0.015

D

D>6

(mm)

IX2SELN(NF2SELN)

060 15060 20060 30060 40060 50060 60080 20080 30080 40100 25100 35100 45120 30120 40120 50

6.0 9 6

8.0 12 8

10.0 15 10

12.0 18 12

152030405060203040253545304050

60

7580901006580100708010080100120


R L1 L2 L3 D2

54

EN

DM

ILL

SA

L S

ER

IES

DL

SE

RIE

SEN

DM

ILL

INFO

RM

ATIO

N

E

SS

SE

RIE

SH

H S

ER

IES

IX S

ER

IES

NF

SE

RIE

S


IX4SESTNF4SESTSS4SESTHH4SEST

4F ENDMILLIX(NF / SS / HH ) SERIES

TiSiNNG

IX4SEST HH4SESTNF4SESTSS4SEST

TiAIN 30° 0 ~ -0.030

D

(mm)

IX4SEST(NF4SEST)(SS4SEST)(HH4SEST)

010 025015 040020 060025 080030 100035 100040 120045 140050 150055 150060 150065 180070 200075 200080 200085 220090 220095 240100 250105 260110 300115 300120 300130 350140 350 12S140 350160 400170 420180 450180 450 18S190 450200 450210 480220 480230 520240 520250 520

2.54681010121415151518202020222224252630303035

35

4042

45

45454848525252

505050505050505060606065656565707070708080808090

100

100100

100

100100100100120120120

66666666666888810101010121212121212161616161820202020252525

1.0 1.5 2.0 2.5 3.0 3.5 4.0 4.5 5.0 5.5 6.0 6.5 7.0 7.5 8.0 8.5 9.0 9.5 10.0 10.5 11.0 11.5 12.0 13.0

14.0

16.0 17.0

18.0

19.0 20.0 21.0 21.0 23.0 24.0 25.0


D L2 L3 D2

4AITiN

55

EN

DM

ILL

SS

S S

ER

IES

AL S

ER

IES

DL S

ER

IES

END

MILL IN

FOR

MATIO

N

E

HH

SE

RIE

SIX

SE

RIE

SN

F S

ER

IES



4F LONG ENDMILLIX(NF / HH ) SERIES

TiSiNNG

IX4SEST HH4SELONF4SELO

TiAIN 30° 0 ~ -0.030

D4

(mm)


010 06010 08010 10015 10015 12015 15020 10020 12020 15025 15025 20030 12030 15030 20030 25040 15040 20040 25040 30050 20050 25050 30050 35050 40060 20060 25060 30060 35060 40060 45070 25070 30070 35070 40

681010121510121515201215202515202530202530354020253035404525303540

606060606060606060606070707070707070757075809010075758010012015075808090

6

6

6

6

6

6

6

6

8

1.0

1.5

2.0

2.5

3.0

4.0

5.0

6.0

7.0


D L2 L3 D2

AITiN

56

EN

DM

ILL

SS

S S

ER

IES

AL

SE

RIE

SD

L S

ER

IES

END

MIL

L IN

FOR

MAT

ION

E

HH

SE

RIE

SN

F S

ER

IES

IX S

ER

IES



4F LONG ENDMILLIX(NF / HH ) SERIES

TiSiNNG

IX4SEST HH4SELONF4SELO

TiAIN 30° 0 ~ -0.030

D4

(mm)


D L2 L3 D2


080 25080 30080 35080 40080 45080 50100 30100 35100 40100 45100 50100 55100 60120 30120 35120 40120 45120 50120 60120 65120 70140 50140 60160 50160 60160 90160 110160 120200 60200 80200 90200 110200 120250 70250 110250 120

253035404550303540455055603035404550606570506050609011012060809011012070110120

758080901001208090909510012015090100100100100110120150110150110120160200250130150160200250160200250

8

10

12

16

16

20

25

8.0

10.0

12.0

14.0

16.0

20.0

25.0

AITiN

57

EN

DM

ILL

SN

F S

ER

IES

SS

SE

RIE

SH

H S

ER

IES

AL S

ER

IES

DL S

ER

IES

END

MILL IN

FOR

MATIO

N

E

IX S

ER

IES


IX4SELN

4F LONG NECK ENDMILLSIX SERIES

NG

IX4SELN

TiAIN4

30° 0 ~ -0.030

D

(mm)

IX4SELN 010 03010 04010 06010 08010 10010 12010 16012 04012 06012 08012 10012 12012 16015 04015 06015 08015 10015 12015 16020 06020 08020 10020 12020 16020 20025 08025 10025 12025 16025 20025 25

1.5

1.8

2.3

3

4

4

4

4

4

4

45

50

45

50

45

50

45

50

45

55

60

3468101216468101216468101216681012162081012162025

1.0

1.2

1.5

2.0

2.5

EDP No.Diameter Effective Length Length of Cut Overall Length Shank Dia.

R L1 L2 L3 D2

58

EN

DM

ILL

SN

F S

ER

IES

SS

SE

RIE

SH

H S

ER

IES

AL

SE

RIE

SD

L S

ER

IES

END

MIL

L IN

FOR

MAT

ION

E

IX S

ER

IES


IX4SELN


NG

IX4SELN

TiAIN4

30° 0 ~ -0.030

D

(mm)

IX4SELN 030 08030 10030 12030 14030 16030 20030 25030 30040 10040 12040 16040 20040 25040 30040 40050 15050 20050 25050 30050 35050 40050 50050 60

4.5

6

8

6

6

6

50

60

6570

50

60

657080

60

6570758090100

810121416202530101216202530401520253035405060

3.0

4.0

5.0


R L1 L2 L3 D2

59

EN

DM

ILL

SN

F S

ER

IES

SS

SE

RIE

SH

H S

ER

IES

AL S

ER

IES

DL S

ER

IES

END

MILL IN

FOR

MATIO

N

E

IX S

ER

IES


IX4SELN


NG

IX4SELN

TiAIN4

30° 0 ~ -0.030

D

(mm)

IX4SELN 060 15060 20060 30060 40060 50060 60080 20080 30080 40100 25100 35100 45120 30120 40120 50

9

12

15

18

6

8

10

12

60607580901006580100708010080100120

152030405060203040253545304050

6.0

8.0

10.0

12.0


R L1 L2 L3 D2

60

EN

DM

ILL

SN

F S

ER

IES

HH

SE

RIE

SA

L S

ER

IES

DL

SE

RIE

SEN

DM

ILL

INFO

RM

ATIO

N

E

IX S

ER

IES

SS

SE

RIE

S


IX4SEVF

4F ENDMILLS (HARDNESS CUTTING)IX SERIES

NG

IX4SEVF

TiAIN4

38° 0 ~ -0.012

D0 ~ -0.015

D

D≤6 D>6

(mm)


IX4SEVF1 030 08040 10050 15060 15070 18080 20090 22100 25110 28120 30140 35160 40180 42200 45

810151518202225283035404245

50506060656570708080100100100100

6666881010121216161820

3.0 4.0 5.0 6.0 7.0 8.0 9.0 10.0 11.0 12.0 14.0 16.0 18.0 20.0

D L2 L3 D2

IX4SEVF2 030 05040 06050 08060 09901 11070 11902 12080 12903 12904 14090 14905 15100 15110 17906 18120 18130 20907 21140 21908 24160 24

5689

11

12

14

15

17

18

20

21

24

50505050

60

60

60

65

65

65

75

75

75

66667878107107101010121010141016

3.0 4.0 5.0 6.0

7.0

8.0

9.0

10.0

11.0

12.0

13.0

14.0

16.0

(Short Length )

A = B = C = D : Irregular indexing angle

A

B

C

DImproved productivity with effective machining due to less vibration

61

EN

DM

ILL

SN

F S

ER

IES

HH

SE

RIE

SA

L SE

RIE

SD

L SE

RIE

SEN

DM

ILL INFO

RM

ATION

E

SS

SE

RIE

SIX

SE

RIE

S

⇡ Hard-to-cut Material (Alloyed steel, Stainless, Ti Alloy, Inconel)

SS4SERO

SS SERIES

MG

SS4SERO

TiAIN3&4

45°

(mm)

EDP No. Diameter Corner Radius Length of Cut Overall Length Shank Dia.

SS4SERO 040 015040 04050 015050 05060 02060 06080 02080 08090 02090 09100 03100 10120 03120 12160 03160 16200 03200 20

4.0

5.0

6.0

8.0

9.0

10.0

12.0

16.0

20.0

11

13

13

19

20

22

26

42

48

45

50

60

65

70

70

80

110

110

6

6

6

8

10

10

12

16

20

R0.15R0.4R0.15R0.5R0.2R0.6R0.2R0.8R0.2R0.9R0.3R1.0R0.3R1.2R0.3R1.6R0.3R2.0

ROUGHING ENDMILLS

62

EN

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IX2SETA

2F TAPER ENDMILLSIX SERIES

NG

IX2SETA

TiAIN 30° 0 ~ -0.030

D2

(mm)

IX2SETA 003 05003 10003 15003 20003 30003 50003 70003 100004 05004 10004 15004 20004 30004 50004 70004 100005 05005 10005 15005 20005 30005 50005 70005 100006 05006 10006 15006 20006 30006 50006 70006 100

0.3

0.4

0.5

0.6

1.2

1.6

2

2.4

40

40

45

45

4

4

4

4

30' 1˚ 1˚30' 2˚ 3˚ 5˚ 7˚10˚ 30' 1˚ 1˚30' 2˚ 3˚ 5˚ 7˚10˚ 30' 1˚ 1˚30' 2˚ 3˚ 5˚ 7˚10˚ 30' 1˚ 1˚30' 2˚ 3˚ 5˚ 7˚10˚

EDP No.Diameter Taper Angle Length of Cut Overall Length Shank Dia.

R θ L2 L3 D2

63

EN

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IX2SETA


NG

IX2SETA

TiAIN 30° 0 ~ -0.030

D2

(mm)

IX2SETA 008 05008 10008 15008 20008 30008 50008 70008 100010 05010 10010 15010 20010 30010 50010 70010 100015 05015 10015 15015 20015 30015 50015 70015 100020 05020 10020 15020 20020 30020 50020 70020 100

0.8

1.0

1.5

2.0

3.2

4

6

8

45

45

45

45

4

4

4

4

6

30' 1˚ 1˚30' 2˚ 3˚ 5˚ 7˚10˚ 30' 1˚ 1˚30' 2˚ 3˚ 5˚ 7˚10˚ 30' 1˚ 1˚30' 2˚ 3˚ 5˚ 7˚10˚ 30' 1˚ 1˚30' 2˚ 3˚ 5˚ 7˚10˚


R θ L2 L3 D2

64

EN

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IX2SETA


NG

IX2SETA

TiAIN 30° 0 ~ -0.030

D2

(mm)

IX2SETA 025 05025 10025 15025 20025 30025 50025 70025 100030 05030 10030 15030 20030 30030 50030 70030 100040 05040 10040 15040 20040 30040 50040 60040 70040 100

2.5

3.0

4.0

10

12

15

45

50

55

4

6

6

8

6

8

10

30' 1˚ 1˚30' 2˚ 3˚ 5˚ 7˚10˚ 30' 1˚ 1˚30' 2˚ 3˚ 5˚ 7˚10˚ 30' 1˚ 1˚30' 2˚ 3˚ 5˚ 6˚ 7˚10˚


R θ L2 L3 D2

65

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IX2SETA


NG

IX2SETA

TiAIN 30° 0 ~ -0.030

D

(mm)

2

IX2SETA 060 05060 10060 15060 20060 30060 50060 70060 100080 05080 10080 15080 20080 30080 50080 70080 100100 05100 10100 15100 20100 30100 50100 70100 100

6.0

8.0

10.0

20

17

25

201510

35

28181085

60

80

90

8

10

12

10

12

12

30' 1˚ 1˚30' 2˚ 3˚ 5˚ 7˚10˚ 30' 1˚ 1˚30' 2˚ 3˚ 5˚ 7˚10˚ 30' 1˚ 1˚30' 2˚ 3˚ 5˚ 7˚10˚


R θ L2 L3 D2

66

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IX2BETA

2F TAPER BALL ENDMILLSIX SERIES

NG

IX2BETA

TiAIN 30°

(mm)

2± 0.005

R0 ~ -0.030

D

IX2BETA 004 05004 10004 15004 20004 30004 50004 70004 100005 05005 10005 15005 20005 30005 50005 70005 100006 05006 10006 15006 20006 30006 50006 40006 100008 05008 10008 15008 20008 30008 50008 70008 100

R0.2

R0.25

R0.3

R0.4

1.6

2

2.4

3.2

40

45

45

45

4

4

4

4

30' 1˚ 1˚30' 2˚ 3˚ 5˚ 7˚10˚ 30' 1˚ 1˚30' 2˚ 3˚ 5˚ 7˚10˚ 30' 1˚ 1˚30' 2˚ 3˚ 5˚ 7˚10˚ 30' 1˚ 1˚30' 2˚ 3˚ 5˚ 7˚10˚


R θ L2 L3 D2

67

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⇡ Designed to machine precision carbide material Al serial coatingIX2BETA

2F TAPER BALL ENDMILLSIX SERIES

NG

IX2BETA

TiAIN 30°2

± 0.005

R0 ~ -0.030

D

(mm)

IX2BETA

IX2BETA

010 05010 10010 15010 20010 30010 50010 70010 100015 05015 10015 15015 20015 30015 50015 70015 100020 05020 10020 15020 20020 30020 50020 70020 100030 05030 10030 15030 20030 30030 50030 70030 100040 05040 10040 15040 20040 30040 50040 70040 100

R0.5

R0.75

R1

R1.5

R2

4

6

8

12

15

45

45

45

50

55

4

4

4

6

6

8

6

8

10

30' 1˚ 1˚30' 2˚ 3˚ 5˚ 7˚10˚ 30' 1˚ 1˚30' 2˚ 3˚ 5˚ 7˚10˚ 30' 1˚ 1˚30' 2˚ 3˚ 5˚ 7˚ 10˚ 30' 1˚ 1˚30' 2˚ 3˚ 5˚ 7˚10˚ 30' 1˚ 1˚30' 2˚ 3˚ 5˚ 7˚10˚


R θ L2 L3 D2

68

EN

DM

ILL

SN

F S

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⇡ Designed to machine precision carbide material Al serial coatingIX4SETA


NG

IX4SETA

TiAIN 30° 0 ~ -0.030

D2

(mm)

IX4SETA 030 05030 10030 15030 20030 30030 50030 70030 100040 05040 10040 15040 20040 30040 50040 60040 70040 100

3.0

4.0

12

15

50

55

6

8

6

8

10

30' 1˚ 1˚30' 2˚ 3˚ 5˚ 7˚10˚ 30' 1˚ 1˚30' 2˚ 3˚ 5˚ 6˚ 7˚10˚


R θ L2 L3 D2

69

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IX4SETA


NG

IX4SETA

TiAIN 30° 0 ~ -0.030

D2

(mm)

IX4SETA 060 05060 10060 15060 20060 30060 50060 70060 100080 05080 10080 15080 20080 30080 50080 70080 100100 05100 10100 15100 20100 30100 50100 70100 100

6.0

8.0

10.0

20

17

25

201510

35

28181085

60

80

90

8

10

12

10

12

12

30' 1˚ 1˚30' 2˚ 3˚ 5˚ 7˚10˚ 30' 1˚ 1˚30' 2˚ 3˚ 5˚ 7˚10˚ 30' 1˚ 1˚30' 2˚ 3˚ 5˚ 7˚10˚


R θ L2 L3 D2

�AL SERIESDL SERIES

71

EN

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ILL

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DL S

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AL S

ER

IES

⇡ Designed for high speed machining in Aluminium and Acrylic , other Nonferrous Material & nonmetal excellent surface finishes

⇡ Suitable for Material in Aluminium & Aluminium Alloy nonmetal serial

ALSE1ST

ALSE2STDLSE2ST

1F ENDMILLS

2F ENDMILLS

AL SERIES

AL(DL) SERIES

MG

MG

45°

45°

0 ~ -0.030

D

0 ~ -0.015

D

1

(mm)

EDP No. Diameter Length of Cut Overall Length Shank Dia.

ALSE1ST 020 07020 12030 08030 12030 20040 12040 16040 22050 22050 28060 27060 32080 32

2.0 6

3.0 6

4.0 6

5.0 6

6.0 6

8.0 8

712812201216222228273232

40504545555055606065657570

(mm)

EDP No.Flat in Shank Flat Shank

Diameter Length of Cut Overall Length Shank Dia.

ALSE2ST1(DLSE2ST1)

ALSE2ST2(DLSE2ST2)

020 07030 08040 11050 13060 13080 19100 22120 26140 26160 32180 32200 38

-030 08040 11050 13060 13080 19100 22120 26140 26160 32180 32200 38

2.0 3.0 4.0 5.0 6.0 8.0 10.0 12.0 14.0 16.0 18.0 20.0

366668101214161820

7811131319222626323238

3857575757637283839292104

2DLC

DLSE2ST

72

EN

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ILL

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INFO

RM

ATIO

N

E

AL

SE

RIE

S

⇡ Designed for high speed machining in Aluminium and Acrylic , other Nonferrous Material & nonmetal excellent surface finishes

ALSE3ST

3F ENDMILLSAL SERIES

MG45° 0 ~ -0.015

D

(mm)

EDP No. Diameter Length of Cut Overall Length Shank Dia.

030 10040 13050 17060 17070 22080 22090 27100 27110 31120 31130 35140 37150 42160 42180 47200 47

3.0 4.0 5.0 6.0 7.0 8.0 9.0 10.0 11.0 12.0 13.0 14.0 15.0 16.0 18.0 20.0

66668810101212121616161820

10131717222227273131353742424747

5050555565657070808085859090110110

3

ALSE3ST

73

EN

DM

ILL

SIX

SE

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SN

F S

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IES

ALSE3RO

3F ROUGHING ENDMILLSAL SERIES

3

⇡ Suitable for Material in Aluminium & Aluminium Alloy nonmetal serial

MG30°

(mm)

ALSE3RO1 ALSE3RO2060 16070 16080 16090 19100 22120 26140 26160 32180 32200 38250 45

060 16070 16080 16090 19100 22120 26140 26160 32180 32200 38250 45

6.0 7.0 8.0 9.0 10.0 12.0 14.0 16.0 18.0 20.0 25.0

6881010121416182025

1616161922262632323845

576363727283839292104121

EDP No.Flat in Shank Flat Shank

Diameter Length of Cut Overall Length Shank Dia.

