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以色列伊斯卡高进给铣刀 快进给刀具 模具铣刀 螺纹铣刀

2020-07-09 11:13:08 daoju 3

数控刀具

FFT3 EFM-02

Small Diameter Endmills

Carrying Single-Sided Triangular

Inserts for Fast Feed Milling

14˚

FFT3 EFM D08-2-060-C10-02

FFT3 EFM D08-2-080-C12-02

FFT3 EFM D10-3-070-C10-02

FFT3 EFM D10-3-090-C12-02

AE(2)

TQ(7)

FFT3 TXMT 0201205T

• Radius for programming 1.1 mm • To generate a straight surface without cusps, the width of cut must not exceed DC

(2) Maximum plunging width

(7) Recommended tightening torque (N*m) for insert screw

For inserts, see pages: FFT3 TXMT 02 (431)

SR M2X0.4-2.9 T6-HG

FFT3 EFM-MM 02

Small Diameter Endmills with

a MULTI-MASTER Threaded

Adaptation Carrying Triangular

DCX(1) DC APMX

FFT3 EFMD08/.31-2MMT05-02 8.00 2.20 0.60

FFT3 EFMD10/.39-3MMT06-02 10.00 4.20 0.60

OAL DRVS(4) RMPX(5)

• For adaptation, see page 256 • For user guide, see pages 518-524 • Radius for programing 1.1 mm • To generate a straight surface without cusps, the width of cut

must not exceed DC

(4) Key flat size

286

Endmills Carrying SingleSided Small Trigon Inserts

for Fast Feed Milling

FFT3 EFM D10-2-080-C10-03

FFT3 EFM D12-3-120-C12-03

FFT3 EFM D16-4-140-C16-03

17°

FFT3 WXMT 030206T

For inserts, see pages: FFT3 WXMT 03 (501)

FFT3 EFM-03

FFT3 EFM-MM 03

Endmills with a MULTI-MASTER

Single-Sided Small Trigon

FFT3 EFMD10/.39-2MMT06-03 10.00 5.60

FFT3 EFMD12/.47-3MMT08-03 12.00 7.60

FFT3 EFMD16/.63-4MMT10-03 16.00 11.60 0.60

MM S-A-HSK (76) • MM S-A-N (71) • MM S-A-SK (76) • MM S-B (85° conical shanks) (73) • MM S-D (89° conical shanks) (74) • MM S-ER (75) • MM S-ER-H (75)

• MM TS-A (72)

287

FFX4 ED

Endmills Carrying Small

Double-Sided "Bone Shape"

Inserts with 4 Cutting Edges

FFX4 ED12-1-030-C12-04

FFX4 ED16-2-030-C16-04

FFX4 ED16-2-050-W20-04

FFX4 ED20-3-050-C20-04

FFX4 ED20-3-060-W20-04

FFX4 ED25-4-060-C25-04

FFX4 ED25-4-080-W25-04

FFX4 ED32-5-080-W32-04

FFX4 ED32-5-120-C32-04

17˚

17.6

RMPX(4) Shank(5)

FFX4 XNMU 040310

• Radius for programming 1.8 mm • To generate a straight surface without cusps, the width of cut must not exceed DC

For inserts, see pages: FFX4 XNMU (503)

FFX4 ED-M

Endmills with FLEXFIT Adaptation

Carrying Small "Bone Shape"

FFX4 ED20/.78-3-M10-04

FFX4 ED25/.98-4-M12-04

FFX4 ED32/1.26-5-M16-04

FFX4 ED35/1.38-5-M16-04

AE(3) THSZMS

OAL RMPX(4)

DRVS(5)

FFX4 XNMU 040310T

(3) Maximum plunging width

(5) Key flat size

For holders, see pages: BT-ODP (FLEXFIT) (1030) • C#-ODP (FLEXFIT) (1001) • CAB M-M (FLEXFIT) (1046) • DIN69871-ODP (308) • ER-ODP (1048)

• HSK A-ODP (FLEXFIT) (309) • S M (1045) • S M-C-H (1045) • S M-CF (1046)

288

Adaptation Carrying Small "Bone

Shape" Inserts with 4 Cutting

Edges for Fast Feed Milling

FFX4 ED16/.63-2-MMT10-04 16.00

CICT(2) APMX

AE(3)

OAL RMPX(4) DCONMS DRVS(5)

• MM S-A-HSK (76) • MM S-A-N (71) • MM S-A-SK (76) • MM S-B (85° conical shanks) (73) • MM S-D (89° conical shanks) (74) • MM S-ER (75) • MM S-ER-H (75)

FFX4 ED-MM

FFX4 FD

Face Mills Carrying Small "Bone

FFX4 FD032-5-16-04

FFX4 FD040-6-16-04

TQ(6)