75

EN

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ILL

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ENDMILL INFORMATION

[1] Edges for deep depth-of-cut

[2] Edges for low depth-of-cut

[3] Shank & Neck

Edge type

Edge type

Edge type

Shape

Shape

Shape

Features

Features

Features

General

Center hole

Square-end

Standard

(Straight)

Center cut

Square-end

Long

Ball endmill

Long neck

Radius endmill

Taper neck

Taper

Roughing

Shaping

In general use. It is used for Grooving, Shouldering of Roughing, Medium & Finish.

In general use. It is used for Grooving, Shouldering of Roughing, Medium & Finish. Vertical feed is not available, but good in re-sharpening

generally use in field

In tapered area for mold and other material.Generally followed by General edge endmills.

In general use. It is used for Grooving, Shouldering of Roughing, Medium & Finish. Vertical feed is available and good machinability due to wide chip pocket area

Use in deep depth-of-cut Depth adjustment possible

Waved cutting edges scatter chip in small pieces. It is used for roughing due to low cutting force. Finish is not good for final product.

Only for copying use.Machinability is not so good.

Use in deep depth-of-cut + small diameter endmill Ideal for boring application.

It is generally order-made item.Various shape of the edges are available.

R-cut for uncut part High efficient tooling is possible if big diameter cutter used.

Use in deep depth-of-cut of mold part

76

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ENDMILL INFORMATION

[4] Endmill’s shape and names

[5] The comparison according to number of flute

[6] The differences between general endmills and high speed endmills

[7] Calculations of cutting condition [8] Ball endmills cutting speed calculation formulas

◎

◎

◎

◎

○

○

○

○

◎

○

● Features of number of flute Affection of number of flute

○

○

○

○

◎

◎

◎

◎

○

◎

Ø10mm

vc =

vf= n×fn or n×fz×z

π×D×n1000 n =

1000×vc

π×D

fn =vfn fz = or

fnz

vfn×z

Calculations of feed speed

Calculations of Cutting speed

Deff = D×sin β±arccos

Deff = 2 × DXap-ap²

vc×1000

D×πn =

D×π×n1000

vc =

vf

z×nfz =

fn = fz × zvf = fz × z × nQ = ae × ap × vf

[ ] ( ) D-2ap

D

Shank diameter

Cutting length

Diameter

Shank length

Total length

Peripheral Cutting edge

Helix angle

Concavity angle

The 2nd end relief

The 3rd end relief

End Cutting edge

Coner

The 2nd relief angle

The 3rd relief angle

2 flutes 3 flutes 4 flutes

-Excellent -Good

44mm2 46mm2 48mm2

56% 58% 61%

Usages

Shape

Ratio

Cross section

AdvantagesDisadvantages

Good chip flowWeak rigiditySide facing, GroovingMulti-functional

Good chip flow Difficult to measure external diameterSide facing, Grooving Medium, finishing

High rigidityBad chip flowSide cuttingFinishing

Major featuresSpecification 2 flutes 4 flutes

Surface finish

Chip control

Grooving

Side facing

Tool rigidityTorsional rigidity

Bending rigidity

Surface roughness

Machining precision

Chip clogging

Chip evacuation

Chip evacuation

Grooving

Surface finish

Vibration

Cross section shape

General endmills High speed endmills

Features Cross section shape Features

- Applied for Low speed, High depth of cut, Low feed - Low hardness workpiece(general steel, cast iron)

- Applied for high speed, low depth of cut, high feed - Useful for hardened workpiece such as die steel

vc : Cutting speed(m/min)π : Circular constant (3.141592)D : Endmill diameter(mm)n : Revolution per minute(min-1)

vf : Feed speed(m/min)fn : Feed per revolution(mm/rev)fz : Feed per flute (mm/t)z : Number of flute

Revolution per minute

Cutting speed

Feed per tooth

Feed per revolutionFeed speedChip removal rate

Calculation Table

Effective diameter of Ball Endmill

77

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0.5

1

1.5

2

2.5

3

4

5

6

8

10

12.5

0.5

1

1.5

2

2.5

3

4

5

6

8

10

12.5

0.003

0.001

0.001

0.001

0.001

-

-

-

-

-

-

-

-

-

0.104

0.077

0.061

0.051

0.038

0.030

0.025

0.019

0.015

0.012

0.010

0.005

0.003

0.003

0.002

0.002

0.001

0.001

0.001

-

-

-

-

-

-

0.092

0.073

0.061

0.045

0.036

0.030

0.023

0.018

0.014

0.023

0.011

0.008

0.006

0.005

0.004

0.003

0.002

0.002

0.001

0.001

0.001

-

-

-

0.109

0.086

0.071

0.053

0.042

0.035

0.026

0.021

0.017

0.042

0.020

0.013

0.010

0.008

0.007

0.005

0.004

0.003

0.003

0.002

0.002

-

-

-

-

0.100

0.083

0.062

0.049

0.041

0.031

0.025

0.020

0.067

0.032

0.021

0.016

0.013

0.010

0.008

0.006

0.005

0.004

0.003

0.003

-

-

-

-

-

0.095

0.071

0.057

0.047

0.035

0.028

0.023

0.100

0.046

0.030

0.023

0.018

0.015

0.011

0.009

0.008

0.006

0.005

0.004

-

-

-

-

-

0.109

0.081

0.064

0.054

0.040

0.032

0.026

-

0.063

0.041

0.031

0.025

0.020

0.015

0.012

0.010

0.008

0.006

0.005

-

-

-

-

-

-

0.091

0.073

0.061

0.045

0.036

0.029

-

0.083

0.054

0.040

0.032

0.027

0.020

0.016

0.013

0.010

0.008

0.006

-

-

-

-

-

-

0.103

0.082

0.068

0.051

0.041

0.032

-

0.107

0.069

0.051

0.041

0.034

0.025

0.020

0.017

0.013

0.010

0.008

-

-

-

-

-

-

-

0.091

0.076

0.057

0.045

0.036

-

-

0.086

0.064

0.051

0.042

0.031

0.025

0.021

0.016

0.013

0.010

-

-

-

-

-

-

-

0.101

0.084

0.063

0.050

0.040

ENDMILL INFORMATION

[10] Peak Feed operation of Ball & Radius Endmill

[11] Corner-R (radius) of Ball Endmill / Surface finish (h) by Peak Feed

R : Corner-R (radius)

P : Peak Feed(Pf)

h : Surface finish (in theory)

(mm)

(mm)

h = R× 1-cos sin-1[ { ] ( ) P

2R

Peak Feed pitch(P)

Peak Feed pitch(P)

R

R

P

P

0.1

1.1

0.2

1.2

0.3

1.3

0.4

1.4

0.5

1.5

0.6

1.6

0.7

1.7

0.8

1.8

0.9

1.9

1.0

2.0

Relief angle

Rake angle (External edge)

Edge angle

Edg

e an

gle

Machinability

Wear, Strength

Rake angle & Relief angle

Endmill

R

P

h

[9] Features of cutting edge

78

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ENDMILL INFORMATION

[12] The affection of flute length

[13] Spindle revolution conversion table(RPM) - external diameter

δ = Pℓ3

３EI

0.2

0.3

0.4

0.5

0.6

0.7

0.8

0.9

1

1.5

2

2.5

3

3.5

4

4.5

5

5.5

6

6.5

7

7.5

8

8.5

9

9.5

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

20 30 40 50 60 70 80 90 100 120 140 150 180 200 250 300

Cutting speed (vc, m/min)External

vc

31,831

21,221

15,915

12,732

10,610

9,095

7,958

7,074

6,366

4,244

3,183

2,546

2,122

1,819

1,592

1,415

1,273

1,157

1,061

979

909

849

796

749

707

670

637

579

531

490

455

424

398

374

354

335

318

303

289

277

265

255

47,746

31,831

23,873

19,099

15,915

13,642

11,937

10,610

9,549

6,366

4,775

3,820

3,183

2,728

2,387

2,122

1,910

1,736

1,592

1,469

1,364

1,273

1,194

1,123

1,061

1,005

955

868

796

735

682

637

597

562

531

503

477

455

434

415

398

382

63,662

42,441

31,831

25,465

21,221

18,189

15,915

14,147

12,732

8,488

6,366

5,093

4,244

3,638

3,183

2,829

2,546

2,315

2,122

1,959

1,819

1,698

1,592

1,498

1,415

1,340

1,273

1,157

1,061

979

909

849

796

749

707

670

637

606

579

554

531

509

79,577

53,052

39,789

31,831

26,526

22,736

19,894

17,684

15,915

10,610

7,958

6,366

5,305

4,547

3,979

3,537

3,183

2,894

2,653

2,449

2,274

2,122

1,989

1,872

1,768

1,675

1,592

1,447

1,326

1,224

1,137

1,061

995

969

884

838

796

758

723

692

663

637

95,493

63,662

47,746

38,197

31,831

27,284

23,873

21,221

19,009

12,732

9,549

7,639

6,366

5,457

4,775

4,244

3,820

3,472

3,183

2,938

2,728

2,546

2,387

2,247

2,122

2,010

1,910

1,736

1,592

1,469

1,364

1,273

1,194

1,123

1,061

1,005

955

909

868

830

796

764

111,408

74,272

55,704

44,563

37,136

31,831

27,852

24,757

22,282

14,854

11,141

8,913

7,427

6,366

5,570

4,951

4,456

4,051

3,714

3,428

3,183

2,971

2,785

2,621

2,476

2,345

2,228

2,026

1,857

1,714

1,592

1,485

1,393

1,311

1,238

1,173

1,114

1,061

1,013

969

928

891

127,324

84,883

63,662

50,930

42,441

36,378

31,831

28,294

25,465

16,977

12,732

10,186

8,488

7,276

6,366

5,659

5,093

4,630

4,244

3,918

3,638

3,395

3,183

2,996

2,829

2,681

2,546

2,315

2,122

1,959

1,819

1,698

1,592

1,498

1,415

1,340

1,273

1,213

1,157

1,107

1,061

1,019

143,239

95,493

71,620

57,296

47,746

40,926

35,810

31,831

28,648

19,099

14,324

11,459

9,549

8,185

7,162

6,366

5,730

5,209

4,775

4,407

4,093

3,820

3,581

3,370

3,183

3,016

2,865

2,604

2,387

2,204

2,046

1,910

1,790

1,685

1,592

1,508

1,432

1,364

1,302

1,246

1,194

1,146

159,155

106,103

79,577

63,662

53,052

45,473

39,789

35,368

31,831

21,221

15,915

12,732

10,610

9,095

7,958

7,074

6,366

5,787

5,305

4,897

4,547

4,244

3,979

3,745

3,537

3,351

3,183

2,894

2,653

2,449

2,274

2,122

1,989

1,872

1,768

1,675

1,592

1,516

1,447

1,384

1,326

1,273

190,986

127,324

95,493

76,394

63,662

54,567

47,746

42,441

38,197

25,465

19,099

15,279

12,732

10,913

9,549

8,488

7,639

6,945

6,366

5,876

5,457

5,093

4,775

4,494

4,244

4,021

3,820

3,472

3,183

2,938

2,728

2,546

2,387

2,247

2,122

2,010

1,910

1,819

1,736

1,661

1,592

1,528

222,817

148,545

111,408

89,127

74,272

63,662

55,704

49,515

44,563

29,709

22,282

17,825

14,854

12,732

11,141

9,903

8,913

8,102

7,427

6,856

6,366

5,942

5,570

5,243

4,951

4,691

4,456

4,051

3,714

3,428

3,183

2,971

2,785

2,621

2,476

2,345

2,228

2,122

2,026

1,938

1,857

1,783

23,872

159,155

119,366

95,493

79,577

68,209

59,683

53,052

47,746

31,831

23,873

19,099

15,915

13,642

11,937

10,610

9,549

8,681

7,958

7,346

6,821

6,366

5,968

5,617

5,305

5,026

4,775

4,341

3,979

3,673

3,410

3,183

2,984

2,809

2,653

2,513

2,387

2,274

2,170

2,076

1,989

1,910

286,479

190,986

143,239

114,592

95,493

81,851

71,620

63,662

57,296

38,197

28,648

22,918

19,099

16,370

14,324

12,732

11,459

10,417

9,549

8,815

8,185

7,639

7,162

6,741

6,366

6,031

5,730

5,209

4,775

4,407

4,093

3,820

3,581

3,370

3,183

3,016

2,865

2,728

2,604

2,491

2,387

2,292

318,310

212,207

159,155

127,324

106,103

90,946

79,577

70,736

63,662

42,441

31,831

25,465

21,221

18,189

15,915

14,147

12,732

11,575

10,610

9,794

9,095

8,488

7,958

7,490

7,074

6,701

6,366

5,787

5,305

4,897

4,547

4,244

3,979

3,745

3,537

3,351

3,183

3,032

2,894

2,768

2,653

2,546

397,887

265,258

198,944

159,155

132,629

113,682

99,472

88,419

79,577

53,052

39,789

31,831

26,526

22,736

19,894

17,684

15,915

14,469

13,263

12,243

11,368

10,610

9,947

9,362

8,842

9,377

7,958

7,234

6,631

6,121

5,684

5,305

4,974

4,681

4,421

4,188

3,979

9,789

3,617

3,460

3,316

3,183

477,465

318,310

238,732

190,986

159,155

136,419

119,366

106,103

95,793

63,662

47,746

38,197

31,831

27,284

23,873

21,221

19,099

17,362

15,915

14,691

13,642

12,732

11,937

11,234

10,610

10,052

9,549

8,681

7,958

7,346

6,821

6,366

5,968

5,617

5,305

5,026

4,775

4,547

4,341

4,152

3,979

3,820

ℓ

F

F

2ℓ

ØdØd

• Aspect ratio• �/d• Ex) 3D, 15D, 22D

• Deformation rate is reaction force against external force.• Proportional to the cube of length• Set flute length and overall length as short as possible• The more flute the better rigidity• When flute width rate is narrower drill’s rigidity is higher.

Expression of aspect ratio Deformation rate according to length

• � 2�

• δ1 δ1 = 8δ1 = δ2

δ = Deformation volume �= Length of cut I = Inertia moment ( )P = Cutting force E = Elasticity coefficient Ι=

64πd4

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[14] Real diameter

[15] Re-sharpening

Depth of cut (Ad, min)Diameter

Radius

0.1

0.2

0.3

0.4

0.5

1

1.5

2

2.5

3

4

5

6

7

8

9

10

Dia

0.2

0.4

0.6

0.8

1

2

3

4

5

6

8

10

12

14

16

18

20

0.01

0.087

0.125

0.154

0.178

0.199

0.282

0.346

0.399

0.447

0.489

0.565

0.632

0.693

0.748

0.8

0.848

0.894

0.02

0.12

0.174

0.215

0.25

0.25

0.398

0.488

0.564

0.631

0.692

0.799

0.894

0.979

1.058

1.131

1.199

1.264

0.03

0.143

0.211

0.262

0.304

0.341

0.486

0.597

0.69

0.722

0.846

0.978

1.094

1.198

1.295

1.384

1.468

1.548

0.04

0.16

0.24

0.299

0.349

0.392

0.56

0.688

0.796

0.891

0.977

1.129

1.262

1.383

1.495

1.598

1.695

1.787

0.05

0.173

0.265

0.332

0.387

0.436

0.624

0.768

0.889

0.995

1.091

1.261

1.411

1.546

1.67

1.786

1.895

1.997

0.08

0.196

0.32

0.41

0.48

0.54

0.78

0.97

1.12

1.25

1.38

1.59

1.78

1.95

2.11

2.26

2.39

2.52

0.1

0.2

0.35

0.45

0.53

0.6

0.87

1.08

1.25

1.4

1.54

1.78

1.99

2.18

2.36

2.52

2.68

2.82

0.15

-

0.39

0.52

0.62

0.71

1.05

1.31

1.52

1.71

1.87

2.17

2.43

2.67

2.88

3.08

3.27

3.45

0.2

-

0.4

0.57

0.69

0.8

1.2

1.5

1.74

1.96

2.15

2.5

2.8

3.07

3.32

3.56

3.77

3.98

0.3

-

-

0.6

0.77

0.92

1.43

1.8

2.11

2.37

2.62

3.04

3.41

3.75

4.05

4.34

4.61

4.86

0.5

-

-

-

-

1

1.73

2.24

2.65

3

3.32

3.87

4.36

4.8

5.2

5.57

5.92

6.24

0.8

-

-

-

-

-

1.96

2.65

3.2

3.67

4.08

4.8

5.43

5.99

6.5

6.97

7.42

7.84

1

-

-

-

-

-

2

2.83

3.46

4

4.47

5.29

6

6.63

7.21

7.75

8.25

8.72

2

-

-

-

-

-

-

-

4

4.9

5.66

6.93

8

8.94

9.8

10.58

11.31

12

3

-

-

-

-

-

-

-

-

-

6

7.75

9.17

10.39

11.49

12.49

13.42

14.28

d = 2 × Ad(D-Ad)

● Formula for real diameter

Type Diameter Tool flank wear (mm)

Finish

Roughing

- Ø10

Ø11 - Ø30

Ø31 - Ø50

- Ø10

Ø11 - Ø30

Ø31 - Ø50

0.05 - 0.1

0.1 - 0.25

0.2 - 0.35

0.08 - 0.15

0.15 - 0.35

0.3 - 0.45

Real diameter : d

Tool diameter

Depth-of-cut : Ad

: D

80

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ENDMILL INFORMATION

[16] How to Re-sharpening

[17] How to Re-sharpening the tool end

[18] Number of Flutes and Section Area : Ø10

Concave

Gash

End Mill

No. of cutting edges

2Flute 3Flute 4Flute

Core diameter

Cross section mass

Section ratio

Section shape

2

60%

42㎟

53.50%

60%

44㎟

56%

60%

47㎟

60%

3 4

Flat

Relief angle (2nd)

IX2 IX3 IX4

Eccentric

Relief angle (1st)

• When precise tool is required.• Flat wheel

• Wide chip pocket • Grooving operation • Long overhang or small machinery

• Flat wheel

• Gash angle : 30-45˚

• Good machinability• 2nd sharpening required.• Ball, Taper endmill

• Grooving and Shouldering operation • Taking advantage of 2 & 4 flute endmill

• Cup wheel

• Relief angle : 15-25˚

• Superb cutting edge and surface • finish Most recommended solution

• Higher Strength• Shouldering / finish operation• Higher feed than 2 flute endmill

• Cup wheel

• Relief angle : 6-15˚

• Width : 0.5-2mm

81

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[20] Endmill use tip

When the solid carbide tool chatter is minimized, tool life increases

maximum. First. After re-sharpening, check axis & radial chattering

using V-block. Especially, if you need more reliabilities, test it with

different V-block position and repeatedly If there is center hole. It is

very useful to check chatter of tool end. Please note tolerance and

chattering table in the catalogue. To make sure ‘the ground

maximum surface roughness(Rmax 0.8s), use “profilemeter” If the

surface is not good enough, you should re-grind to prevent fast

wear of tool, chipping and poor surface quality of work material.

Factor Instruction and Advice

Machine stability

Jig and Fixture

Tool selection

Tool chattering / Collet chuck

Cutting oil and chip

Cutting condition

Spindle Overhang

• Use good machine.• Adjust cutting condition according to machine condition

• Make rigid fix • When it is not rigid, adjust cutting condition lower.

• Select proper endmill for work material • Note tensile strength and hardness.

• Use good collet chuck in precision• Minimize tool chattering

• Supply proper cutting oil • Wet cutting for heavy cutting. • Dry cutting recommended for other endmills. • Air-blow for dry cutting • Clean during operation

• Note cutting condition table. • According to fixture and hardness, select proper cutting condition

• Apply low overhang• When it is long, adjust cutting condition lower.

PLATE

ST

OP

PE

R

V-BLOCKIndicator(Axis)

Indicator (Radial)

[19] Endmill chattering and surface finish test (when re-sharpening)

82

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ENDMILL INFORMATION

[17] Endmill Trouble shooting and solution

Trouble Causes Solution

Chipping

Edge

breakage

Poor

precision

Poor

surface

finish

Wear

• High feed

• Too sharp edge

• Chattering

• Low cutting speed

• Long overhang

• Unstable chucking

• Unstable fixture

• High cutting speed

• low feed

• Low helix angle

• Up-milling

• High hardness

• Poor chip evacuation

• Material with low heat conduction

• Built-up edge / wear

• Deep depth

• High cutting load

• Poor tool rigidity

• Chattering

• Built-up edge

• Wear

- Built-up-edge, Flaking

• High feed

• Improper cutting condition

• Wear

• Machine stability

• No. of flute

• low feed

• Honing / chamfer

• Check spindle / low RPM

• Higher cutting speed

• Minimize overhang

• Check spindle and collet

• Make rigid fixture

• Lower cutting speed

• High feed

• Higher helix angle

• Down-milling

• High hardness endmill

• Use Air-jet / Wide chip pocket endmill

• Increase depth-of-cut to avoid work-hardening area.

- Use sharp edge

• Chipping trouble shooting, Re-sharpening

• Proper depth

• Proper cutting condition ( High speed / low feed )

• Check : overhang / edge length / shank diameter

• Check chattering causes

• Higher cutting speed / Down milling.

• Re-sharpening

• Higher cutting speed / low feed.

• proper cutting condition / Depth, feed, cutting method

• Tool change

• Check machine condition

• Increase no. of flute

DRILL SERIES

CARBIDE DRILL

CENTER & NC DRILL

REAMER

DRILL INFORMATION

LLRAW

MATERIALS

TWISTANGLE

TOLERANCE

POINT ANGLE

Micro Grain CarbideShank Dia.

Drill Dia.

ICON GUIDE

EDP No.

MGh6 h7 h8

15° 30° 45° h6

38° 118° 120° 140°

h7 h8

TiAIN Coating

Bright Finish TiAINBright TiN

COATING TiN Coating

S B D - CX - R A

S R - 4 F - S T

SBD : SOLID BRIGHT DRILL

STND : SOLID TIN COATING DRILL

STAD : SOLID TIALN COATING DRILL

CBD : CENTER TIN COATING DRILL

CTND : CENTER TIN COATING DRILL

CTAD : CENTER TIALN COATING DRILL

NBD : NC BRIGHT DRILL

NTND : NC TIN COATING DRILL

NTAD : SOLID TIALN COATING DRILL

SR :

REAMER - SOLID TUNGSTEN CARBIDE

CX : Isn't Coolant Hole

CH : Is Coolant Hole

3F : 3 FLUTE

4F : 4 FLUTE

6F : 6 FLUTE

RA : RAGULAR

LO : LONG

EL : EXTRA LONG

HH : HIGH HARDNESS

NO : NONFERROUS

LO : LONG

NCR : NC RAGULAR

NCL : NC LONG

ST : STRAIGHT

HE : HELIX

BR : BROACH

CA

RB

IDE

DR

ILL

CE

NT

ER

& N

C D

RIL

LR

EA

ME

RD

RIL

L / RE

AM

ER

INF

OR

MA

TIO

ND

RIL

L

03 D

CA

RB

IDE

DR

ILL

CE

NT

ER

& N

C D

RIL

LR

EA

ME

R

DRILL INDEX

HIGH HARDNESS STEEL DRILL

Bright

TiN

TiAlN

Ø3 - Ø14 D05

SBDCXHH

STNDCXHH

STADCXHH

SOLID CARBIDE DRILLS REGULAR

Bright

TiN

TiAlN

Ø3 - Ø13 D06~07

SBDCXRA

STNDCXRA

STADCXRA

STANDARD LONG DRILL

Bright

TiN

TiAlN

Ø3 - Ø10.2 D08

SBDCXLO

STNDCXLO

STADCXLO

COOLANT HOLE REGULAR DRILL

Bright

TiN

TiAlN

Ø3 - Ø30 D09~10

SBDCHRA

STNDCHRA

STADCHRA

COOLANT HOLE LONG DRILL

Bright

TiN

TiAlN

Ø3 - Ø30 D11~13

SBDCHLO

STNDCHLO

STADCHLO

CENTER DRILL

Bright

TiN

TiAlN

Ø3 - Ø6 D15

CBDCXRA

CTNDRA

CTADRA

CENTER LONG DRILL

Bright

TiN

TiAlN

Ø3 - Ø5 D16

CBDCXLO

CTNDLO

CTADLO

SOLID CARBIDE NC REGULAR DRILL

Bright

TiN

TiAlN

Ø3 - Ø20 D17

NBDCXRA

NTNDCXRA

NTADCXRA

SOLID CARBIDE NC LONG DRILL

Bright

TiN

TiAlN

Ø3 - Ø20 D18

NBDCXLO

NTNDCXLO

NTADCXLO

STRAIGHT FLUTE REAMERS

4&6Straight

Helical Flute Reamers

Broach Reamers

Ø2 - Ø12 D20SD4FST

SD6FST

HELICAL FLUTE REAMERS

4&6 Ø2 - Ø12 D20SD4FHE

SD6FHE

BROACH REAMERS 4&6 Ø3 - Ø20 D21SD4FBR

SD6FBR

TYPE ITEMS EDP NO.SURFACE

TREATMENT SHAPEDRILL DIA.

PAGE

TYPE ITEMS EDP NO. FLUTES SHAPEDRILL DIA.

PAGE

CE

NT

ER

& N

C D

RIL

LR

EA

ME

RD

RIL

L / RE

AM

ER

INF

OR

MA

TIO

ND

RIL

L

05 D

CARBIDE DRILL HIGH HARDNESS STEEL DRILL

⇡ Drilling for High Hardened steels (Quenched steels, other HRC 50~70)

SBDCXHHSTNDCXHHSTADCXHH

(mm)

EDP No. EDP No.Drill Dia. Drill Dia.

GrooveLength

GrooveLength

Overall Length

Overall Length

Shank Dia.

Shank Dia.

SBDCXHH(STNDCXHH)(STADCXHH)

SBDCXHH(STNDCXHH)(STADCXHH)

030033034035040042043044045050051052055060065068069

070075080085086088090095100102103105108110115120140

D1 D1L2 L2L1 L1D2 D2

MG15° h6 h7 140° TiAINBright TiN

SBDCXHH STNDCXHH STADCXHH

3.03.33.43.54.04.24.34.44.55.05.15.25.56.06.56.86.9

7.0 7.5 8.0 8.5 8.6 8.8 9.0 9.5 10.0 10.2 10.3 10.5 10.8 11.0 11.5 12.0 14.0

1618202022252828283232323535404545

4545505057575757636363637171717171

4648505052656868687272727575808585

85859898105105105105111111111111119119119119125

34444666666666888

8881010101010101212121212121214

L₁

D1D2

L₂

CA

RB

IDE

DR

ILL

DR

ILL

CE

NT

ER

& N

C D

RIL

LR

EA

ME

RD

RIL

L / R

EA

ME

R IN

FO

RM

AT

ION

06D

CA

RB

IDE

DR

ILL

CARBIDE DRILL SOLID CARBIDE DRILLS REGULAR

⇡ Drilling Steels in Cast steels, Cast iron stainless steels, inconell, heat treatment steels

SBDCXRASTNDCXRASTADCXRA

(mm)


GrooveLength

GrooveLength

Overall Length

Overall Length

SBDCXRA(STNDCXRA)(STADCXRA)


020021022023024025026027028029030031032033034035036037038039040041042043044045046047048

049050051052053054055056057058059060061062063064065066067068069070071072073074075076077

D1 D1L2 L2L1 L1


SBDCXRA STNDCXRA STADCXRA

2.0 2.1 2.2 2.3 2.4 2.5 2.6 2.7 2.8 2.9 3.0 3.1 3.2 3.3 3.4 3.5 3.6 3.7 3.8 3.9 4.0 4.1 4.2 4.3 4.4 4.5 4.6 4.7 4.8

4.95.05.15.25.35.45.55.65.75.85.96.06.16.26.36.46.56.66.76.86.97.07.17.27.37.47.57.67.7

1818181818222222222225252525252530303030303434343434383838

3838383838383840404040404040404040464646464646464646464650

4040404040454545454550505050505055555555556060606060656565

6565656565656575757575757575757575808080808080808080808585

D1D2

L₁

L₂

CE

NT

ER

& N

C D

RIL

LR

EA

ME

RD

RIL

L / RE

AM

ER

INF

OR

MA

TIO

ND

RIL

L

07 D

CA

RB

IDE

DR

ILL


SBDCXRA STNDCXRA STADCXRA

CARBIDE DRILL SOLID CARBIDE DRILLS REGULAR


SBDCXRASTNDCXRASTADCXRA

(mm)


GrooveLength

GrooveLength

Overall Length

Overall Length



078079080081082083084085086087088089090091092093094095096097098099100101102103104

105106107108109110111112113114115116117118119120121122123124125126127128129130

D1 D1L2 L2L1 L1

7.87.98.0 8.18.28.38.48.58.68.78.88.99.0 9.19.29.39.49.59.69.79.89.910.0 10.110.210.310.4

10.510.610.710.810.911.0 11.111.211.311.411.511.611.711.811.912.0 12.112.212.312.412.512.612.712.812.913.0

505050505050505050505050505050505050505050505060606060

6060606060606565656565656565656565656565656565656565

858585858585858595959595959595959595100100100100100115115115115

115115115115115115120120120120120120120120120120125125125125125125125125125125

D1D2

L₁

L₂

DR

ILL

CE

NT

ER

& N

C D

RIL

LR

EA

ME

RD

RIL

L / R

EA

ME

R IN

FO

RM

AT

ION

08D

CA

RB

IDE

DR

ILL

CARBIDE DRILL STANDARD LONG DRILL


SBDCXLOSTNDCXLOSTADCXLO

(mm)


GrooveLength

GrooveLength

Overall Length

Overall Length

SBDCXLO(STNDCXLO)(STADCXLO)

SBDCXLO(STNDCXLO)(STADCXLO)

020021022023024025026027028029030031032033034035036037038039040041042043044045

046047048049050051052053054055056057058059060061062063064065068070080085100102

D1 D1L2 L2L1 L1


SBDCXLO STNDCXLO STADCXLO

2.0 2.1 2.2 2.3 2.4 2.5 2.6 2.7 2.8 2.9 3.0 3.1 3.2 3.3 3.4 3.5 3.6 3.7 3.8 3.9 4.04.14.24.34.44.5

4.64.74.84.95.0 5.1 5.2 5.3 5.4 5.5 5.6 5.7 5.8 5.9 6.0 6.1 6.2 6.3 6.4 6.5 6.8 7.0 8.0 8.5 10.0 10.2

2424272730303033333333363636393939394343434343474747

4747525252525252575757575757576363636363696975758787

4949535357575761616161656565707070707575757575808080

808086868686868693939393939393101101101101101109109117117133133

D1D2

L₁

L₂

CE

NT

ER

& N

C D

RIL

LR

EA

ME

RD

RIL

L / RE

AM

ER

INF

OR

MA

TIO

ND

RIL

L

09 D

CA

RB

IDE

DR

ILL

CARBIDE DRILL COOLANT HOLE REGULAR DRILL


SBDCHRASTNDCHRASTADCHRA

(mm)


GrooveLength

GrooveLength

Overall Length

Overall Length

Shank Dia.

Shank Dia.

SBDCHRA(STNDCHRA)(STADCHRA)


020021022023024025026027028029030031032033034035036037038039040041042043044045046047048

049050051052053054055056057058059060061062063064065066067068069070071072073074075076077


MG30° h6 m7 140° TiAINBright TiN

SBDCHRA STNDCHRA STADCHRA

2.0 2.1 2.2 2.3 2.4 2.5 2.6 2.7 2.8 2.9 3.0 3.1 3.2 3.3 3.4 3.5 3.6 3.7 3.8 3.9 4.0 4.1 4.2 4.34.44.54.64.74.8

4.95.0 5.15.25.35.45.55.65.75.85.96.0 6.16.26.36.46.56.66.76.86.97.0 7.17.27.37.47.57.67.7

2020202020202020202020202020202020202424242424242424242428

2828282828282828282828283434343434343434343441414141414141

5555555555555555555562626262626262626666666666666666666666

6666666666666666666666667979797979797979797979797979797979

44444444446666666666666666666

66666666666688888888888888888

D1D2

L₁L₂

DR

ILL

CE

NT

ER

& N

C D

RIL

LR

EA

ME

RD

RIL

L / R

EA

ME

R IN

FO

RM

AT

ION

10D

CA

RB

IDE

DR

ILL

CARBIDE DRILL COOLANT HOLE REGULAR DRILL


SBDCHRASTNDCHRASTADCHRA

(mm)


GrooveLength

GrooveLength

Overall Length

Overall Length

Shank Dia.

Shank Dia.



078079080081082083084085086087088089090091092093094095096097098099100101102103104105106107108109110

111112113114115116117118119120125130135140145150155160165170175180185190195200220240250260280300



SBDCHRA STNDCHRA STADCHRA

7.87.98.0 8.18.28.38.48.58.68.78.88.99.0 9.19.29.39.49.59.69.79.89.910.0 10.110.210.310.410.510.610.710.810.911.0

11.111.211.311.411.511.611.711.811.9 12.0 12.5 13.0 13.5 14.0 14.5 15.0 15.5 16.0 16.5 17.0 17.5 18.0 18.5 19.0 19.5 20.0 22.0 24.0 25.0 26.0 28.0 30.0

414147474747474747474747474747474747474747474755555555555555555555

5555555555555555555560606060656565657373737379797979898989111111111

7979898989898989898989898989898989898989898989102102102102102102102102102102

102102102102102102102102102102107107107107115115115115123123123123131131131131147147147173173173

8810101010101010101010101010101010101010101012121212121212121212

1212121212121212121214141414161616161818181820202020252525323232

D1D2

L₁L₂

CE

NT

ER

& N

C D

RIL

LR

EA

ME

RD

RIL

L / RE

AM

ER

INF

OR

MA

TIO

ND

RIL

L

11 D

CA

RB

IDE

DR

ILL

CARBIDE DRILL COOLANT HOLE LONG DRILL


SBDCHLOSTNDCHLOSTADCHLO

(mm)


GrooveLength

GrooveLength

Overall Length

Overall Length

Shank Dia.

Shank Dia.

SBDCHLO(STNDCHLO)(STADCHLO)


010011012013014015016017018019020021022023024025026027028029030031032033034035036

037038039040041042043044045046047048049050051052053054055056057058059060061062063



SBDCHLO STNDCHLO STADCHLO

1.0 1.1 1.2 1.3 1.4 1.5 1.6 1.7 1.8 1.9 2.0 2.1 2.2 2.3 2.4 2.5 2.6 2.7 2.8 2.9 3.0 3.1 3.2 3.3 3.4 3.5 3.6

3.73.8 3.9 4.0 4.1 4.2 4.3 4.4 4.5 4.6 4.7 4.8 4.9 5.0 5.1 5.2 5.3 5.4 5.5 5.6 5.7 5.8 5.9 6.0 6.1 6.2 6.3

81212121216161616162121212121212121212128282828282828

283636363636363636363644444444444444444444444444535353

555555555555555555555757575757575757575766666666666666

667474747474747474747482828282828282828282828282919191

333333333344444444446666666

666666666666666666666666888

L₁

D1D2

L₂

DR

ILL

CE

NT

ER

& N

C D

RIL

LR

EA

ME

RD

RIL

L / R

EA

ME

R IN

FO

RM

AT

ION

12D

CA

RB

IDE

DR

ILL




(mm)


GrooveLength

GrooveLength

Overall Length

Overall Length

Shank Dia.

Shank Dia.