32.6

(6) Recommended tightening torque (N*m) for insert screw

SR M8X25-D11.5

289

FF EWX

Fast Feed Endmills Carrying

with 6 Cutting Edges

FF EWX D16-2-030-C16-04

FF EWX D16-2-030-W16-04

FF EWX D16-2-050-W20-04

FF EWX D16-2-070-C20-04

FF EWX D16-2-080-W20-04

FF EWX D20-3-040-W20-04

FF EWX D20-3-050-C20-04

FF EWX D20-3-060-W20-04

FF EWX D20-3-100-C20-04

FF EWX D20-3-100-W20-04

FF EWX D25-3-050-W25-05

FF EWX D25-3-060-C25-05

FF EWX D25-3-080-W25-05

FF EWX D25-3-120-C25-05

FF EWX D25-3-120-W25-05

FF EWX D32-4-040-C25-05

FF EWX D32-4-060-W25-05

FF EWX D32-4-060-W32-05

FF EWX D32-4-070-C32-05

FF EWX D32-4-100-W25-05

FF EWX D32-4-100-W32-05

FF EWX D32-4-120-C32-05

FF EWX D32-4-150-W32-05

FF EWX D40-5-L50-C32-05

FF EWX D40-5-S50-C32-05

FF EWX D40-5-060-W32-05

FF EWX D40-5-200-W40-05

FF EWX D32-3-060-W32-07

FF EWX D32-3-070-C32-07

FF EWX D32-3-100-W32-07

FF EWX D32-3-120-C32-07

FF EWX D40-4-S50-C32-07

DCX(1) DC APMX CICT(2) BD

30.7

52.2

OAL DCONMS Shank(3) RMPX(4) KAPR Fig.

0.99

H600 WXCU 040310T

H600 WXCU 05T312T

H600 WXCU 070515T

• For machining recommendations and radius for programming, see table on page 502 • To generate a straight surface without cusps, the width of cut must not exceed DC

For inserts, see pages: H600 WXCU (502)

FF EWX D...-04

FF EWX D...-05

FF EWX D...-07

290

FF EWX-M

Fast Feed Endmills with

FLEXFIT Threaded Connection

Carrying Double-Sided Inserts

FF EWX D20-3-M10-04

FF EWX D25-4-M12-04

FF EWX D25-3-M12-05

FF EWX D32-4-M16-05

FF EWX D35-4-M16-05

FF EWX D40-5-M16-05

FF EWX D32-3-M16-07

FF EWX D40-4-M16-07

H600 WXCU 040310HP

H600 WXCU 070515HP

FF EWX-MM

Fast Feed Endmills with MULTIMASTER Threaded Connection

FF EWX D16-2-MMT10-04

FF EWX D20-3-MMT12-04

FF EWX D25-4-MMT15-04

FF EWX D25-3-MMT15-05

DCX(1) DC APMX CICT(2) THSZMS LF OAL DHUB DRVS(3) TQ(4) RMPX(5) KAPR

0.02 H600 WXCU 040310HP SR M2.5X6-T7-60

0.05 H600 WXCU 040310HP SR M2.5X6-T7-60

0.10 H600 WXCU 040310HP SR M2.5X6-T7-60

0.09 H600 WXCU 05T312T

• For machining recommendations and radius for programming, see table on page 502 • Do not apply lubricant to the MULTI-MASTER threaded connection. • To generate

a straight surface without cusps, the width of cut must not exceed DC • For adaptation options, see page 256 • For user guide, see pages 518-524

(4) Recommended tightening torque (N*m) for insert screw

S-A-SK (76) • MM S-B (85° conical shanks) (73) • MM S-D (89° conical shanks) (74) • MM S-ER (75) • MM S-ER-H (75) • MM TS-A (72)

291

MF EWX

Moderate Feed Endmills

Fig. 2 DCX

MF EWX D16-2-040-W20-04 16.00

MF EWX D20-3-050-C20-04 20.00

MF EWX D20-3-050-W20-04 20.00

MF EWX D25-3-060-W25-05 25.00

MF EWX D32-4-080-W32-05 32.00

MF EWX D32-3-080-C32-07 32.00

MF EWX D32-3-080-W32-07 32.00

MF EWX D40-4-090-C32-07 40.00

APMX CICT(2)

52.7

RMPX(4) Fig.

MF EWX D16-2-040-W20-04

MF EWX D20-3-050-C20-04

MF EWX D20-3-050-W20-04

MF EWX D25-3-060-W25-05

MF EWX D32-4-080-W32-05

MF EWX D32-3-080-C32-07

MF EWX D32-3-080-W32-07

MF EWX D40-4-090-C32-07

MF EWX-M

Moderate Feed Endmills with

MF EWX D20-3-M10-04

MF EWX D25-4-M12-04

MF EWX D25-3-M12-05

MF EWX D32-4-M16-05

MF EWX D32-3-M16-07

292

Single-Sided Inserts with

4 Cutting Edges

FFQ4 D022-2-044-W20-09

FFQ4 D025-3-050-W25-09

FFQ4 D032-4-064-W25-09

FFQ4 D035-5-070-W32-09

DC DCX(1) APMX AE(2) CICT(3) LU LH DCONMS OAL RMPX(4)

10.7

20.7

68.5

FFQ4 SOMT 090412T

• Radius for programming 2.5 mm • For user guide, see pages 518-524 • To generate a straight surface without cusps, the width of cut must not exceed DC • For slot

milling or machining with high tool overhang, the maximum depth of cut should be reduced by 50%.

For inserts, see pages: FFQ4 SOMT 0904 (500)

FFQ4 D-M-09

Carrying Single-Sided Inserts

FFQ4 D022-02-M10-09

FFQ4 D025-02-M12-09

FFQ4 D025-03-M12-09

FFQ4 D032-03-M16-09

FFQ4 D032-04-M16-09

FFQ4 D035-05-M16-09

FFQ4 D040-05-M16-09

FFQ4 D-W-09

25.7

THSZMS RMPX(4) DRVS(5)

293

FF EW

FF WOMT... Inserts

FF EW D25-050-W25-06-C

FF EW D25-080-C25-06-C

FF EW D25-080-W25-06-C

FF EW D25-120-C24-06-C

FF EW D32-060-W25-06-C

FF EW D32-100-C32-06-C

FF EW D32-100-W25-06-C

FF EW D40-150-W32-09-C

FF EW D40-200-W32-09-C

121.4

217.5

267.5

TQ(5)

FF WOMT0602

FF WOMT09T3

(5) Insert tightening torque

For inserts, see pages: FF WOMT/WOCT (501)

Cutting forces are directed axially

towards the spindle, enabling

cutting at very high feeds with

high stability and no vibrations.