064065066067068069070071072073074075076077078079080081082083084085086087088089090

091092093094095096097098099100101102103104105106107108109110111112113114115116117




6.4 6.5 6.6 6.7 6.8 6.9 7.0 7.1 7.2 7.3 7.4 7.5 7.6 7.7 7.8 7.9 8.0 8.1 8.2 8.3 8.4 8.5 8.6 8.7 8.8 8.9 9.0

9.1 9.2 9.3 9.4 9.5 9.6 9.7 9.8 9.9 10.0 10.1 10.2 10.3 10.4 10.5 10.6 10.7 10.8 10.9 11.0 11.1 11.2 11.3 11.4 11.5 11.6 11.7

535353535353535353535353535353535361616161616161616161

616161616161616161617171717171717171717171717171717171

9191919191919191919191919191919191103103103103103103103103103103

103103103103103103103103103103118118118118118118118118118118118118118118118118118

8888888888888888810101010101010101010

101010101010101010101212121212121212121212121212121212

L₁

D1D2

L₂

CE

NT

ER

& N

C D

RIL

LR

EA

ME

RD

RIL

L / RE

AM

ER

INF

OR

MA

TIO

ND

RIL

L

13 D

CA

RB

IDE

DR

ILL




(mm)


GrooveLength

GrooveLength

Overall Length

Overall Length

Shank Dia.

Shank Dia.



118119120125130135140145150155160165170

175180185190195200220240250260280300




11.811.912.0 12.5 13.0 13.5 14.0 14.5 15.0 15.5 16.0 16.5 17.0

17.5 18.0 18.5 19.0 19.5 20.0 22.0 24.0 25.0 26.0 28.0 30.0

71717177777777838383839393

9393101101101101155155155186186186

118118118124124124124133133133133143143

143143153153153153213213213248248248

12121214141414161616161818

181820202020252525323232

L₁

D1D2

L₂

CA

RB

IDE

DR

ILL

RE

AM

ER

DR

ILL / R

EA

ME

R IN

FO

RM

AT

ION

DR

ILL

15 D

CE

NT

ER

& N

C D

RIL

L

D1

L₂

L₁60°

D₂

CENTER & NC DRILL CENTER DRILL

⇡ Excellent performance in various cutting condition, workpiece center operation by adopting high vanadium high-speed steel

CBDCXRACTNDRACTADRA

EDP No.Drill Dia. Shank Dia. Effective Length Overall Length

CBDCXRA(CTNDRA)(CTADRA)

010015020025025 080030030 080040050060

D1 D2 L2 L1

TiAINBright TiN

CBDCXRA CTNDRA CTADRA

1.0 1.52.0 2.5 2.5 3.0 3.0 4.0 5.0 6.0

4.0 5.0 6.0 7.7 8.0 7.7 8.0 10.0 11.0 12.0

1.0 1.5 2.0 2.5 2.5 3.0 3.0 4.5 5.5 7.0

35404550505555657895

(mm)

MGh6 k12 120°

DR

ILL

CA

RB

IDE

DR

ILL

RE

AM

ER

DR

ILL

/ RE

AM

ER

INF

OR

MA

TIO

N

16D

CE

NT

ER

& N

C D

RIL

L

D₂ D1

L₂

L₁60°

CENTER & NC DRILL CENTER LONG DRILL

⇡ Excellent performance in various cutting condition, workpiece center operation by adopting high vanadium high-speed steel

CBDCXLOCTNDLOCTADLO

EDP No.Drill Dia. Shank Dia. Effective Length Overall Length

CBDCXLO(CTNDLO)(CTADLO)

010 100012 100015 100020 100025 100030 100032 100040 100050 100015 150020 150025 150030 150040 150050 150

D1 D2 L2 L1

TiAINBright TiN

CBDCXLO CTNDLO CTADLO

1.0 1.2 1.5 2.0 2.5 3.0 3.2 4.0 5.01.5 2.0 2.5 3.0 4.0 5.0

4.0 5.0 5.0 6.0 8.0 8.0 8.0 10.0 12.05.0 6.0 8.0 10.0 10.0 12.0

1.0 1.2 1.5 2.0 2.5 3.0 3.0 4.5 5.51.9 2.5 3.1 3.7 5.0 6.3

100100100100100100100100100150150150150150150

(mm)

MGh6 k12 120°

CA

RB

IDE

DR

ILL

RE

AM

ER

DR

ILL / R

EA

ME

R IN

FO

RM

AT

ION

DR

ILL

17 D

CE

NT

ER

& N

C D

RIL

L

CENTER & NC DRILL SOLID CARBIDE NC REGULAR DRILL

⇡ Excellent performance in various cutting condition, workpiece, center operation, chamfering available by adopting high vanadium high-speed steel

NBDCXRANTNDCXRANTADCXRA


GrooveLength

GrooveLength

Overall Length

Overall Length

NBDCXRA(NTNDCXRA)(NTADCXRA)

NBDCXRA(NTNDCXRA)(NTADCXRA)

A09 030A09 040A09 050A09 060A09 080A09 100A09 120A09 160A09 200

A12 030A12 040A12 050A12 060A12 080A12 100A12 120A12 160A12 200

D1 D1L2 L2L1 L1

3.0 4.0 5.0 6.0 8.0 10.0 12.0 16.0 20.0

3.0 4.0 5.0 6.0 8.0 10.0 12.0 16.0 20.0

101010132324242935

101013132324242935

5050607080909090100

5050607080909090100

TiAINBright TiN

NBDCXRA NTNDCXRA NTADCXRA

MGh6 90° 120°

⊙ Point Angle 90° ⊙ Point Angle 120°

D1

L₂

L₁

DR

ILL

CA

RB

IDE

DR

ILL

RE

AM

ER

DR

ILL

/ RE

AM

ER

INF

OR

MA

TIO

N

18D

CE

NT

ER

& N

C D

RIL

L

CENTER & NC DRILL SOLID CARBIDE NC LONG DRILL

⇡ Excellent performance in various cutting condition, workpiece, center operation, chamfering available by adopting high vanadium high-speed steel

NBDCXLONTNDCXLONTADCXLO


GrooveLength

GrooveLength

Overall Length

Overall Length

NBDCXLO(NTNDCXLO)(NTADCXLO)

NBDCXLO(NTNDCXLO)(NTADCXLO)

A09030A09040A09050A09060A09080A09100A09120A09160A09200

A12030A12040A12050A12060A12080A12100A12120A12160A12200

D1 D1L2 L2L1 L1

3.0 4.0 5.0 6.0 8.0 10.0 12.0 16.0 20.0

3.0 4.0 5.0 6.0 8.0 10.0 12.0 16.0 20.0

101010132324242935

101010132324242935

100100120120160160180180200

100100120120160160180180200

TiAINBright TiN

NBDCXLO NTNDCXLO NTADCXLO

MGh6 90° 120°

⊙ Point Angle 90° ⊙ Point Angle 120°

D1

L₂

L₁

19 D

�

DR

ILL

CA

RB

IDE

DR

ILL

CE

NT

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& N

C D

RIL

LD

RIL

L / R

EA

ME

R IN

FO

RM

AT

ION

20D

RE

AM

ER

REAMER

REAMER

STRAIGHT FLUTE REAMERS

HELICAL FLUTE REAMERS

SR4FSTSR6FST

SR4FHESR6FHE

EDP No.

EDP No.

SR4FST

SR6FST

SR4FHE

SR6FHE

020025030035040045050055060065070080090100110120

020025030035040045050055060065070080090100110120

Dia.

Dia.

Cut Length

Cut Length

Overall Length

Overall Length

Shank Dia.

Shank Dia.

Flute

Flute

22.533.544.555.566.5789101112

22.533.544.555.566.5789101112

25252830303535353545454550505050

25252830303535353545454550505050

606070757580808080100100100110110120120

606070757580808080100100100110110120120

44444666688810101212

44444666688810101212

4466666666666666

4466666666666666

(mm)

(mm)

4&6

4&6

7°

7°

Helix

Helix

CA

RB

IDE

DR

ILL

CE

NT

ER

& N

C D

RIL

LD

RIL

L / RE

AM

ER

INF

OR

MA

TIO

ND

RIL

L

21 D

RE

AM

ER

REAMER BROACH REAMERS

EDP No.

SR4FBR

SR6FBR

030040050060080100120140160180200

D1 C.L S.L OAL FLUTED2

34568101214161820

1212161620252830353840

3030353540455055556060

70758080100110120145155170180

44444444666

44668101214161820

(mm)

4&67°

Helix

D1D₂

C.LS.L

OAL

SR4FBRSR6FBR

CA

RB

IDE

DR

ILL

CE

NT

ER

& N

C D

RIL

LR

EA

ME

RD

RIL

L

23 D

DR

ILL / R

EA

ME

R IN

FO

RM

AT

ION

DRILL INFORMATION

[1] The shape of drills and the names

[2] Shape and the feature of cutting

Helix angle

Length of flute

Point angle

Margin

Web thickness

Back taper

Thinning

Plays rake angle of cutting edge’s role. If helix angle increases Cutting force decreases. On the other hand If helix angle is too big Drill rigidity decreases. Poor machinability low - Helix angle - high ➔ Smooth chip evacuation Hard workpiece(hardened steel) low - Helix angle - high ➔ Soft material(aluminum etc)

Point angle has big influence on cutting performance. It mainly depends on workpiece. In case of standard drills Point angle is generally 118.

thrust resistance decrease low - Point angle - high ➔ thrust resistance increase Torque increase, Burr on exit increase low - Point angle - high ➔ Torque decrease, Burr on exit decrease Soft material(aluminum etc) low - Point angle - high ➔ Hard workpiece(hardened steel)

While machining Margin is the part of contact between workpiece and drill’s external. It prevents bending and plays guide’s role . It depends on drill size. Cutting force decrease small - Margin - big ➔ Cutting force increase Poor guide small - Margin - big ➔ Good guide

Web is the part of center of drill and drill’s rigidity depends on the web. Drill needs cutting edge, chisel edge, at the tip of drill because drill makes a hole at the beginning of drilling . When web thickness is big Thinning is needed to reduce cutting force.

Cutting force decrease small - Web thickness - big ➔ Cutting force increase Rigidity decrease small - Web thickness - big ➔ Rigidity increase Good chip evacuation small - Web thickness - big ➔ Bad chip evacuation Soft material(aluminum etc) small - Web thickness - big ➔ Hard workpiece(hardened steel)

The path of both chip evacuation and cooling lubricant. Too big length of flute weakens drill rigidity and too small length of flute worsens chip evacuation to breakage.

Drill diameter size is getting smaller from point to shank in order to avoid the friction between drill periphery and workpiece. The decrease of diameter divided by flute length 100mm generally becomes 0.04~0.1mm. As for high performance drills and drills for hole shrinkage workpiece during operation have big back taper.

In general drills Thrust effects on chisel over 50%. Chisel edge length depends on web thickness and chisel angle. But if web is thin Drill rigidity weaken. Therefore without web thickness change Thinning makes chisel edge short or gives rake angle. In other words, Thinning makes rake angle at chisel and improves chip evacuation and decrease thrust.

Types of

X type

S type

Good centering High central thicknessCrank shaft

For wide useFor general Easy regrinding

Mach drill(MSD)Vulcan drill(VZD)

Solid drill(SSD)

FeatureEdge shape Korloy’s drills

Margin width

Chisel edge

Flute width

Drill diameterChisel angle

Width of land Cutting edge

Heel

Shank diameter

Point relief angle

Helix angle

Height of point

Cuting face

Flute length

Total length

Relief angle

Flank

Lead

DR

ILL

CA

RB

IDE

DR

ILL

CE

NT

ER

& N

C D

RIL

LR

EA

ME

R

24D

DR

ILL

/ RE

AM

ER

INF

OR

MA

TIO

N

[3] Recommended cutting condition

[4] Hole Making - Formula

DRILL INFORMATION

WorkpieceBrinner Rockwell

hardnessPoint Angle Liprelief Angle Helix Angle

STEEL(S45-S50C)

TOOL STEEL

STAINLESS STEEL

MANGANESE STEEL

NICKEL STEEL

CAST IRON

CAST IRON, CHILLED

MARIABLE CASTIRON

CAST STEEL

ALUMINUM

DURALUMIN

COPPER

COPPER ALLOYS

BRASS

BRONZE

170-196

149-402

146-477

187-217

197-241

123-302

402

112-126

286-302

99-101

90-104

80-85

-

198-202

149-202

86-93

B80-C32

B78-C49

B90-96

B93-100

B70-C33

C42-C43

B66-B70

C30-33

B54-50

B48-53

B40-46

-

B92-94

B80-94

118

118-150

118-135

150

90-120

60-118

150

118

118

90-140

118

100-118

100-112

118

118

5-12

15-7

12-10

12-10

15-12

15-10

7-5

15-12

15-12

17-12

12

15-12

20-12

15-12

15-10

24-32

24-32

24-32

24-32

24-32

24-32

24-32

24-32

24-32

24-48

32-45

24-32

10-40

0-17

0-32

Pc =

Pc =

Q60 000 × η

vc×f×ap×kc60 000 × η

● Machine power

• Drilling

• Boring

Note :

Machine efficiency (n) : 0.75~0.85

Simple formula without n :

(rev/min)n =

n =

vc ×1000

π×Dc

n × π×Dc1000

(cm3/min)Q =vf × AT1000

(cm3/min)Q = vc × f × ap

● RPM(Drilling, Reaming, Boring)

(m/min)

Pc =vc×f×ap

25

● Drilling, Reaming, Boring

(mm2)AT =π×Dc2

4

● Drilling

● Material removal rate

• Drilling

• Boring

(mm/min)vf = f × n

● Drilling, Reaming, Boring

×kc×sin κ (kW)

(kW)

(kW)

f

ØD

N

CA

RB

IDE

DR

ILL

CE

NT

ER

& N

C D

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LR

EA

ME

RD

RIL

L

25 D

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ILL / R

EA

ME

R IN

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[5] Hole Making - Formula

● Machine Power

● Torque

● Surface roughness (Boring)

● Ave. kc-Drilling

(rad/sec) (mm)

(mm)

(mm/rev)

(mm)

(N/mm2)

(mm)

(μm)

(mm)

(μm)

( °)

(%)

ω =π × n30

● Revolution speed

(min/piece)Tc =L + h

Vf

● Machining time (Drilling, Reaming, Boring)

DRILL INFORMATION

Mc =

Mc = 0.8 ×

Pc×1000ω

f×kc100

Dc2

•Boring

•Reaming ×ap× (Nm)

(Nm)

Rt = K ×f2×1000

8 ×rε(μm)

Mc =

ap = Depth-of-cut

Dc = Diameter

f = Feed/rev.

h = Distance drill to material

k = onstant

kc = Specific Cutting Pressure

L = Hole depth

Ra = Surface roughness

rε = Nose-R

Rt = Profile depth

κ = Lead angle κ=90°, sin κ=1, Insert drill κ=70°, sin κ=0.94, Solid drill Crownloc drill

μ = 기계 효율성

f×kc1000

Dc2

8•Drilling ×sin κ (Nm)

Ra =f2×50rε

(μm)

×

● Feed power

Ff = 0.63Dc2

•Drilling ×f ×kc×sin κ

Ra = (μm)Rt3.5

(N)

· When nose-R gets bigger, Surface roughness

gets better

·Allowed max. feed rate against Ra- (See below)

Surface roughness (μm)

Nose-R, rε (mm)

0,2 0,4 0,8 1,2 1,6 2,4

max. feed rate, f (mm/rev)

0,6 0,05 0,07 0,10 0,12 0,14 0,17

1,6 0,08 0,12 0,16 0,20 0,23 0,29

3,2 0,12 0,16 0,23 0,29 0,33 0,40

6,3 - 0,23 0,33 0,40 0,47 0,57

8,0 - - 0,40 0,49 0,57 0,69

SecoGrade group Ave. Kc

1 1800

2 1950

3 2100

4 2300

5 2600

6 2800

7 4000

8 2600

9 2800

10 2850

11 3100

12 1400

13 1600

14 1900

15 2400

16 890

17 930

20 3235

21 4110

22 1770

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DRILL INFORMATION

[6] Tool failures and solutions

CausesTrouble

Solutions

Cutting condition

Cla

mp

ing

w

ork

pie

ce

Gui

de b

ush

Mac

hin

e vi

bra

tio

n

Mac

hin

e ri

gid

ity

Har

dnes

s

Toug

hnes

s

Flu

te w

idth

ra

te

Hon

ing

Thin

ning

Tool shape Grade etc

: Increase : Decrease : use : Correct use

• Too sharp cutting edge (too big relief angle) (thinning edge is too sharp)

• Excessive cutting speed

• Built-up edge

• Vibration and chattering

• Excessive cutting speed (Abnormal wear at margin)

• Insufficient cutting speed (Abnormal wear at center)

• Long chip

• Over lap

• Chip burning

• Tool clamping precision

• Excessive feed, sharp point angle

• Excessive cutting speed (Considered tool grade)

• Poor surface finish

• Insufficient machine rigidity

• Improper cutting condition

• Crooked hole

• Chip clogging

Chipping

Wear

Chip

Hole precision Burr,

Poor surface finish

Breakage

on

contactFracture

Breakage

at hole

bottom

Cut

ting

spee

d

Ste

p fe

ed

Initi

al fe

ed

Coo

lant

Rel

ief a

ngle

Poi

nt a

ngle

Th

inn

ing

an

gle

Feed

CA

RB

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DRILL INFORMATION

Using short flute lengeh

Piercing stage Circular surface Inclined surface Boring

Decreasefeed 1/2

First, center drilling with large point angle

First, facing with endmills No recommendation

Outer tolerance

Coolant (External system)

Improvement of drilling

Machining for strength of wheel

Setting condition

Max.0.02mm

Do not clamp the drill too deep.