A cylinder at the bottom of

the insert provides very rigid

clamping, absorbing most

of the forces usually exerted

on the clamping screw.

APMX=2 mm Max

for FF WO_T 09T320T

APMX=1.5 mm Max

for FF WOMT 060212T

294

SR 34-506/M

CLICKFIT Shanks

FF EW D32-060-CF4-06-C

FF EW D32-100-CF4-06-C

TQ(4)

(4) Insert tightening torque

FF EW-CF

FF EW-M

FF EW D25-M12-06-C

FF EW D32-M16-06-C

FF EW D40-M16-06-C

295

FF FWX

Fast Feed Face Mills Carrying

FF FWX D040-05-16-05

FF FWX D050-06-22-05

FF FWX D052-06-22-05

FF FWX D040-04-16-07

FF FWX D050-05-22-07

FF FWX D052-05-22-07

FF FWX D063-06-22-07

FF FWX D080-07-32-07

FF FWX D100-08-32-07

FF FWX D050-04-22-08

FF FWX D052-04-22-08

FF FWX D063-05-22-08

FF FWX D063-05-27-08

FF FWX D066-05-22-08

FF FWX D066-05-27-08

FF FWX D080-06-32-08

FF FWX D100-07-32-08

FF FWX D125-09-40-08

FF FWX D160-11-40-08

30.1

1.42

2.37

3.47

H600 WXCU 080612T

296

SR M16X30 DIN912

MF FWX

Moderate Feed Face Mills

MF FWX D040-05-16-05

MF FWX D050-06-22-05

MF FWX D052-06-22-05

MF FWX D063-08-22-05

MF FWX D040-04-16-07

MF FWX D050-05-22-07

MF FWX D052-05-22-07

MF FWX D063-06-22-07

MF FWX D080-07-32-07

MF FWX D100-08-32-07

MF FWX D050-04-22-08

MF FWX D063-05-27-08

MF FWX D066-05-27-08

MF FWX D080-06-32-08

MF FWX D100-07-32-08

MF FWX D125-09-40-08

MF FWX D160-11-40-08

39.7

67.7

87.7

64.7

84.7

144.7

297

MF FHX-R06

34° Face Mills Carrying Hexagonal

Inserts with 12 Cutting Edges

34°

MF FHX D063-06-22-R06

MF FHX D080-07-27-R06

MF FHX D080-07-32-R06

MF FHX D100-09-32-R06

MF FHX D125-11-40-R06

MF FHX D160-13-40-R06

82.4

102.4

127.4

162.4

53.4

70.4

115.4

150.4

2.44

3.48

H1200 HXCU 0606-HPR

• Radius for programming according to D1 diameter is 5.4 mm • When machining next to shoulders, maximum width of cut should be 0.3xD • To generate a straight

surface without cusps, the width of cut must not exceed DC • For cutting speed recommendations, see pages 518-524

For inserts, see pages: H1200 HXCU 0606 (503)

FFV D040-03-16-R-VN07

FFV-D-R-VN07

Fast Feed Shell Mill Carrying

16˚

FFV D040-03-16-R-VN07 (1)

FFV D050-05-22-R-VN07

FFV D063-06-22-R-VN07

FFV D080-07-27-R-VN07

FFV D100-08-32-R-VN07

Special

FF VNMT 0706ZN-ER

• Radius for programming 2.8 mm • To generate a straight surface without cusps, the width of cut must not exceed DC

(1) Use with the supplied retention screw this screw was designed to be used instead of the standard cutter's frontal screw

For inserts, see pages: FF VNMT 0706 (503)

298

SR M8X17-13685

HW 4.0

SR PS 118-0271C

Fast Feed Face Mills

FF FW D40-16-06-C

FF FW D50-22-06-C

FF FW D52-22-06-C

FF FW D50-22-09-C

FF FW D52-22-09-C

FF FW D63-22-09-C

FF FW D63-27-09-C

FF FW D66-22-09-C

FF FW D66-27-09-C

FF FW D80-32-09-C

FF FW D100-32-09-C

29.2

79.2

FF FW

SR PS 118-0273

FF NM

FF NM D080-06-27-R08

Rg(3) DCONMS Arbor(4)

64.5

ONHU 080608-TN

(3) Radius for programming

For inserts, see pages: ONHU/ONMU-08-TN-MM (498) • ONHU/ONMU-08-TN/HL (498)

Ap[mm]

Recommended Application Range

Cutting Data Recommendation

Steel AISI 4340/34CrNiMO6

Nodular cast iron GGG 50

Vc [m/min]

Width of Cut (ae) = 56 mm

fz[mm/tooth]

299

FFQ4 D-09

FFQ4 D40-05-16-09

FFQ4 D50-07-22-09

FFQ4 D52-07-22-09

FFQ4 D63-08-22-09

35.7

48.7

Recommended Machining Conditions for FFQ4-09 Fast Feed Mills

0.5-1.5

0.5-1.2

0.5-1.3

HP

IC882

IC5820

0.4-1.2

23-35

20-45

0.4-1.0

0.5-1.0

T / RM-T

50-75

0.4-0.5

35-42**

Gray cast iron

Class 6545-12

0.6025

(GG25)

(GGG50)

(Ti6Al4V

ELI)

Application Range FFQ4-09

fz (mm/t)

* ISCAR material group in accordance with VDI 3323 standard ** Quenched and tempered

Feed fz [mm/tooth]

140-200

Range [m/min]

High alloy

D.O.C. ap [mm]

DIN

W.-Nr.

FFQ4 D040-3-16-12

FFQ4 D040-4-16-12

FFQ4 D050-4-22-12

FFQ4 D050-5-22-12

FFQ4 D052-5-22-12

FFQ4 D063-6-22-12

FFQ4 D066-6-27-12

FFQ4 D080-7-27-12

FFQ4 D100-8-32-12

FFQ4 SOMT 120516HP

• Radius for programming 3.1 mm • For user guide, see pages 518-524 • To generate a straight surface without cusps, the width of cut must not exceed DC • For slot

FFQ4 D-12

For inserts, see pages: FFQ4 SOMT 1205 (500)

Recommended Machining Conditions for FFQ4-12 Fast Feed Face Mills

mat. Hardness,

Insert Carbide

T/

RM-T IC830

HP/

RM-HP IC5820

T20 / T

RM-HP IC830

(Ti6Al4V)

RM-T/T

Feed fz

D.O.C. ap [mm] Cutting

RecomVc,

Recommended Range [m/min] mended Range Coolant

0.5-2.0

0.5-2.0 Dry/Wet

0.5-1.8

0.5-1.8 Dry/Wet

0.5-1.6

For machining in unstable conditions, the recommended cutting data should be reduced by 20-30%.

Application Range FFQ4-12

301

SR M10X35 DIN912

FFQ4 D-17

14°

FFQ4 D080-06-27-17

FFQ4 D100-07-32-17

FFQ4 D125-08-40-17

FFQ4 D160-10-40-17

50.8

70.8

95.8

130.8

FFQ4 SOMT 170625T

• Radius for programming 5.5 mm • For user guide, see pages 518-524 • To generate a straight surface without cusps, the width of cut must not exceed DC • For slot

milling or machining with high tool overhang, the maximum depth of cut should be reduced by 50%

For inserts, see pages: FFQ4 SOMT 1706 (500)

Recommended Machining Conditions for FFQ4-17 Fast Feed Mills

3.717

(Ti6AI4V ELI)

Application Range FFQ4-17

302

Typical material

1.2-3.0

speed Vc

23-30

25-45

0.4-0.8

0.4-0.9

0.4-0.6

FF SOF

Multifunction Fast Feed

Milling Cutter for Octagonal

and Square Insert Contours

with Various Entry Angles

FF SOF 8/16-D063-06-22R

FF SOF 8/16 D080-07-27R

FF SOF 8/16 D100-08-32R

31º

16°

BD_3

DC_2 DCX_2 APMX_2 OAL_2

DC_3 DCX_3 BD_3

52.6

69.6

89.6

68.4

85.4

105.4

86.5

73.6

93.6

69.2

86.2

106.2

ONHU 050500-N-HP

66.8

83.8

103.8

87.4

107.4

APMX_3

APMX_3 OAL_3 CICT(1) DHUB

82.6

102.6

• A- with ONMU 0505... insert • B- with S845 SNMU 1305... insert • C- with OXMT 0507R08-FF insert • Use only Torx Plus keys • For user guide, see pages 518-524

For inserts, see pages: ONHU/ONMU-05 (487) • OXMT 0507 (488) • S845 SNMU/SNHU-13 (483)

Application Range According to Insert Type

Material: SAE 4340

ae: 0.7xD

Vc: 150-170 m/min

S845 SNMU 13...

ONMU 05...

OXMT 05... FF

303

0.005 A 58-60 HRc

Shanks for Tools with FLEXFIT

Threaded Connection

S M06-L60 C10

S M06-L105-C12

S M06-L125-C16

S M08-L73 C16

S M10-L80 C20

LDRED

S M-C-H

S M08-L150-C16-C-H

S M08-L200-C16-C-H

S M08-L250-C16-C-H

S M10-L150-C20-C-H

S M10-L200-C20-C-H

S M10-L250-C20-C-H

S M12-L200-C25-C-H

S M12-L250-C25-C-H

S M12-L300-C25-C-H

S M16-L200-C32-C-H

S M16-L250-C32-C-H

S M16-L300-C32-C-H

304

Carbide Shanks with Coolant

Channels for Tools with FLEXFIT

1.78

2.04

2.11

2.81

CAB M-M (FLEXFIT)

Reducers and Extensions

with Coolant Holes for the

Modular FLEXFIT System

CAB M-M

CAB M-M-C

CAB M06M08

CAB M08M08-C

CAB M10M10-C

CAB M12M12-C

CAB M16M16-C

33.4

5.2

CAB...

CDP

S M...-CF4

CDP ER-M

DIN 6499 ER Collet Chucks with

Threaded FLEXFIT Adaptations

OHN

CSI

0.003 A 58-60 HRc

DCONNWS

DCONXWS

CDP ER11 M10 M

CDP ER11 M12 M

CDP ER16 M10 M

CDP ER16 M12 M

CDP ER16 M16

CDP ER20 M16

CDP ER25 M16

DCONNWS(1)

OHN(2)

37.1

(1) Minimum diameter

(2) Minimum overhang

(3) Key flat size

SM...CF4

CDP...

S M-CF

CLICKFIT to FLEXFIT Adapters

S M12-L85/3.30-CF4

S M12-L140/5.50-CF4

S M16-L130/5.11-CF4

S M16-L170/6.70-CF4

139.1

126.8

168.6

• For adaptation options, see pages 306

305

M12...CF4

D20/.75

D25/1.00

M16...CF4

ERCM D32-...