[7] Setting of drills

To improve machining method

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DRILL INFORMATION

[8] Hole size for threading

● Metric coarse screw threads ● Metric coarse screw threads

Specification Hole diameter Specification Hole diameter

M1

M1.1

M1.2

M1.4

M1.6

M1.7

M1.8

M2

M2.2

M2.3

M2.5

M2.6

M3

M3

M3.5

M4

M4

M4.5

M5

M5

M5.5

M6

M7

M8

M9

M10

M11

M12

M14

M16

M18

M20

M22

M24

M27

M30

M33

M36

M39

M42

M45

M48

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

0.25

0.25

0.25

0.3

0.35

0.35

0.35

0.4

0.45

0.4

0.45

0.45

0.6

0.5

0.6

0.75

0.7

0.75

0.9

0.8

0.9

1

1

1.25

1.25

1.5

1.5

1.75

2

2

2.5

2.5

2.5

3

3

3.5

3.5

4

4

4.5

4.5

5

0.75

0.85

0.95

1.1

1.25

1.35

1.45

1.6

1.75

1.9

2.1

2.2

2.4

2.5

2.9

3.25

3.3

3.8

4.1

4.2

4.6

5

6

6.8

7.8

8.5

9.5

10.3

12

14

15.5

17.5

19.5

21

24

26.5

29.5

32

35

37.5

40.5

43

M2.5

M3

M3.5

M4

M4.5

M5

M5.5

M6

M7

M8

M8

M9

M9

M10

M10

M10

M11

M11

M12

M12

M12

M14

M14

M15

M15

M16

M16

M17

M17

M18

M18

M18

M20

M20

M20

M22

M22

M22

M24

M24

M24

M25

M25

M25

M26

M27

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

0.35

0.35

0.35

0.5

0.5

0.5

0.5

0.75

0.75

1

0.75

1

0.75

1.25

1

0.75

1

0.75

1.5

1.25

1

1.5

1

1.5

1

1.5

1

1.5

1

2

1.5

1

2

1.5

1

2

1.5

1

2

1.5

1

2

1.5

1

1.5

2

2.2

2.7

3.2

3.5

4

4.5

5

5.3

6.3

7

7.3

8

8.3

8.8

9

9.3

10

10.3

10.5

10.8

11

12.5

13

13.5

14

14.5

15

15.5

16

16

16.5

17

18

18.5

19

20

20.5

21

22

22.5

23

23

23.5

24

24.5

25

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DRILL INFORMATION

[9] Regrinding procedures

Regrinding mathod

1) Preparation - Determination of regrinding

areas Check the cutting edge for damage and wear If large fracture is found, remove it by rough grinding.

Feed mark

Max.0.02mm

2) Grinding operation - Drills setting Drill is clamped to collet chuck Chattering is kept within 0.02mm.

Chipping

N/L, Horning

Thining

Point

3) Grinding operation-Grinding point - Check damage and wear at the point and remove it completely.- The difference of the lip height is kept within 0.02mm.

Point angle(a) : 140°

Point relief angle(b)t : 8°~ 15°

The difference of the

lip height Max. 0.02mm

4) Grinding operation-Thinning grinding - Considering N/L width Cutting edge length from the center of drill

axis should be 0.03~0.08mm for balancing. - Set the wheel to tilt drill axis by 34°~ 40°.

Thinning angle(a)° : 155°~ 160°/ Thining open angle(b) : 100°~ 105° Thinning relief angle(c) : 34°~ 40°

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DRILL INFORMATION

Notice

1) For better drill’s life, small damage and wear are favorable to be regrinding.2) Damage and wear size should be within 1.5 for regrinding.3) If drill has crack, regrinding is impossible.4) Ordering for regrinding is acceptable or purchase regrinding machine

[10] Hole making – ISO tolerance of Hole & Axis

Fit tolerance

Axis tolerance : small letterBore tolerance : capital letter

5) Grinding - N/L grinding and honing - Using diamond chisel Grinds the width flat along point cutting edge. - After negaland operation Finishes with brush or handstone.

N/L width(a) : 0.05mm~0.16mm / N/L angle(b) : 24°~26°

• N/L

TIP· Making point - Without center drill, the point width should be below 0.10mm.

· Recommended grinding condition - Diamond wheel : 240~400 mesh - Diamond chisel : 400~600 mesh - Diamond hand stone : 800~1500 mesh

Axis < Bore (0)

Axis > Bore

General

clearance fit Push in fit Hit in fit Interference

(-)GapGap

A

a

B

+ / +

- / -

b

C

c

CD

cd

D

d

E

e

EF

ef

F

f

FG

fg

H

h

J

j

JS

js

k

K

m

M

n

N

p

P

r

R

s

S

t

T

u

U

v

V

x

X

y

Y

z

Z

za

ZA

zb

ZB

G

g

CA

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IDE

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& N

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31 D

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DRILL INFORMATION

[11] Hole making – ISO tolerance table

Hol

eD

10E9

F7F8

G7

G9

H6

H7

H8

H9

H10

H11

H12

H13

JS7

JS9

K6

K7

M6

M7

N7

N9¹

P7P9

R7

3≥6

+60

+20

+39

+14

+16

+6+2

0+6

+12

+2+2

7+2

+6 0+1

0 0+1

4 0+2

5 0+4

0 0+6

0 0+1

00 0+1

40 0±5

±12.

50 -6

0 -10

-2 -8-2 -1

2-4 -1

4-4 -2

9-6 -1

6-6 -3

1

-11

-23

≥ 3

-10

-20

6≥10

+78

+30

+50

+20

+22

+10

+28

+10

+16

+4+3

4+4

+8 0+1

2 0+1

8 0+3

0 0+4

8 0+7

5 0+1

20 0+1

80 0±6

±15

+2 -6+3 -9

-1 -90 -12

-4 -16

0 -30

-8 -20

-12

-42

-13

-28

10≥1

8

+98

+40

+61

+25

+28

+13

+35

+13

+20

+5+4

1+5

+9 0+1

5 0+2

2 0+3

6 0+5

8 090 0

+150 0

+220 0

±7.5

±18

+2 -7+5 -1

0-3 -1

20 -15

-4 -19

0 -36

-9 -24

-15

-51

-16

-34

18≥3

0

+120

+50

+75

+32

+34

+16

+43

+16

+24

+6+4

9+6

+11 0

+18 0

+27 0

+43 0

+70 0

+110 0

+180 0

+270 0

±9±2

1.5

+2 -9+6 -1

2-4 -1

50 -18

-5 -23

0 -43

-11

-29

-18

-61

-20

-41

30≥5

0

+149

+65

+92

+40

+41

+20

+53

+20

+28

+7+5

9+7

+13 0

+21 0

+33 0

+52 0

+84 0

+130 0

+210 0

+330 0

±10.

5±2

6+2 -1

1+6 -1

5-4 -1

70 -21

-7 -28

0 -52

-14

-35

-22

-74

-25

-50

50≥6

5

+180

+80

+112

+50

+50

+25

+64

+25

+34

+9+7

1+9

+16 0

+25 0

+39 0

+62 0

+100 0

+160 0

+250 0

+390 0

±12.

5±3

1+3 -1

3+7 -1

8-4 -2

00 -25

-8 -33

0 -62

-17

-42

-26

-88

-30

-62

65≥8

0

+220

+100

+134

+60

+60

+30

+76

+30

+40

+10

-+1

9 0+3

0 0+4

6 0+7

4 0+1

20 0+1

90 0+3

00 0+4

60 0±1

5±3

7+4 -1

5+9 -2

1-5 -2

40 -30

-9 -39

0 -74

-21

-51

-32

-103

-32

-62

80≥

100

-38

-73

100≥

120

+260

+120

+159

+72

+71

+36

+90

+36

+47

+12

-+2

2 0+3

5 0+5

4 0+8

7 0+1

40 0+2

20 0+3

50 0+5

40 0±1

7.5

±43.

5+4 -1

8+1

0-1

5-6 -2

80 -35

-10

-45

0 -87

-24

-59

-37

-124

-41

-76

120≥

140

-48

-88

140≥

160

+305

+145

+185

+85

+83

+42

+106

+43

+54

+14

-+2

5 0+4

0 0+6

3 0+1

00 0+1

60 0+2

50 0+4

00 0+6

30 0±2

0±5

0+4 -2

1+1

2-2

8-8 -3

30 -40

-12

-52

0-1

00-2

8-6

8-4

3-1

43-5

0-9

0

160≥

180

-53

-93

180≥

200

-60

-106

200≥

225

+355

+170

+215

+110

+96

+50

+122

+50

+61

+15

-+2

9 0+4

6 0+7

2 0+1

15 0+1

85 0+2

90 0+4

60 0+7

20 0±2

3±5

7.5

+5 -24

+13

-33

-8 -37

0 -46

-14

-60

0-1

15-3

3-7

9-5

0-1

65-6

3-1

09

225≥

250

-67

-113

250≥

280

+240

+110

+108

+56

+137

+56

+69

+17

-+3

2 0+5

2 0+8

1 0+1

30 0+2

10 0+3

20 0+5

20 0+8

10 0±2

6±6

5+5 -2

7+1

6-3

6-9 -4

10 -52

-14

-66

0-1

30-3

6-8

8-5

6-1

86

-74

-126

280≥

315

+400

+190

-78

-130

315≥

355

+265

+125

+119

+62

+151

+62

+69

+17

-+3

6 0+5

7 0+8

9 0+1

40 0+2

30 0+3

60 0+5

70 0+8

90 0±2

8.5

±70

+7 -29

+17

-10

-10

-46

0 -57

-16

-73

0-1

40-4

1-9

8-6

2-2

02

-87

-144

355≥

400

+440

+210

-93

-150

ISO Hole making (μm)

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32D

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tolerancesymbol figure

Out of roundness

Cylindrical

True Position Tolerance

DRILL INFORMATION

[12] Hole making tolerance in shape

0,05

0,05

0,01

0,01

0,05

0.05

CA

RB

IDE

DR

ILL

CE

NT

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& N

C D

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REAMER INFORMATION

[13] Cutting condition for tungsten carbide reamer

[14] Function of Chamfer

[15] Helix angle

Grade Tensile strength(kg/mm2) Hardness(HB)

Cutting conditionMaterial

V(m/min) f(mm/rev)

Carbon steelAlloy steel

Cast steel

Aluminum alloy

Cast iron

Shape

Helix angle

Features

Features

~ 100~10

10~2525~40

0.15~0.250.20~0.400.30~0.50

6 ~ 10

~1010~2525~40

0.20~0.300.30~0.500.40~0.70

14 ~ 24

20 ~ 30

~1010~2525~40

0.15~0.250.20~0.400.30~0.50

5 ~ 10

~1010~2525~40

0.20~0.300.30~0.500.40~0.70

6 ~ 14

~1010~2525~40

0.12~0.200.15~0.300.20~0.40

5 ~ 9

~1010~2525~40

0.15~0.250.20~0.400.30~0.50

6 ~ 10

~1010~2525~40

0.12~0.200.15~0.300.20~0.40

5 ~ 9100 ~ 140

40 ~ 50

50 ~ 70

~ 200

200 ~

Feed mark can be made when feed on sharp edge.Applied at Chucking reamer.

· Proper solution for cast iron

R on the edge, Corner operation is not possible.It may cause bad surface.

· Good machinability and chip evacuation. · Wide application of material.· Ideal for hardened material.

2-step edge shapeRe-grind is not possible

· Good finish at aluminum, copper, copper alloy· Good result at stick material

Straight (Helix angle 0˚)

Right hand

Left hand

2nd-step edge is long (tool life is limited)Finish is good

Economical choice due to comparably short edge

Hand reamer, good for finish

45˚

R

1˚ ~ 2˚

10˚ ~ 20˚45˚

1˚ ~ 2˚45˚

45˚45˚

Diameter(mm)

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34D

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REAMER INFORMATION

[16] Reamer Trouble shooting and solution

Increase burnishing effect

Eliminate BUE

Balance cutting force

Decrease finish effect

Decrease chattering

Increase burnishing

Eliminate BUE

Eliminate chattering

Smooth chip evacuation

· Decrease chamfer angle· Decrease back taper· Check reamer size · Increase Margin · Use 2-step reamer

· Increase Margin · Heat treatment on material · High speed, low feed · Use 2-step reamer · Use cutting oil

· Run-out within 0.005mm · Increase cutting speed · Check run-out of the tools · Check bush · Use non-water soluble oil

· Increase relief angle · Increase back taper· Decrease Margin · Increase cutting speed

· Increase machine stability· Use left hand tool · Increase back taper· Increase feed rate · Decrease bush tolerance · Increase Margin · Decrease cutting speed

· Use left hand tool · Use 2-step reamer · Decrease chamfer angle

· Increase rake angle · Decrease feed rate · Increase cutting speed

· Run-out within 0.005mm · Increase cutting speed · Make good alignment tool& axis· Use non-water soluble oil

· Change flute shape · Make wide flute space

Trouble

Hole expanding

Hole shrinking

Poorout of

roundness

PoorSurface

roughness

Trouble shooting Solution

EDP No.

TAP SERIES

TA - 4 F - S TTA :

TAPS - SOLID TUNGSTEN CARBIDE

3F : 3 FLUTE

4F : 4 FLUTE

6F : 6 FLUTE

ST : STRAIGHT

HE : HELIX

CA

RB

IDE

CARBIDE TAPS 3&4 T03TA3FST

TA4FST

TYPE ITEMS EDP NO. FLUTES SHAPE PAGE

RAW MATERIALS

TWISTANGLE

TOLERANCE

POINT ANGLE

Micro Grain CarbideShank Dia.

Drill Dia.

ICON GUIDE

INDEX

MGh6 h7 h8

15° 30° 45° h6

38° 118° 120° 140°

h7 h8

TiAIN Coating

Bright Finish TiAINBright TiN

COATING TiN Coating

03 T

CA

RB

IDE

TAP

S

CARBIDE TAPS

EDP No.CUT

LENGTHOVEALLLENGTH

SHANKTHREADSIZE

SQUAREWIDTH

SQUARELENGTH

FLUTENUMBER

TA3FST

TA4FST

030 050040 070050 080060 100080 125100 150120 150120 175

L1L0 D1 FLUTE1214162024262628

4652606270758080

M3*0.5M4*0.7M5*0.8M6*1.0M8*1.25M10*1.5M12*1.5M12*1.75

4.05.05.56.06.27.08.58.5

3.24.04.54.55.05.56.56.5

67778899

33334444

(mm)

⁕ TiN, TiCN & TiAlN-COATING is abailable on your request⁕ Spiral Fluted Taps are available on your request.⁕ Suitable for tapping Blind holes, Through holes in carbon steels and alloy steels, where chips are produced

in a continue coil state.

L1

D1

L0

SIDE MILLING CUTTER

PLAIN MILLING CUTTER

SINGLE 30°(45°/60°/90°) ANGLE MILLING CUTTER

DOUBLE ANGLE MILLING CUTTER

DOUBLE ANGLE CUTTER

SINGLE 30°(45°/60°/90°) ANGLE CUTTER

FACE ANGLE MILLING CUTTER

FACE MILLING CUTTER

SERRATION MILLING CUTTER

CONCAVE CUTTER

CONVEX CUTTER

T-CUTTER

DOVETAIL

BRAZED

SLITTING SAW

SINGLE 45°(30°/60°/90°) ANGLE CHAMFERING CUTTERS

SPECIAL PRODUCTS

SP

EC

IALEDP No.

S T - C - S I MST : SPECIAL TOOL

- SOLID TUNGSTEN CARBIDE

C : CUTTER

S : SAW

SIM : SIDE MILLING

PLM : PLAIN MILLING

S30AM : SINGLE 30°(45°/60°/90°) ANGLE MILLING

D30AM : DOUBLE ANGLE MILLING

S30A : SINGLE 30°(45°/60°/90°) ANGLE

D30A : DOUBLE ANGLE

FAM : FACE ANGLE MILLING

FM : FACE MILLING

SEM : SERRATION MILLING

CCM : CONCAVE

CVM : CONVEX

TC : T-CUTTER

DT : DOVETAI

BR : BRAZED

SL : SLITTING SAW

S30AC : SINGLE 45°(30°/60°/90°) ANGLE CHAMFERING

SP

EC

IAL

04S

SIDE MILLING CUTTER

EDP No.Outer

DiameterFluteWidth

InnerDiameter

Number of Flute

STCSIM 050 004050 005050 006050 008050 010060 004060 005060 006060 008060 010060 012060 014075 004075 005075 006075 008075 010075 012075 014075 016075 018075 020100 005100 006100 008100 010100 012100 014100 016100 018100 020100 022125 006125 008100 010125 012125 014125 016125 018125 020125 022125 024

D0 L D1 Ordinary Flute Roughing50505050506060606060606075757575757575757575100100100100100100100100100100125125125125125125125125125125

4568104568101214456810121416182056810121416182022681012141618202224

15.87515.87515.87515.87515.87522.22522.22522.22522.22522.22522.22522.22525.425.425.425.425.425.425.425.425.425.425.425.425.425.425.425.425.425.425.425.431.7531.7531.7531.7531.7531.7531.7531.7531.7531.75

181818181820202020202020222222222222222222222626262626262626262628282828282828282828

--

101010--

1010101010---

1212121212------

1212121212------

1414141414

(mm)

L

D0

D1

SP

EC

IAL

05 S

SIDE MILLING CUTTER

EDP No.