ERCM D40-...

306

BT-ODP (FLEXFIT)

with Integral BT MAS-403

Tapered Shanks (ADB type)

BT40 ODP 6X 66

BT40 ODP 6X106

BT40 ODP 8X 66

BT40 ODP 8X106

BT40 ODP10X 66

BT40 ODP10X106

BT40 ODP12X 66

BT40 ODP12X106

BT40 ODP16X 66

BT40 ODP16X106

BT50 ODP 12X 94

BT50 ODP 12X144

BT50 ODP 12X194

BT50 ODP 12X244

BT50 ODP 16X 94

BT50 ODP 16X144

BT50 ODP 16X194

BT50 ODP 16X244

0.003 A AT3 Taper

58-60 HRc

G2.5

BT 40=20,000RPM

U<1.0 gmm

G6.3

BT 50=12,000 RPM

5.12

4.19

5.24

• The coolant passages in the B-type flange are blocked with screws which can be removed when required.

BD_2 THSZWS

C#-ODP (FLEXFIT)

Shanks with CAMFIX (ISO 266231) Exchangeable Tapered Shanks

C3 ODP 12X53

C4 ODP 10X53

C4 ODP 12X53

C4 ODP 16X53

C5 ODP 10X103

C5 ODP 10X53

C5 ODP 12X103

C5 ODP 12X53

C5 ODP 16X103

C5 ODP 16X53

C6 ODP 10X105

C6 ODP 10X130

C6 ODP 10X55

C6 ODP 12X105

C6 ODP 12X130

C6 ODP 12X55

C6 ODP 16X105

C6 ODP 16X130

C6 ODP 16X55

15,000 RPM

1.26

COOLING TUBE C4*

COOLING TUBE C5*

COOLING TUBE C6*

WRENCH COOL TUBE C4*

WRENCH COOL TUBE C5*

WRENCH COOL TUBE C6*

307

DIN69871-ODP

Shanks with Integral DIN69871

Form ADB Taper Adaptation

DIN69871 40 ODP 6X58

DIN69871 40 ODP 6X98

DIN69871 40 ODP 8X58

DIN69871 40 ODP 8X98

DIN69871 40 ODP10X58

DIN69871 40 ODP10X98

DIN69871 40 ODP12X58

DIN69871 40 ODP12X98

DIN69871 40 ODP16X58

DIN69871 40 ODP16X98

DIN69871 50 ODP12X 78

DIN69871 50 ODP12X128

DIN69871 50 ODP12X178

DIN69871 50 ODP12X228

DIN69871 50 ODP16X 78

DIN69871 50 ODP16X128

DIN69871 50 ODP16X178

DIN69871 50 ODP16X228

38.9

78.9

108.9

158.9

208.9

2.74

3.14

4.08

4.64

ER-ODP

Coolant JET2

308

Bar Max

with Integral ER Collet

for ER Collet Chucks

ER25 ODP M10X25

ER25 ODP M12X10

ER32 ODP M 6X25

ER32 ODP M 6X50

ER32 ODP M 6X75

ER32 ODP M 8X25

ER32 ODP M 8X50

ER32 ODP M 8X75

ER32 ODP M10X25

ER32 ODP M10X50

ER32 ODP M12X10

ER32 ODP M12X25

ER32 ODP M12X50

HSK A-ODP (FLEXFIT)

with HSK DIN69893/A

Tapered Shanks

HSK A63=20,000RPM

HSK A100=12,000RPM

.

HSK A32 ODP12X42

HSK A40 ODP12X30

HSK A50 ODP12X48

HSK A63 ODP6X109

HSK A63 ODP6X59

HSK A63 ODP8X109

HSK A63 ODP8X59

HSK A63 ODP10X109

HSK A63 ODP10X59

HSK A63 ODP12X109

HSK A63 ODP12X59

HSK A63 ODP16X109

HSK A63 ODP16X59

HSK A100 ODP12X137

HSK A100 ODP12X187

HSK A100 ODP12X237

HSK A100 ODP12X87

HSK A100 ODP16X137

HSK A100 ODP16X187

HSK A100 ODP16X237

HSK A100 ODP16X87

41.5

2.86

3.58

4.07

COOLING TUBE HSK A63*

COOLING TUBE HSK A100

COOLING TUBE HSK A100*

WRENCH COOL TUBE HSK63*

WRENCH COOL TUBE HSK100

WRENCH COOL TUBE HSK100*

• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately).

309

SLOTTING & SLITTING CUTTERS

310

Application Range

MM TS/GRIT- pages 314-317

0.70-10.0

7.7-27.7

MM GRIT Dovetail - page 318

5.0-10.1

ø 27.7

DGSM-M/MM-JHP - page 323

2.0-3.0

16.0-22.0

TGSF-M/MM-JHP - pages 353-354

SGSF/A-M/MM-JHP - pages 359-360

32.0-40.0

SD-SP- page 319

1.0-12.0

ø 31.7-49.7

311

TRIB - pages 321-322

1.2-6.5

32.2-80

ETS T-Slot - pages 324-330

3.0-22

21-63

FDN - pages 334-340

50-250

FST - page 349

12月16日

100-125

SDN - pages 341-349

63-250

SSB...R/L- page 350

12月24日

312

TGSF - page 352

1.6-4

ø 50-160

SGSA - page 360

2.7-4

SGSF with Drive Flange

2.4-6.4

32-100

ø 50-425

SGSF - page 358

1.3-6.5

32-425

SGSF with Drive Shank S; SW 1.5-6.4

GM-DG - page 362

50-125

2.7-4.35

ø 100-200

313

see pages 366-374

• Inserts in 5 mm and wider feature chip splitting edges • For tightening torques and clamping instructions, see page 77-78

• Do not apply lubricant to the threaded connection • For shanks, see pages 70-77 • For user guide, see pages 366-374

314

• Do not apply lubricant to the threaded connection • For user guide, see pages 366-374

to the threaded connection • Tightening torque: 1000 N x cm • For clamping instructions, see page 77-78 • For user guide, see pages 366-374 • For shanks, see pages

70-77 • K - For general steel machining • P - Positive geometry for soft and gummy materials

316

• Recommended for O-rings and retaining rings • MM EGR 20-22 clamping keys are supplied with each MM GRT... shank • Tightening torque for MM GRIT 22: 1500

Nxcm, for MM GRIT 28: 2800 Nxcm • K - for general steel & cast iron machining P - for soft and gummy materials • Modification options on request

• Do not apply lubricant to the threaded connection • For clamping instructions, see page 77-78 • For user guide, see pages 366-374 • For shanks, see pages 70-77

317

318

• Use carbide shanks for groove milling heads

• For user guide, see pages 366-374

D1 DC

SD D32-2.0-R0.2-SP11

SD D32-3.0-R0.4-SP11

SD D32-1.0-R0.2-SP15

SD D32-1.5-R0.2-SP15

SD D32-2.0-R0.2-SP15

SD D32-2.5-R0.4-SP15

SD D32-3.0-R0.4-SP15

SD D32-3.5-R0.4-SP15

SD D32-4.0-R0.4-SP15

SD D32-4.0-R1.6-SP15

SD D32-4.5-R0.4-SP15

SD D32-5.0-R0.4-SP15

SD D32-5.0-R1.6-SP15

SD D32-5.5-R0.4-SP15

SD D32-6.0-R0.4-SP15

SD D32-6.0-R1.6-SP15

SD D32-6.5-R0.4-SP15

SD D32-7.0-R0.4-SP15

SD D32-7.0-R1.6-SP15

SD D32-7.5-R0.4-SP15

SD D32-8.0-R0.4-SP15

SD D32-8.0-R1.6-SP15

SD D32-8.5-R0.4-SP15

SD D40-1.0-R0.2SP13

SD D40-2.0-R0.2SP13

SD D40-3.0-R0.4SP13

SD D40-4.0-R0.4SP13 (1)

SD D40-4.0-R0.4SP17

SD D40-5.0-R0.4SP17

SD D40-6.0-R0.4SP17

SD D40-7.0-R0.4SP17

SD D40-8.0-R0.4SP17

SD D40-9.0-R0.4SP17

SD D40-10-R0.4SP17

SD D50-4.0-R0.4-SP19

SD D50-5.0-R0.4-SP19

SD D50-6.0-R0.4-SP19

SD D50-7.0-R0.4-SP19

SD D50-8.0-R0.4-SP19

SD D50-9.0-R0.4-SP19

SD D50-10-R0.4-SP19

SD D50-12-R0.4-SP19

49.7

SD-SP

• For shanks, see pages 320 • For user guide, see pages 366-374

(1) Maximum feed: 0.1 mm/tooth

Cutting Data for SD-SP Milling Heads

group* AISI/SAE/ASTM

1.658

1.234

1.402

1.431

2.467

High temperature alloys

3.7165 (Ti6Al4V)

HRC 35-40*

HRC 36-40

HRC 40-45

When machining in unstable conditions, the table values should be reduced by 20-30%.

35-45

Feed for

SP11

Fz,

0.02-0.12

SP13

SP15

0.07-0.15

0.03-0.12

0.05-0.18

SP17

0.06-0.20

0.06-0.18

SP19

0.04-0.13

0.02-0.13

SD S-A-SP

SD S-A-L90-C12-SP11

SD S-A-L100-C16 SP13

SD S-A-L100-C16-SP15

SD S-A-L130-C16-SP15

SD S-A-L130-C16-SP15-C

SD S-A-L150-C16-SP15-C

SD S-A-L140-C20 SP17

SD S-A-L150-C25-SP19

M4x0.5

27.9

158.5

(1) S-steel C-solid carbide

SR M4X0.5-SP11 HG

SR M4X0.5-SP13-IP15-HG

Adapters for Connecting SD Solid

Carbide T-Slot Milling Heads

and MULTI-MASTER Shanks

SD CAB T10-14/0.55-SP11

SD CAB T12-14/0.55-SP13

SD CAB T12-14/0.55-SP15

SD CAB T15-14/0.55-SP17

SD CAB T15-14/0.55-SP19

THSZMS DRVS

DCONMS DCONWS

SD CAB

29.15

31.65

32.7

• Note: Apply lubricant to the MULTI-MASTER threaded connection and to the slotting head clamping screw

TRIB

TRIB 32

Slitting Shanks Carrying TripleEdged Precision Ground Inserts

f

CWN-CWX

TRIB 32-25W-3Z (1)

TRIB 32-25W-3Z-B (1)

TRIB 40-25W-4Z

TRIB 40-25W-4Z-B

TRIB 50-32W-6Z

CWN(2)

CWX(3)

CDX(4)

CICT(5)

32.2

4.01

52.3

• W, Tmax, f, Refer to insert data • For inserts with W=4.01-6.50 mm, order tools with -B suffix (deeper pockets). For example: TRIB 50-32W-6Z-B