STCSIM 150 006150 008150 010150 012150 014150 016150 018150 020150 022150 024150 028175 008175 010175 012175 014175 016175 018175 020175 022175 024175 026175 028175 030200 010200 012200 014200 016200 018200 020200 022200 024200 028200 030200 032

D0 L D1

150150150150150150150150150150150175175175175175175175175175175175175200200200200200200200200200200200

68101214161820222428810121416182022242628301012141618202224283032

31.7531.7531.7531.7531.7531.7531.7531.7531.7531.7531.7531.7531.7531.7531.7531.7531.7531.7531.7531.7531.7531.7531.7531.7531.7531.7531.7531.7531.7531.7531.7531.7531.7531.75

32323232323232323232323434343434343434343434343636363636363636363636

------

1616161616-------

1818181818------

2020202020

(mm)

L

D0

D1

OuterDiameter

FluteWidth

InnerDiameter

Number of Flute

Ordinary Flute Roughing

SP

EC

IAL

06S

PLAIN MILLING CUTTER

EDP No.Outer

DiameterFluteWidth

InnerDiameter

Number of Flute

STCPLM 050 025050 030050 040050 050050 060050 075060 030060 040060 050060 060060 075060 100075 030075 040075 050075 060075 075075 100100 050100 075100 100100 125100 150125 060125 075125 100125 125125 150

D0 L D1 Ordinary Flute Roughing (1) Roughing(2)505050505050606060606060757575757575100100100100100125125125125125

2530405060753040506075100304050607510050751001251506075100125150

22.22522.22522.22522.22522.22522.22525.425.425.425.425.425.431.7531.7531.7531.7531.7531.7538.138.138.138.138.138.138.138.150.850.8

12121212121214141414141414141414141416161616161818181818

88888888888810101010101012121212121212121212

66666666666688888810101010101010101010

(mm)

D0

L

D1

SP

EC

IAL

07 S

SINGLE ANGLE MILLING CUTTERS

EDP No.Outer

DiameterFluteWidth

InnerDiameter

AngleNumber of Flute

STCS30A(STCS45A)(STCS60A)(STCS90A)

065 013065 016070 013070 016075 016075 018075 020100 020100 025065 013065 016070 013070 016075 016075 018075 020100 020100 025

D0 L D1 FLUTE θ6565707075757510010065657070757575100100

131613161618202025131613161618202025

25.425.425.425.425.425.425.425.425.431.7531.7531.7531.7531.7531.7531.7531.7531.75

181820202222222626181820202222222626

30°30°30°30°30°30°30°30°30°30°30°30°30°30°30°30°30°30°

(mm)

SP

EC

IAL

08S

DOUBLE ANGLE MILLING CUTTERS

EDP No.Outer

DiameterFluteWidth

InnerDiameter


STCD30A(STCS45A)(STCS60A)(STCS90A)

070 010070 013072 013070 016075 010075 013075 016075 020100 016106 016100 020100 025

D0 L D1 FLUTE θ7070707075757575100100100100

101313161013162016162025

25.425.425.425.425.425.425.425.425.425.425.425.4

202022202022222222262626

30°30°30°30°30°30°30°30°30°30°30°30

(mm)

SP

EC

IAL

09 S

DOUBLE ANGLE CUTTERS

CONCAVE CUTTERS

EDP No.

EDP No.

OuterDiameter

Radius

FluteWidth

CutterDiameter

FullLength

ShankDiameter

ShankDiameter

OveallLength


Number of Flute

SCD60A(STCD45A)

STCCCM

010 052012 060015 069020 104025 130

010 132010 116010 332010 108010 532010 316010 104010 516010 308

D0

R

L1

D0

L D1 FLUTE

D1 L FLUTE

θ1012152025

1/32"1/16"3/32"1/8"5/32"3/16"1/4"5/16"3/8"

5.26.06.910.413.0

3/4"3/4"3/4"1"1"1"

1-1/4"1-1/4"1-1/2"

5052596468

5052596468

1/2"1/2"1/2"3/4"3/4"3/4"3/4"3/4"3/4"

88101012

3"3"3"

3-1/2"3-1/2"3-1/2"

4"4"

4-3/16"

666666666

60°60°60°60°60°

(mm)

(mm)

Use for milling male half circle⁕ Teeth are from relieved and straight gashed⁕ Cutting surface may be resharperened on face without changing contour or from for increased tool life

D0

LL1

d D1

60°

SP

EC

IAL

10S

CONCAVE CUTTERS

EDP No.Radius

CutterDiameter

ShankDiameter

OveallLength

Number of Flute

STCCVM 010 132010 116010 332010 108010 532010 316010 104010 516010 308

R D0 D1 L FLUTE1/32"1/16"3/32"1/8"5/32"3/16"1/4"5/16"3/8"

3/4"3/4"7/8"

1-1/4"1-5/16"1-3/8"1-1/2"1-5/8"1-3/4"

1/2"1/2"1/2"3/4"3/4"3/4"3/4"3/4"3/4"

3"3"3"

3-1/2"3-1/2"3-1/2"

4"4"4"

666666666

(mm)

Use for milling fermale half circle⁕ Teeth are from relieved and straight gashed⁕ Cutting surface may be resharperened on face without changing contour or from for increased tool life.

Use for chamfering and angel milling operations

SINGLE ANGLE CHAMFERING CUTTERS

EDP NO.Outer

DiameterFluteWidth

OveallLength

ShankDiameter

Number of Flute Angle

STCS45AC(STCS60AC)

030 108030 316030 516030 102

D0 W L D1 FLUTE θ1/2"3/4"1"

1-1/2"

1/8"3/16"5/16"1/2"

2-1/8"2-1/8"2-1/2"2-3/4"

3/8"3/8"1/2"3/4"

4444

45°45°45°45°

(mm)

SP

EC

IAL

11 S

DOVETAIL CUTTERS

EDP NO.Cuttrer

DiameterCutterLength

OveallLength

ShankDiameter

Number of Flute

STCDT45(STCDT60)

040 025060 030060 035060 040060 045060 050060 055080 060080 070080 075

D0 L1 L D1 FLUTE25303540455055607075

12121515202025303535

757575959595105110125125

16162020252525323232

4666666888

(mm)

D0

LL1

D1

SP

EC

IAL

12S

T-CUTTER

EDP No.Cutter

DiameterCutter

ThicknessOveallLength

ShankDiameter

Number of Flute

STCT-S(STCT-H)

080 012080 015080 018080 020100 003100 005100 010100 015120 005120 010120 011120 012120 015120 020120 030130 002130 003130 005130 010130 012130 015130 018130 020130 030135 002135 003135 004135 005135 006135 007135 008

D0 T L D1 FLUTE8.08.08.08.010.010.010.010.012.012.012.012.012.012.012.013.013.013.013.013.013.013.013.013.013.513.513.513.513.513.513.5

1.21.51.82.00.30.51.01.50.51.01.11.21.52.03.00.20.30.51.01.21.51.82.03.00.20.30.40.50.60.70.8

40404040404040404040404040404045454545454545454545454545454545

5.05.05.05.05.05.05.05.05.05.05.05.05.05.05.05.05.05.05.05.05.05.05.05.05.05.05.05.05.05.05.0

12121212242424242424242424242424242424242424242424242424242424

(mm)

STRAIGHT HELIX

D0

LT

D1

13 S

SP

EC

IAL

SOLID SLITTING SAW

Specification Thickness Remark Specification Thickness Remark

Ø45•

Ø15.875•

90F / 40F

Ø100•

Ø25.4•

72F

Ø125•

Ø25.4•

90F

Ø70•

Ø25.4•

72F

Ø75•

Ø25.4•

72F

0.150.2

0.3~0.40.5~2.02.1~2.52.6~3.03.1~3.53.6~4.04.1~4.54.6~5.0

0.40.5

0.6~1.01.1~1.51.6~2.02.1~2.52.6~3.03.1~3.53.6~4.04.1~4.54.6~5.05.1~5.50.8~1.01.1~1.51.6~2.02.1~2.52.6~3.03.1~3.53.6~4.04.1~4.54.6~5.0

0.20.3~0.40.5~1.01.1~1.51.6~2.02.1~2.52.6~3.03.1~3.53.6~4.04.1~4.54.6~5.0

0.20.25

0.3~0.40.5~1.01.1~1.51.6~2.02.1~2.52.6~3.03.1~3.53.6~4.04.1~4.54.6~5.05.1~5.55.6~6.06.1~6.56.6~7.07.1~7.5

(mm)

Ødh7ØD

T

SP

EC

IAL

14S

BALL END MILLS-2 FLUTE DOUBLE END GENERAL PURPOSE

EDP No.Cutter


OveallLength

ShankDiameter

IX2FBEDF(NF2FBEDF)(SS2FBEDF)

050 100060 120070 120080 120090 140100 140110 140120 160

D1 L1 L0 D0

5.06.07.08.09.010.011.012.0

10.012.012.012.014.014.014.016.0

6363636375757575

5.06.08.08.09.010.012.012.0

(mm)

L2

D1

D0

L0

SP

EC

IAL

15 S

T-CUTTER - DOUBLE FLUTE

EDP No.Cutter

DiameterCutter

ThicknessOveallLength

ShankDiameter

Number of Flute

STCT-S-DF(STCT-H-DF)

080 012080 015080 018080 020100 003100 005100 010100 015120 005120 010120 011120 012120 015120 020120 030130 002130 003130 005130 010130 012130 015130 018130 020130 030135 002135 003135 004135 005135 006135 007135 008

D1 T L0 D0 FLUTE8.08.08.08.010.010.010.010.012.012.012.012.012.012.012.013.013.013.013.013.013.013.013.013.013.513.513.513.513.513.513.5

1.21.51.82.00.30.51.01.50.51.01.11.21.52.03.00.20.30.51.01.21.51.82.03.00.20.30.40.50.60.70.8

40404040404040404040404040404045454545454545454545454545454545

10.010.010.010.012.012.012.012.012.012.012.012.012.012.012.014.014.014.014.014.014.014.014.014.014.014.014.014.014.014.014.0

12121212242424242424242424242424242424242424242424242424242424

(mm)

STRAIGHT HELIX

D1

D0

L0

T

SP

EC

IAL

16S

4F END MILLS-DOUBLE FLUTE

EDP No.Cutter


OveallLength

ShankDiameter

IX4FSEDF(NF4FSEDF)(SS4FSEDF)

010 020015 030020 040025 050030 060035 070040 080045 095050 100060 120070 120080 120090 140100 140110 140120 160

D1 L1 L0 D0

1.01.52.02.53.03.54.04.55.06.07.08.09.010.011.012.0

2.03.04.05.06.07.08.09.510.012.012.012.014.014.014.016.0

38383838385050636363636375757575

3.03.03.03.03.04.04.04.55.06.08.08.09.010.012.012.0

(mm)

Use for chamfering and angel milling operations

SINGLE ANGLE CHAMFERING CUTTERS-DOUBLE FLUTE

EDP No.Outer

DiameterOuter

LengthOveallLength

ShankDiameter

Number of Flute Angle

SCS45AC-DF(SCS60AC-DF)

030 108030 316030 516030 102

D1 L1 L0 D0 FLUTE θ1/2"3/4"1"

1-1/2"

1/8"3/16"5/16"1/2"

2-1/8"2-1/8"2-1/2"2-3/4"

3/8"3/8"1/2"3/4"

4444

45°45°45°45°

(mm)

D0

D1

L2L0

D0

D1

L2L0

TECHNICAL INFORMATION

INF

OR

MA

TIO

N

02I


[1] Steel, Non-ferrous metal symbol list

GROUP

StructuralSteel

SteelPlate

SteelPipe

Iron andSteel

Spe

cial

ste

el

Toolsteel

Stainlesssteel

Heatresisting

steel

Forgedsteel

Cast iron

Cast steel

STANDARD TERM CODE GROUP

Casting

STANDARD TERM CODE

Rolled Steel for Welded Suructure SWS

Rerolled Steel SBR

Rolled Steel for General Structure SB

Light Gauge Steel for General Structure SBC

Hot- rolled Steel Plate, Sheet/ Strip for Automobile Structural Use SAPH

Cold-rolled Steel Sheet/Strip SBC

Hot-rolled Soft Steel Sheet/Strip SHP

Carbon Steel Pipe for Ordinary Piping SPP

Carbon Steel Pipe for Boiler and Heat Exchanger STH

Seamless Steel Pipe for High Pressure Gas Cylinder STHG

Carbon Steel Pipe for General Structural Use SPS

Carbon Steel Pipe for Machine Structural Use STST

Alloy Steel Pipe for Structural Use STA

Stainless Steel Pipe for Machine and Structural Use STS-TK

Carbon Steel Square Pipe for General Structural Use SPSR

Alloy Steel Pipe SPA

Carbon Steel Pipe for Pressure Service SPPS

Carbon Steel Pipe for High Temperature Service SPSR

Carbon Steel Pipe for High Pressure Service SPPH

Stainless Steel Pipe STSxT

Carbon Steel for Machine Structural Use SMxxC, SMxxCK

Aluminum Chromium Molybdenum Steel SACM

Chromium Molybdenum Steel SCM

Chromium Steel SCr

Nickel Chromium Steel SNC

Nickel Chromium Molybdenum Steel SNCM

Manganese Steel and manganese Chromium Steel for Machine Structural Use SMn, SMnC

Carbon Tool Steel STC

Hollow Drill Steel SKC

Alloy Tool Steel STS, STD, STF

High Speed Tool Steel SKH

Stainless Steel Bar STS

Heat Resisting Steel STR

Heat Resisting Steel Bar STR

Heat Resisting Steel Sheet STR

Free cutting carbon steel SUM

Special steel STB

Spring steel SPS

Carbon Steel Forging SF

Chromium Molybdenum Steel Forging SFCM

Nickel Chromium Molybdenum Steel Forging SFNCM

Gray Cast iron GC

Spheroidal Graphite Cast iron GCD

Blackheart Malleable Cast iron BMC

Whiteheat Malleable Cast iron WMC

Pearlitic Malleable Cast iron PMC

Carbon Cast Steel SC

High Tensile Strength Carbon Cast Steel&Low Alloy Cast Steel HSC

Stainless Cast Steel SSC

Heat Resisting Cast Steel HRSC

High Manganese Cast Steel HMnSC

Cast Steel for High Temperature and High Pressure Service SCPH

Brass Casting BsC

High Strength Brass Casting HBsC

Bronze Casting BrC

Phosphoric Bronze Casting PCB

Aluminum Bronze Casting AIBC

Aluminum Alloy Casting ACxA

Magnesium Alloy Casting MgC

Zinc Alloy Die Casting ZnDC

Aluminum Alloy Die Casting AlDC

Magnesium Alloy Die Casting MgDC

White Metal WM

Aluminum Alloy Casting for Bearing AM

Brass Alloy Casting for Bearing KM

INF

OR

MA

TIO

N

03 I


[2] SI unit conversion table

● Force

● Pressure

● Work, Energy, Calorie

● Power

● Revolution per minute

1

60

min-1 s-1 r.p.m.

0.0167

1

1

60

● Specific heat ● Thermal conductivity

J/(kg·K) kcal/(kg·℃) cal/(g·℃)

1

4.18605×103

2.38889×10-4

1

W/(m·k) kcal/(h·m·℃)

1

1.16279

8.6000×10-1

1

1

3.60000×106

9.80665

4.18605×103

2.77778×10-7

1

2.72407×10-6

1.16279×10-3

1.01972×10-1

3.67098×105

1

4.26858×102

2.38889×10-4

8.60000×102

2.34270×10-3

1

J kW·h kgf·m kcal

● Stress

1

1×106

9.80665×106

9.80665×104

9.80665

1×10-6

1

9.80665

9.80665×10-2

9.80665×10-6

1.01972×10-7

1.01972×10-1

1

1×10-2

1×10-6

1.01972×10-5

1.01972×10

1×102

1

1×10-4

1.01972×10-1

1.01972×105

1×106

1×104

1

Pa or N/m2 MPa or N/mm2 kgf/mm2 kgf/cm2 kgf/m2

1×10-3

1

1×103

1×102

9.80665×10

1

1×103

1×106

1×105

9.80665×104

1×10-6

1×10-3

1

1×10-1

9.80665×10-2

1×10-5

1×10-2

1×10

1

9.80665×10-1

1.01972×10-5

1.01972×10-2

1.01972×10

1.01972

1

Pa kPa MPa bar kgf/cm2

1.01972×10-1

1.01972×102

1

7.5×10

1.18572×10-1

1

1×103

9.81 65

7.355×102

1.162 79

1×10-3

1

9.80665×10-3

7.355×10-1

1.16279×10-3

1.35962×10-3

1.359 62

1.33333×10-2

1

1.58095×10-3

0.860

8.60000×102

8.433 71

6.32529×102

1

W kW kgf·m/s PS kcal/h

1

9.80665

1×10-5

N kgf dyn

1.01972×10-1

1

1.01972×10-6

1×10-5

9.80665×105

1

INF

OR

MA

TIO

N

04I


[3] Work piece hardness calculating table

Note1.) Gothic number is ASTM E 1 in the list 140

1900

1800

1700

1600

1500

1450

1400

1350

1300

1250

1200

1150

1100

1050

1000

940

920

900

880

860

840

820

800

780

760

740

720

700

690

680

670

660

650

640

630

620

610

600

590

580

570

560

550

540

530

520

510

500

490

480

(505)

(496)

(488)

(480)

(473)

(465)

(456)

488

(767)

(757)

(745)

(733)

(722)

(710)

(698)

(684)

(670)

(656)

(647)

(638)

630

620

611

601

591

582

573

564

554

515

535

525

517

507

497

488

479

471

460

452

93.1

92.6

91.9

91.3

90.5

90.1

89.6

89.1

88.7

88.3

87.9

87.5

87.1

86.6

86.2

85.6

85.3

85

84.7

84.4

84.1

83.8

83.4

83

82.6

82.2

81.8

81.3

81.1

80.8

80.5

80.3

80

79.8

79.5

79.2

78.9

78.6

78.4

78

77.8

77.4

77

76.7

76.4

76.1

75.7

75.3

74.9

74.5

80.5

79.2

77.9

76.6

75.3

74.6

74

73.4

72.7

72.1

71.5

70.9

70.3

69.6

68.9

68

67.5

67

66.4

65.9

65.3

64.7

64

63.3

62.5

61.8

61

60.1

59.7

59.2

58.8

58.3

57.8

57.3

56.8

56.3

55.7

55.2

54.7

54.1

53.6

53

52.3

51.7

51.1

50.5

49.8

49.1

48.4

47.7

76.9

76.5

76.1

75.7

75.3

74.8

74.3

74.8

73.3

72.6

72.1

71.5

70.8

70.5

70.1

69.8

69.4

69

68.7

68.3

67.9

67.5

67

66.7

66.2

65.8

65.4

64.8

64.4

66.2

63.5

62.9

62.2

61.6

61.3

97

96

95

93

92

91

90

88

87

86

8

83

81

80

79

77

75

74

72

71

69

67

66

64

2205(210)

2020(206)

1985(202)

1950(199)