(1) Minimum bore diameter = 33 mm

(2) Minimum cutting width

(3) Maximum cutting width

(4) Refer to insert data

(6) W-Weldon

For inserts, see pages: TRI (476)

Dimensions Related to Inserts

TRI 16RK-1.2-0.05

TRI 16RK-1.4-0.1

TRI 16RK-1.5-0.1

TRI 16RK-1.7-0.1

TRI 16RK-1.95-0.15

TRI 16RK-2.0-0.2

TRI 16RK-2.25-0.15

TRI 16RK-2.75-0.15

TRI 16RK-3.0-0.2

TRI 16RK-3.25-0.15

TRI 16RK-4.0-0.2

TRI 16RK-4.25-0.15

TRI 16RK-5.0-0.2

TRI 16RK-5.25-0.15

TRI 16RK-6.0-0.2

Tmax

TRIB ...Z f

2.43

TRIB ...Z-B f

TRIB 40... 50..

2.15

TRIB 32-25W-3Z

TRIB 32-25W-3Z-B

SR 16-236 08223

SR 16-236

321

TRIB-SM

Grooving Shell Mills with TripleEdged Precision Ground Inserts

BD DC

H LF

TRIB 50-22SM 6Z

TRIB 50-22SM 6Z-B

TRIB 63-22SM 8Z

TRIB 63-22SM 8Z-B

TRIB 80-27SM 11Z

TRIB 80-27SM 11Z-B

CWN(1)

CWX(2)

CDX(3)

41.15

51.15

• W, Tmax, f, Refer to insert data • For inserts with W=4.01-6.50 mm, order tools with -B suffix (deeper pockets) for example: TRIB 63-22SM-8Z-B

(1) Minimum cutting width

(2) Maximum cutting width

(3) Cutting depth maximum

322

Groove milling and Slitting

Small Diameter Cutters with

DGSM 16-2-M06-3Z-JHP

DGSM 16-3-M06-3Z-JHP

DGSM 18-2-M06-3Z-JHP

DGSM 18-3-M06-3Z-JHP

DGSM 22-2-M08-4Z-JHP

DGSM 22-3-M08-4Z-JHP

8.65

24.15

26.15

26.5

Key flat size

For inserts, see pages: DGM-V (323)

DGSM-M-JHP

Insertion

Extraction

DGSM-MM-JHP

Groove Milling and Slitting Small

Diameter Cutters with MULTIMASTER Threaded Adaptation

DGSM 16-2-MMT06-3Z-JHP

DGSM 16-3-MMT06-3Z-JHP

DGSM 18-2-MMT06-3Z-JHP

DGSM 18-3-MMT06-3Z-JHP

DGSM 22-2-MMT08-4Z-JHP

DGSM 22-3-MMT08-4Z-JHP

9.15

16.4

INSL

DGM-V

Miniature Double-Sided Inserts

with Ridged Positive Chipformer

for Slitting and Grooving of

Wide Range of Materials

DGM 2002V

DGM 3002V

Recommended Machining Data

IC1008

f groove

For tools, see pages: DGSM-M-JHP (323) • DGSM-MM-JHP (323)

323

ETS-LN08-M

Grooving and Slitting Cutters with

ETS D032-03-LN08-M08

ETS D032-04-LN08-M08

ETS D032-05-LN08-M10

ETS D032-06-LN08-M10

ETS D040-03-LN08-M08

ETS D040-04-LN08-M08

ETS D040-05-LN08-M10

ETS D040-06-LN08-M10

ETS D050-03-LN08-M10

ETS D050-04-LN08-M10

ETS D050-05-LN08-M12

ETS D050-06-LN08-M12

ETS D063-03-LN08-M10

ETS D063-04-LN08-M10

ETS D063-05-LN08-M12

ETS D063-06-LN08-M12

NOF(4)

ZEFP

3.00 (6)

4.00 (7)

5.00 (8)

6.00 (9)

4.50 (10)

5.50 (11)

6.50 (12)

30.5

(4) Number of flutes

(5) Clamping wrench size

(6) Use LNET 0818.. insert with SR 114-018-L2.50 screw

(7) Use LNET 0826.. insert with SR 114-018-L3.40 screw

(8) Use LNET 0830.. insert with SR 114-018-L4.40 screw

(9) Use LNET 0835.. insert with SR 114-018-L5.30 screw

(10) Use LNET 0828.. insert with SR 114-018-L3.40 screw

(11) Use LNET 0832.. insert with SR 114-018-L4.40 screw

(12) Use LNET 0837.. insert with SR 114-018-L5.30

For inserts, see pages: LNET 08 (477)

Cutter Designation

ETS D...-03-..-LN08

ETS D...-04-..-LN08

ETS D...-05-..-LN08

ETS D...-06-..-LN08

CWN-CWX Inserts

LNET

081804-TN-N

082604-TN-N

082804-TN-N

0830-TN-N

0832-TN-N

0835-TN-N

0837-TN-N

324

SR 114-018-L2.50

SR 114-018-L3.40

SR 114-018-L4.40

SR 114-018-L5.30

T-6/3-L

T-6/5

WRENCH ER11*

ETS-LN08-MM

Grooving and Slitting Cutters

with MULTI-MASTER

ETS D32/1.26-4-LN08-MMT10

ETS D40/1.57-4-LN08-MMT12

4.00 (6)

4.50 (7)

26.3

(6) Use LNET 0826.. insert with SR 114-018-L3.40 screw

(7) Use LNET 0828.. insert with SR 114-018-L3.40 screw

ETS-LN08

ETS D032-03-W16-LN08

ETS D032-04-W16-LN08

ETS D032-05-W16-LN08

ETS D032-06-W16-LN08

ETS D032-07-W16-LN08 (1)