1905(194)

1860(190)

1825(186)

1795(183)

1750(179)

1750(174)

1660(169)

1620(165)

1570(160)

1530(156)

1459(153)

1460(149)

1410(144)

Rockwell Brinell HB 10mm BALLLOAD 3000kgf

Vickers50kg

HV

A scale 60kgf

Diamond particle

HRA

B scale 100kgf 1/16in ball HRB

C scale 150kgf

Diamond particle

HRC

D scale 100kgf

Diamond particle

HRD

Shore

HS

tensile strengthN/㎟(kgf/㎟)Carbidestandard

470

460

450

440

430

420

410

400

390

380

370

360

350

340

330

320

310

300

295

290

285

280

275

270

265

260

255

250

245

240

230

220

210

200

190

180

170

160

150

140

130

127

122

117

441

433

425

415

405

397

388

379

369

360

350

341

331

322

313

303

294

264

280

275

270

265

261

256

252

247

243

238

233

228

219

209

200

190

181

171

162

152

143

133

124

121

116

111

442

433

425

415

405

397

388

379

369

360

350

341

331

322

313

303

294

264

280

275

270

265

261

256

252

247

243

238

233

228

219

209

200

190

181

171

162

152

143

133

124

74.1

73.6

73.3

72.8

72.3

71.8

71.4

70.8

70.3

69.8

69.2

68.7

68.1

67.6

67

66.4

65.8

65.2

64.8

64.5

64.2

63.8

63.5

63.1

62.7

62.4

62

61.6

61.2

60.7

(110)

(109)

(108)

(107)

(105.5)

(104.5)

(103.5)

(102)

(101)

99.5

98.1

96.7

95

93.4

91.5

89.5

87.1

85

81.7

78.7

75

71.2

69.8

67.6

65.7

46.9

46.1

45.3

44.5

43.6

42.7

41.8

40.8

39.8

38.8

37.7

36.6

35.5

34.4

33.3

32.2

31

29.8

29.2

28.5

27.8

27.1

26.4

25.6

24.8

24

23.1

22.2

21.3

20.3

(18)

(15.7)

(13.4)

(11)

(8.5)

(6)

(3)

(0)

60.7

60.1

59.4

58.8

58.2

57.5

56.8

56

55.2

54.4

53.6

52.8

51.9

51.1

50.2

49.4

48.4

47.5

47.1

46.5

46

45.3

44.9

44.3

43.7

43.1

42.2

41.7

41.1

40.3

62

59

57

55

52

50

47

45

42

41

40

38

37

36

34

33

32

30

29

28

26

25

24

22

21

20

19

18

15

1570(160)

1530(156)

1459(153)

1460(149)

1410(144)

1370(140)

1330(136)

1290(131)

1240(127)

1250(123)

1170(120)

1130(115)

1095(112)

1070(109)

1035(105)

1005(103)

980(100)

950(97)

935(96)

915(94)

905(92)

890(91)

875(89)

855(87)

840(86)

825(84)

805(82)

795(81)

780(79)

765(78)

730(75)

695(71)

670(68)

635(65)

605(62)

580(59)

545(56)

515(53)

490(50)

455(45)

425(44)

(42)

(41)

(39)

Rockwell Brinell HB 10mm BALLLOAD 3000kgf

Vickers50kg

HV

A scale 60kgf

Diamond particle

HRA

B scale 100kgf 1/16in ball HRB

C scale 150kgf

Diamond particle

HRC

D scale 100kgf

Diamond particle

HRD

Shore

HS

tensile strengthN/㎟(kgf/㎟)Carbidestandard

INF

OR

MA

TIO

N

05 I


[4] Use of material

type code KS Japan AISI Carbon (%) Use

Carbon steel(Machine structure)

SM10C S10C 1010 0.08~0.13

Gear, shaft, bolt, Crank shaftwheel flange, chain, clutch,Couple ring, spring, lever, spline shaft, rod

SM20C S20C 1020 0.18~0.23

SM30C S30C 1030 0.28~0.34

SM35C S35C 1035 0.32~0.38

SM40C S40C 1039, 40 0.37~0.43

SM45C S45C 4045, 46 0.42~0.48

SM50C S50C 1049 0.47~0.53

SM55C S55C 1055 0.50~0.60

Ni-Cr steel SNC236 SNC1 - 0.32~0.40

Bolt, nut, propeller axis, cam axis, core drill,piston rod, wing gear, cam rod, high tensile bolt

SNC631 SNC2 - 0.27~0.35

SNC415 SNC21 - 0.12~0.18

Ni-Cr-Mo steel SNCM220 SNCM21 8615, 17, 20 0.17~0.23

spline axis, cam shaft, steering wing gearPiston pin, T/R gear, high speed spindle, pinion

SNCM240 SNCM6 8637, 40 0.34~0.41

SNCM439 SNCM8 4340 0.38~0.43

Cr steel SCR430 SCR2 5130, 32 0.28~0.33

Roller, couple ring, bolt, nut, key, stud, axle cam shaft

SCR435 SCR3 5135 0.33~0.38

SCR440 SCR4 5140 0.38~0.43

Cr-Mo steel

SCM430 SCM2 4130 0.28~0.33

Roller, couple ring, bolt, connecting rod gear,Parts, flange

SCM435 SCM3 4135, 37 0.33~0.38

SCM440 SCM4 4141, 42 0.38~0.43

SCM445 SCM5 4145, 47 0.43~0.48

Mn steel SCM438 SMN2 1541 0.36~0.44

SCM443 SMN3 1541 0.36~0.44

Tool steel

STC2 SK2 W1-11 1/2 1.10~1.30

Drill, hammer, punch, knife, tap STC3 SK3 W1-10 1.00~1.10

STC5 SK5 W1-8 0.80~0.90

STC7 SK7 - -

High speed steel

SKH2 SKH2 T1 0.65~0.80

Reamer, cutter, endmill, punch, tap, drill

SKH3 SKH3 T4 0.70~0.80

SKH51 SKH9 M2 0.80~0.90

SKH55 SKH55 - -

SKH57 SKH57 - -

Alloyed tool steel

STS2 SKS2 - -

Nut, bolt, punch, chisel, press die, formingdie, broach,Bending dies, punching dies, forming dies,Slide roll dies, slotting dies

STS3 SKS3 - -

STS11 SKS11 F2 -

STS41 SKS41 - -

STS43 SKS43 W2-9 1/2 -

STD1 SKD1 D3 2.00~2.35

STD11 SKD11 D2 1.40~1.60

STD12 SKD12 A2 0.95~1.05

STD6 SKD6 H11 0.33~0.43

STD61 SKD61 H13 0.32~0.45

STD62 SKD62 H12 0.30~0.40

SPRING STEEL

SPS1 SUP3 1075, 78 0.72~0.85

SPS4 SUP7 9260 0.55~0.65

SPS6 SUP10 6150 0.47~0.54

SPS13 SUP9 - -

High carbon bearing steel

STB2 SUJ2 52100 0.98~1.10Ball bearing, roller bearing, roller

STB3 SUJ3 - -

Nitriding Steel SACM645 SACM1 - -

Stainless steel STS410 SUS410 410 최대0.15

STS420J1 SUS420J1 420 최대0.15

STS420J2 SUS420J2 - -

INF

OR

MA

TIO

N

06I


[5] Grade comparision

KS(ISO) KORLOYSUMITOMO(IGETALLOY)

KTMCSANDVIK(COROMANT)

MITSUBISHI(DIATITANIT)

TOSHIBA(TUNGALOY)

P01 ST05E ST05E - - STI05 TX05

P10 ST10P ST10P KTP10 GC135, S1P STI10, STI10T TX10S, TX10D

P20 ST20E ST20E KTP20 GC125, S2, SM STI20 TX20

P30 A30, ST30E A30, ST30E KTP30 S4, S6, SM STI30 TX30

M10 U10E U10E KTM10 R1P UTI10T TU10

M20 U2 U2 KTM20 SH, H20 UTI20T TU20

M40 A40 A40 KTM40 R4 UTI40T TU40

K01 H2 H2 KTK01 H05 HTI05T TH03, TH05

K10 H1 H1 KTK10 H1P, HM HTI10 TH10, G1F

K20 G10E, G2 G10E, G2 KTK20 HM, BC315, H20 HTI20 G2

K30 G3 G3 KTK30 - HTI30 G3

Z10 FA1 N70-A1 UF1 - - -

Z20 FCC N70-CC UF2 - - -

V1 D1 D1 - H05, H105, H13 GTI05 D10

V2 D2 D2 0×2 SH, H20 GTI10 D20, D25

V3 D3 D3 0×5 H20 GTI20 D30

V4 G5 G5 0×55 H35 GTI30 D40

V5 G6, G7 G6, G7 - H45, G4 GTI40 D50

V6 G8, K20G G8 - G5 GTI50, GTI60 D60

KS(ISO) DIJET HERTEL VALENITE KENNAMETAL CARBOLOY ANSI

P01 SR05 - VC8 - 320 C-8

P10 SR10 SRT

P10 CP1

VC7 -

K5H K4H

350 78

C-7

P20 SR20 SRT

CP1 CP2

VC6 -

K3H -

788 -

C-6 -

P30 SR30 CP2 P2F -

VC5 VC55 VC125

K21 390 370 -

C-5

M10 UM10 - - K4H 320, 545

M20 UM20 UMS

KM1 - -

K25

883 370

-

M40 UM40 GX - K11 390, 55A

K01

KG03 VC4 K8

999 895

C-3

K10 KT9 KG10

CP1 KM1

VC3 K68 K6

905

C-2

K20 KT9 KG20

CP1 K20

VC2 K6 44A, 883 860

C-1

K30 KG30 - - K1 44A C-1

Z10 - - - - - -

Z20 - - - - - -

V1 D1 - VC9 K96 K6

44A 895

C-9

V2 D2 - VC10 K6 K95

44A 779

C-10

V3 D3 - VC11 K92 55A 55B

C-11

V4 G5 MR2

- VC12 K94 55A 779

C-12

V5 MH3 MH4

- VC13 K92 55A 55B

C-13

V6 MH5 MH7

- VC14 K90190

C-14

INF

OR

MA

TIO

N

07 I


[6] Grade and Application

Type ISO Grade Hardnessdeflectivestrength(kg/mm)

workpiece Application

P

10 P10 92.5 over 150 over

SteelCast steelCast steelmalleable castiron

High speed cutting, finish, copying,threading

20 P25 92.0 over 180 over Turning, copying, milling with wear

25 P20 91.5 over 200 over Milling, turning, roughing

30

40 P40 89.0 over 230 over Low speed cutting,

M

10 M10 92.5 over 180 overSteelCast steelStainless steelHigh Mn steelFree cuttingsteelCast iron

Finishing , copying

20 M20 92.0 over 190 OVER General turning

40 M40 88.5 over 250 overLow speed cutting, interruption, roughing,Welding part

K

1 UF1 93.0 over 180 over

Cast ironChilled cast ironmalleable castHigh Si-Al AlloyNon ferrous alloyNon metallic(Wood, Plastic)

High speed finish operation

10 K10 92.5 over 180 OVER High precision turning

40 K20M 92.0 over 189 over General milling, interruption, roughing

K20M 91.5 over 200 over General turning, roughing, interruption

30 K30 90.0 over 220 over Heavy, interruption, roughing

40 K40 89.0 over 230 over Heavy, roughing

D

10 D10 91.5 over 200 over

Anti abrasive

Anti shock

Drawing dies, Plug gage, Nozzle, Lathe center

20 - 30 D×2 89.5 over 240 over Drawing dies

40 - 50 D×5 87.0 over 270 over Dies, Punch

60 D60 83.0 over 250 over Header dies, Dies

70 D70 82.0 over 250 over Anti shock DES

E

10 E10 90.5 over 220 over

Ground breaking

Stone mason

Coal, soft rock,

15 E15 89.6 over 230 over Coal, soft rock

20 E20 89.0 over 230 over Coal, soft rock, Stone mason

30 E30H 88.0 over 250 over hard rock, Stone mason

35 E35 87.5 over 270 over hard rock, Stone mason, tungsten carbide

50 E50 85.0 over 270 overhard rock, tungsten carbide,Mining / lumbering

Fine grainalloy

UFA 91.5 over 250 over Cast iron Nonferrous alloyChilled cast iron

Low speed cuttingAuto lathes, fine boring, hob, reamer,endmill, drilling NF2 90.0 over 300 over

Non magneticcarbide alloy

NM50 87.5 OVER 200 over

Anti abrasive Anti shockNon magnetic mold tool

Non magnetic die, punch moldMechanical seal

Cutting tool grade

Cutting tool grade

Mining / lumbering tool grade

INF

OR

MA

TIO

N

08I


[7] Workpiece grade table (Recommended cutting condition – DIN/ISO VDI3323 standard)

ISO Workpiece TreatmentTensile

strength[N/mm2]

Kc (1)

[N/mm2]mc(2)

Hardness HB

Group No.No.

P

Carbon steelFree cutting steelCast steel

�0.25%C Annealing 420 1350 0.21 125

��0.25%C Annealing 650 1500 0.22 190

�0.55%C Tempering 850 1675 0.24 250

��0.55%C Annealing 750 1700 0.24 220

Tempering 1000 1900 0.24 300

Mild steelCast steel( Alloy element under 5%)

Annealing 600 1775 0.24 200

930 1675 0.24 275

Tempering 1000 1725 0.24 300

1200 1800 0.24 350

High alloy, Cast steel, Tool steelAnnealing 680 2450 0.23 200

Tempering 1100 2500 0.23 325

M Stainless steel, Cast steel

ferritic / Martensitic 680 1875 0.21 200

Martensitic 820 1875 0.21 240

Austenitic 600 2150 0.2 180

K

Grey cast ironFerritic 1150 0.2 180

Pearlitic 1350 0.28 260

Ductile cast ironFerritic 1225 0.25 160

Pearlitic 1350 0.28 250

malleable castFerritic 1225 0.25 130

Pearlitic 1420 0.3 230

N

A l u m i n u m alloy (forged)

A l u m i n u m alloy (casted)

No age-hardening 700 0.25 60

Age-hardening 800 0.25 100

��12% SiNo age-hardening 700 0.25 75

Age-hardening 700 0.25 90

�12% Si No age-hardening 750 0.25 130

Copper allpy

Free cutting alloy 700 0.27 110

Brass 700 0.27 90

electrolytic copper 700 0.27 100

Non ferrous metalPlastic, carbon fiber - - -

Ebonite - - -

S

Hearresistant

Fe Annealing 2600 0.24 200

age-hardening 3100 0.24 280

Super alloy Ni or Co

Annealing 3300 0.24 250

age-hardening 3300 0.24 350

Casting 3300 0.24 320

Ti-alloy- RM400 1700 0.23 -

ALPHA+BETA age-hardening RM1050 2110 0.22 -

H

Hardened steelHardening (heat) 4600 55HRc

Hardening (heat) 4700 60HRc

Chilled cast iron Casting 4600 400

Hardended Ductile cast iron Hardening (heat) 4500 55HRc

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

＞1% Pb

▒ Steel ▒ Stainless steel ▒ Cast iron ▒ Nonferrous ▒ HRSA ▒ Hardened steel(1) Cutting pressure / 1㎡ / (2) Chip depth coefficient

INF

OR

MA

TIO

N

09 I


[8] Carbon steel and alloy steel for structural use

XC10

-

C22C22EC22RC25C25EC25RC30C30EC30R

C35C35EC35RC40C40EC40R

-

C45C45EC45R-C50C50EC50R

-

C55C55EC55R

C60C60EC60R

-

-

-

-

30Г

35Г

40Г

40Г

45Г

45Г50Г

50Г

-

60Г

SM10C

SM15C

SM20C

SM25C

SM30C

SM35C

SM40C

SM43C

SM45C

SM48CSM50C

SM53C

SM55C

SM58C

C10

C15E4C15M2-

C25C25E4C25M2C30C30E4C30M2

C35C35E4C35M2C40C40E4C40M2

-

C45C45E4C45M2-C50C50E4C50M2

-

C55C55E4C55M2

C60C60E4C60M2

S10C

S15C

S20C

S25C

S30C

S35C

S40C

S43C

S45C

S458CS50C

S53C

S55C

S58C

040A10045A10045M10055M15

070M20C22, C22EC22RC25C25EC25R080A30080M30CC30C30EC30RC35C35EC35R080M40C40C40EC40R080A42

C45C45EC45R080A47080M50C50C50EC50R-

070M55C55C55EC55RC60C60EC60R

C10EC10R

C15EC15RC22C22EC22RC25C25EC25RC30C30EC30R

C35C35EC35RC40C40EC40R

-

C45C45EC45R-C50C50EC50R

-

C55C55EC55R

C60C60EC60R

1010 1015 1020 1025 1030 1035 1039 1040 1042 1043 1045 1046 - 1049 1050 1053 1055 1059 1060

KoreaType

Carbon steel

KS

ISO

ISO

Japan

JIS

U.S.A Great BritainAISISAE

BSBS/EN

GermanyDIN

DIN/EN

FranceNF

NF/EN

Russia

GOCT

Nickelchromiumsteel

Nickelchromiummolybdenumsteel

Chromiumsteel

SNC236SNC415(H)SNC631(H)SNC815(H)SNC836SNCM220

SNCM240

SNCM415SNCM420(H)SNCM431SNCM439SNCM447SNCM616SNCM625SNCM630SNCM815SCr415(H)

SCr420(H)

SCr430(H)

SCr435(H)

SCr440(H)

SCr445(H)

---15NiCr13-20NiCrMo220NiCrMoS2

41CrNiMo241CrNiMoS2----------

20Cr4(H)20CrS434Cr434CrS434Cr434CrS437Cr437CrS437Cr437CrS441Cr441CrS4

SNC236SNC415(H)SNC631(H)SNC815(H)SNC836SNCM220

SNCM240

SNCM415SNCM420(H)SNCM431SNCM439SNCM447SNCM616SNCM625SNCM630SNCM815SCr415(H)

SCr420(H)

SCr430(H)

SCr435(H)

SCr440(H)

SCr445(H)

---655M13(655H13)-805A20805M20805A22805M22-

----------

-

34Cr434CrS437Cr437CrS4

530M4041Cr441CrS4

---15NiCr13-20NiCrMo220NiCrMoS2

-

---------17Cr317CrS3-


41Cr441CrS4

-----20NCD2

-

----------

-


41Cr441CrS4

40XH-30XH3A---

-

-20XH2M(20XHM)-------15X15XA20X

30X

35X

40X

45X

Alloysteel

- - - - - 86158617(H)8620(H)8622(H)86378640-4320(H)- 4340- - - - - - 5120(H)

5130(H)5132(H)5135(H)

5140(H)

• The above Alloy steel can supplied by domestic manufacturing

INF

OR

MA

TIO

N

10I


France"NFNF/EN"

Z 85 WDCV

6-5-2-5

105WC13

Z200C12

Z100CDV5

Z30WCV9

Z40CDV5

55NCDV7

SKH2SKH3SKH4SKH10SKH51SKH52SKH53SKH54SKH55SKH56SKH57SKH58SKH59STS11STS2STS21STS5STS51STS7STS8STS4STS41STS43STS44STS3STS31STS93STS94STS95STD1STD11STD12STD4STD5STD6STD61STD62STD7STD8STF3STF4

HS18-0-1---HS6-5-2HS6-6-2HS6-5-3HS6-5-4HS6-5-2-5-HS10-4-3-10HS2-9-2HS2-9-1-8---------105V--105WCr1---210Cr12-100CrMoV5-X30WCrV9-3X37CrMoV5-1X40CrMoV5-1X35CrWMoV532CrMoV12-28--55NiCrMoV7

SKH2SKH3SKH4SKH10SKH51SKH52SKH53SKH54SKH55SKH56SKH57SKH58SKH59SKS11SKS2SKS21SKS5SKS51SKS7SKS8SKS4SKS41SKS43SKS44SKS3SKS31SKS93SKS94SKS95SKD1SKD11SKD12SKD4SKD5SKD6SKD61SKD62 SKD7SKD8SKT3SKT4

BM 2

BM 35

BD3

BA2

BH21

BH13

Germany

S6/5/2

S6/5/2/5

S2/9/2

105WCr6

X210Cr12

X100CrMoV5 1

X30WCrV9 3

X40CrMoV5 1

55NiCrMoV6

T1T4T5T15M2M3-1M3-2M4M 35M36- M7M42F2- - - L6- - - - W2-9 1/W2-8 1-2- - - - - D3D2A2- H21H11H13H12H10H19- L6

High speed steel

Alloy tool steel

KoreaType

KS

ISO

ISO

Japan

JIS

U.S.A Great BritainBS

BS/EN

GermanyDIN

DIN/EN

FranceNF

NF/EN

Russia

GOCTAISISAE

KoreaType

KS

ISO

ISO

Japan

JIS


BS/EN

GermanyDIN

DIN/EN

FranceNF

NF/EN

Russia

GOCT

SCM415(H)SCM418(H)

SCM420(H)SCM430

SCM432SCM435(H)

SCM440(H)

SCM445(H)

SMn420(H)SMn433(H)

SMn438(H)

SMn443(H)

SMnC420(H)SMnC443(H)SACM645

-18CrMo418CrMoS4--

-34CrMo434CrMoS442CrMo442CrMoS4

-

22Mn6(H)-

36Mn6(H)

42Mn6(H)

--41CrAlMo74

SCM415(H)SCM418(H)

SCM420(H)SCM430

SCM432SCM435(H)

SCM440(H)

SCM445(H)

SMn420(H)SMn433(H)

SMn438(H)

SMn443(H) SMnC420(H)SMnC443(H)SACM645

--

708M20(708H20)-

-34CrMo434CrMoS4708M70709M4042CrMo442CrMoS4-

150M19150M36

150M36

-

---

-18CrMo418CrMoS4--


-

--

-

---

--

--


-

--

-

---

-20XM

20XM30XM30XMA-35XM

-

-

-30Г235Г235Г240Г240Г245Г2---

Alloysteel

- - - 4130

- (4135H)4137(H)4140(H)4142(H)

4145(H)4147(H)1522(H)1534

1541(H)

1541(H)

- - -

Chromiummolybdenumsteel

Manganesesteel andManganesechromiumsteel

Aluminum chromiummolybdenumsteel

AISISAE

• The above Alloy steel can supplied by domestic manufacturing

• The above High speed steel can supplied by domestic manufacturing

[9] Tool steel

INF

OR

MA

TIO

N

11 I


[10] Stainless steel

S250S250PbS 300

S300Pb

100Cr6

SUM11SUM12SUM21SUM22SUM22LSUM23SUM23LSUM24LSUM25SUM31SUM31LSUM32SUM41SUM42SUM43STB1STB2STB3

STB4STB5

--9S2011SMn2811SMnPb28--11SMnPb2812SMn35-----44SMn28-B1B2

--

SUM11SUM12SUM21SUM22SUM22LSUM23SUM23LSUM24LSUM25SUM31SUM31LSUM32SUM41SUM42SUM43SUJ1SUJ2SUJ3 SUJ4SUJ5

230M07

240M07

534A99

9SMn289SMnPb289SMn36

9SMnPb36

100Cr6

111011091212121312L131215-12L14-1117--113711411144-52100ASTM A485Grade 1--

Free cuttingcarbon steel

High carbonchromium

KoreaType

KS

ISO

ISO

Japan

JIS


BS/EN

GermanyDIN

DIN/EN

FranceNF

NF/EN

Russia

GOCTAISISAE

• The above Special speed steel can supplied by domestic manufacturing

Z12CMN17-07Az

Z11CN17-08

Z12CN18-09

Z8CNF18-09

Z7CN18-09

Z3CN19-11Z6CN19-09AzZ3CN18-10Az

Z8CN18-12Z10CN24-13Z8CN25-20Z7CND17-12-02Z6CND18-12-03Z3CND17-12-02Z3CND17-12-03

Z6CNT18-10Z6CNNb18-10Z6CN18-16Z8CA12Z3C14

Z8C17Z8CF17Z8CD17-01Z3CDT18-02Z1CD26-01

Z13C13Z11CF13Z20C13Z15CN16-02Z70C15Z6CNU17-04Z9CNA17-07

12X17•9AH407X16H6

12X18H9

12X18H10E

08X18H10

03X18H11

06X18H11

10X23H18

03X17H14M3

08X18H10T08X18H12

12X17

20X1320X17H2

09X17H7IO

STS201STS202STS301STS301LSTS301J1STS302STS302BSTS303STS303SeSTS303CuSTS304

STS304LSTS304N1STS304LNSTS304J1STS305STS309SSTS310SSUS316

STS316L

STS316NSTS317STS321STS347STS384STS405STS410LSTS429STS430STS430FSTS434STS444STSXM27STS403STS410STS416STS420J1STS431STS440ASTS630STS631STS631J1

X12CrMnNiN17-7-5X12CrMnNiN18-9-5X10CrNi18-8X2CrNiN18-7

X12CrNiSi18-9-3X10CrNiS18-9

X5CrNi18-9X2CrNi18-9X2CrNi19-11X5CrNiN18-8X2CrNiN18-8

X6CrNi18-12

X6CrNi25-20X5CrNiMo17-12-2X3CrNiMo17-12-3X2CrNiMo17-12-2X2CrNiMo17-12-3X2CrNiMo18-14-3

X6CrNiTi18-10X6CrNiNb18-10X3NiCr18-16X6CrAl13

X6Cr17X7CrS17X6CrMo17-1X2CrMoTi18-2

X12Cr13X12CrS13X20Cr13X19CrNi16-2X70CrMo15X5CrNiCuNb16-4X7CrNiAl17-7

SUS201SUS202SUS301SUS301LSUS301J1SUS302SUS302BSUS303SUS303SeSUS303CuSUS304

SUS304LSUS304N1SUS304LNSUS304J1SUS305SUS309SSUS310SSUS316

SUS316L

SUS316NSUS317SUS321SUS347SUS384SUS405SUS410LSUS429SUS430SUS430FSUS434SUS444SUSXM27SUS403SUS410SUS416SUS420J1SUS431SUS440ASUS630SUS631SUS631J1

284S16301S21

302S25

303S21303S41

304S31

304S11

305S19

310S31316S31

316S11

317S16321S31347S31

405S17

430S17

434S17

410S21416S21420S29431S29

X12CrNi17-7X2CrNiN18-7X12CrNi17-7

X10CrNiS18-9

X5CrNi18-10

X2CrNi19-11

X2CrNiN18-10

X5CrNi18-12

X5CrNiMo27-12-2X5CrNiMo27-13-3X2CrNiMo17-13-2X2CrNiMo17-14-3

X6CrNiTi18-10X6CrNiNb18-10

X6CrAl13

X6Cr17X7CrS18X6CrMo17-1

X10Cr13

X20Cr13X20CrNi17-2

X7CrNiAl17-7

S20100S20200S30100

S30200S30215S30300S30323

S30400

S30403S30451S30453

S30500S30908S31008S31600

S31603

S31651S31700S32100S34700S38400S40500

S42900S43000S43020S43400S44400S44627S40300S41000S41600S42000S43100S44002S17400S17700

201202301

302302B303303Se

304

304L304N304LN

305309S310S316

316L

316N317321347384405

429430430F434444

403410416420431440AS17400S17700

Stainless steel

Austenitic

Ferritic

Martensitic

Precipitationhardeningtype

AISISAEUNS

KoreaType

KS

ISO

ISO

Japan

JIS

U.S.A Great Britain

BSBS/EN

Germany

DINDIN/EN

France

NFNF/EN

Russia

GOCT

• The above Stainless steel can supplied by domestic manufacturing

INF

OR

MA

TIO

N

12I


[11] Casting or forging steel

[12] Non-ferrous alloy

[13] Heat resistant steel

Ft 10 DFt 15 DFt 20 DFt 25 DFt 30 DFt 35 DFt 40 DFCS 400-12FGS 370-17FGS 500-7FGS 600-3FGS 700-2EN-GJS-

L-, S-

-

B

-

-

GC100GC150GC200GC250GC300GC350

GCD400

GCD500GCD600GCD700FCAD

FCA-FCDA-

FC100FC150FC200FC250FC300FC350

FCD400

FCD500FCD600FCD700FCAD FCA-FCDA-

Grade 150 Grade 220Grade 260Grade 300Grade 350Grade 400SNG 420/12SNG 370/17SNG 500/7SNG 600/3SNG 700/2EN-GJS-

F1, F2,S2W, S5S

GG 10GG 15GG 20GG 25GG 30GG 35GG 40GGG 40GGG 40.3GGG 50GGG 60GGG 70EN-GJS-

GGL-, GGG-

No 20 BNo 25 BNo 30 BNo 35 BNo 45 BNo 50 BNo 55 B60-40-18

80-55-06

100-70-03-

Type 1, 2,Type D-2, D-3AClass 1, 2

CastingIron

Gray ironcasting

Spheroidalgraphite ironcasting

KoreaType

KS

ISO

ISO

Japan

JIS


BS/EN

GermanyDIN

DIN/EN

FranceNF

NF/EN

Russia

GOCTAISISAE

100,150, 200, 250, 300, 350

700-2, 600-3, 500-7,450-10, 400-15,400-18, 350-22

-

L-, S-

A-U5GT-----A-S7G--A-U4NT-A-S12UNGA-S10UGA-S10UG-A-S18UNGA-S13A-S9GA-G6A-G3T-----EN AW-5052EN AW-5454EN AW-5083EN AW-5086EN AW-6061EN AW-6063EN AW-7003-EN AW-7075

AC1BAC2AAC2BAC3AAC4AAC4BAC4CAC4CHAC4DAC5AAC7AAC8AAC8BAC8CAC9AAC9BALDC1ALDC2ALDC3ALDC4ALDC7ALDC7ZALDC8ALDC8ZALDC9A5052SA5454SA5083SA5086SA6061SA6063SA7003SA7N01SA7075S

Al-Cu4MgTi-----Al-Si7Mg(Fe)Al-Si7MgAl-Si5Cu1MgAl-Cu4Ni2Mg2------Al-Si12CuFe---Al-Si8Cu3FeAl-Si8Cu3Fe-----AlMg4.5Mn0.7-AlMg1SiCuAlMg0.7Si--AlZn5.5MgCu

AC1BAC2AAC2BAC3AAC4AAC4BAC4CAC4CHAC4DAC5AAC7AAC8AAC8BAC8CAC9AAC9BADC1ADC3ADC5ADC6ADC10ADC10ZADC12ADC12ZADC14A5052SA5454SA5083SA5086SA6061SA6063SA7003SA7N01SA7075S

- - -LM-6--LM-25-LM-16-LM-5LM-13LM-26-LM-29-LM20 ----LM24LM2LM2LM30EN AW-5052EN AW-5454EN AW-5083EN AW-5086EN AW-6061EN AW-6063EN AW-7003-EN AW-7075

----G(GK)-AlSi9Cu3-G(GK)-AlSi7MG--G(GK)-AlMg5-----GD-AlSi12 (Cu)GD-AlSi10MgGD-AlMg9-GD-AlSi9Cu3GD-AlSi9Cu3---EN AW-5052EN AW-5454EN AW-5083EN AW-5086EN AW-6061EN AW-6063EN AW-7003-EN AW-7075

204.0-319.0---356.0A356.0355.0242.0514.0-----A413.0A360.0518.0-A380.0A380.0383.0383.0B390.0505254545083508660616063--7075

Aluminum alloy ingotsfor casting Aluminum alloy diecasting Aluminum alloy extrudedshapes

Aluminumalloy

KoreaType

KS

ISO

ISO

Japan

JIS


BS/EN

GermanyDIN

DIN/EN

FranceNF

NF/EN

Russia

GOCTAISISAE

Heat resistant steel

Z35CNWS14-14Z52CMN21-09-AzZ55CMN21-09-Az

Z15CN24-13Z15CN25-20Z12NCS35-16Z6NCTV25-20

Z6CT12Z3CT12Z12C25Z45CS9Z40CSD10Z80CSN20-02

STR31STR35STR36STR37STR38STR309STR310STR330STR660STR661STR21STR409STR409LSTR446STR1STR3STR4STR11STR600STR616

X6CrTi12X2CrTi12

SUH31SUH35SUH36SUH37SUH38SUH309SUH310SUH330SUH660SUH661SUH21SUH409SUH409LSUH446SUH1SUH3SUH4SUH11SUH600SUH616

331S42349S52349S54381S34

309S24310S24

409S19

401S45

443S65

X53CrMnNi21-9

CrNi2520

CrAl1205X6CrTi12

X45CrSi9-3

S63008S63017

S30900S31000N08330S66286R30155

S40900

S44600S65007

S42200

309310N08330

409

446

Austenitic

Ferritic Martensitic

AISISAEUNS

KoreaType

KS

ISO

ISO

Japan

JIS


BS/EN

GermanyDIN

DIN/EN

FranceNF

NF/EN

Russia

ГOCT

• The above Heat resistant steel can supplied by domestic manufacturing

AustemperedSpheroidalgraphite ironcastingAusteniticiron casting

INF

OR

MA

TIO

N

13 I


[14] General tolerance allowance

4. General tolerance allowance for perpendicularity JIS B0419 -1991

Tolerance

Section

~ 100 100 ~ 300 300 ~ 1000 1000 ~ 3000

Perpendicularity toleranceH 0.2 0.3 0.4 0.5

K 0.4 0.6 0.8 1

L 0.6 1 1.5 2

(mm)

5. General tolerance allowance for planar drawing JIS B0419 -1991

Tolerance

Section

~ 10 10 ~ 30 30 ~ 100 100 ~ 300 300 ~ 1000 1000 ~ 3000

Perpendicularity toleranceH 0.02 0.05 0.1 0.2 0.3 0.4

K 0.05 0.1 0.2 0.4 0.6 0.8

L 0.1 0.2 0.4 0.8 1.2 1.6

(mm)

3. General tolerance allowance for angleTolerance Section

Class Note~ 10 10 ~ 50 50 ~ 120 120 ~ 400 400 ~

Allowance f High

±1˚ ±30´ ±20´ ±10´ ±5´ m Middle

c Rough ±1˚30´ ±1˚ ±30´ ±15´ ±10´

v Very rough ±3˚ ±2˚ ±1˚ ±30´ ±20´

(mm)

1. General tolerance allowance for JIS B0405 -1991

Length tolerance except faceTolerance Section

Class Note 0.5(1) ~ 3 3 ~ 6 6 ~ 30 30 ~ 120 120 ~ 400 400 ~ 1000 1000 ~ 2000 2000 ~ 4000

Allowance f High ±0.05 ±0.05 ±0.1 ±0.15 ±0.2 ±0.3 ±0.5 -

m Middle ±0.1 ±0.1 ±0.2 ±0.3 ±0.5 ±0.8 ±1.2 ±2

c Rough ±0.2 ±0.3 ±0.5 ±0.8 ±1.2 ±2 ±3 ±4

v Very rough - ±0.5 ±1 ±1.5 ±2.5 ±4 ±6 ±8

(mm)

NOTE (1) Tolerance under 0.5mm follows extra rule

2. General tolerance allowance for face part length (corner-R or edge part)Tolerance Section

Class Note 0.5(1) ~ 3 3 ~ 6 6 ~

Allowance f High

±0.2 ±0.5 ±1 m Middle

c Rough±0.4 ±1 ±2

v Very rough

(mm)

NOTE (1) Tolerance under 0.5mm follows extra rule

Dunsanri, Bongdongeup, Wanju-gun, Jeon-buk, 931-9, Korea

TEL : +82-63-262-9700~2 FAX : +82-63-262-9706

http://www.dasantool.com E-mail : [email protected]

ENDMILL DRILL / REAMER TAP SPECIAL PRODUCTS

ENDMILL DRILL / REAMER TAP SPECIAL PRODUCTS · 2013. 7. 7. · special products. contents endmille...

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Transcript of ENDMILL DRILL / REAMER TAP SPECIAL PRODUCTS · 2013. 7. 7. · special products. contents endmille...