ETS D040-03-W16-LN08

ETS D040-04-W16-LN08

ETS D040-05-W16-LN08

ETS D040-06-W16-LN08

ETS D040-07-W16-LN08 (1)

ETS D050-03-W20-LN08

ETS D050-04-W20-LN08

ETS D050-05-W20-LN08

ETS D050-06-W20-LN08

ETS D050-07-W20-LN08 (1)

ETS D063-03-W20-LN08

ETS D063-04-W20-LN08

ETS D063-05-W20-LN08

ETS D063-06-W20-LN08

ETS D063-07-W20-LN08 (1)

NOF(5)

3.00 (7)

4.00 (8)

5.00 (9)

6.00 (10)

7.00 (11)

4.50 (12)

5.50 (13)

6.50 (14)

8.00 (15)

21.2

• Adjustable overhang design • For user guide, see pages 366-374

(1) For ap=7.5 use LNET 084204-TN-N insert with SR 114-018-L5.30-HG screw

(4) Cutting depth maximum

(5) Number of flutes

(7) Use LNET 0818.. insert with SR 114-018-L2.50 screw

(8) Use LNET 0826.. insert with SR 114-018-L3.40 screw

(9) Use LNET 0830.. insert with SR 114-018-L4.40 screw

(10) Use LNET 0835.. insert with SR 114-018-L5.30 screw

(11) Use LNET 0840.. insert with SR 114-018-L5.30-HG

(12) Use LNET 0828.. insert with SR 114-018-L3.40 screw

(13) Use LNET 0832.. insert with SR 114-018-L4.40 screw

(14) Use LNET 0837.. insert with SR 114-018-L5.30

(15) Use LNET 0845.. insert with SR 114-018-L5.30-HG

ETS D032-07-W16-LN08

ETS D040-07-W16-LN08

ETS D050-07-W20-LN08

ETS D063-07-W20-LN08

SR 114-018-L5.30-HG

...D...-03-..-LN08

...D...-04-..-LN08

...D...-05-..-LN08

...D...-06-..-LN 08

...D...-07..-LN08

083004-TN-N

083204-TN-N

083504-TN-N

083704-TN-N

084004-TN-N

084204-TN-N

084504-TN-N

4 Indexing

L -type key is added to the cutter package.

It has a ball shape on the end of its longer side.

ETS

SDN

FDN

Feed Direction:

Down (climb) milling is recommended.

Do not clamp insert with a broken corner

in the outer bottom position.

2 Setting the Overhang

ETS..- T-type Slotting Cutters

ETS D32

ETS D40

ETS D50

ETS D63

L1 Overhang

∅D

Overhang

5 Tightening Torque

60-70 N x cm

6 Tightening

Use the short side for

tightening and initial release

Use the long side for quick

driving and release

Important note:

To avoid indexing problems, insert clamping screws and replace keys on

a regular basis according to their wear.

3 Lubrication - Important!

For every indexing, lubricate screws before mounting.

Grease should cover the screw’s thread and cone head.

7 Width of cut -

for ap=3 - 6.5mm - use the following table

LNET 081804-TN-N

LNET 082604-TN-N

LNET 082804-TN-N

LNET 083004-TN-N

LNET 083204-TN-N

LNET 083504-TN-N

LNET 083704-TN-N

T-6/5-L

327

8 Recommended Cutting Speed

Typical Example

LN….08

316L

1.4404

DIN/ISO 513

Cutting speed

Vc,

* Quenched and tempered

Recommended feed per tooth for MINI-TANGSLOT cutters

carrying LN..08... inserts for 3 mm≤ap<7 mm

Redial depth of cut ae, mm

D=160

D=125

Example

Material - Alloy steel DIN 40NiCrMo6, W.-Nr.16565

D = 125 mm

ae = 30 mm

ae = 20 mm

ap = 4 mm

ap = 6 mm

fz = 0.2x0.75*

fz = 0.25x1=0.25 mm/tooth

= 0.15 mm/tooth

D=100

D=80/63

D=50

D=40

fz= fz0xK

D=32

ap mm

from 4 up to 5

over 5 to 7

1020 (DIN 1.0402)

4340 (DIN 1.6582)

3135 (DIN 1.5710)

H13 (DIN 1.2344)

420 (DIN 1.4021)

316L (DIN 1.4404)

Basic feed fz0, mm/tooth

328

from 3 to 4

(DIN 0.6025) (GG25)

(DIN 0.7050) (GGG50)

(DIN 3.7165)

AISI / SAE / ASTM

(DIN W.-Nr.)

ISCAR Mat.

10 Recommended feed per tooth for MINI-TANGSLOT cutters

carrying LN..08... inserts for ap=7-8 mm

D=60

D = 40 mm

ae = 10 mm

ap = 8 mm

fz = 0.09x0.8=0.072 mm/tooth

0.105

0.135

0.052

0.082

Basic feed fz0 mm/tooth

s.s.

Grey cast

iron

Nodular cast

High temp.

AMS R56400 (DIN

3.7165)

/ DIN

from 7 up to 7.5

over 7.5 up to 8

W DN

ETS-XN13

T-Slot Endmills Carrying XNMU

1306 Square Inserts with 4 Rightand 4 Left-Hand Cutting Edges

ETS D40-18-W32-XN13

ETS D48-22-W32-XN13

T-Slot Endmills

Wmin

ETS D21-9-W16-06

ETS D25-11-W16-06

ETS D25-11-W25-06

ETS D32-14-W32-10

ETS D32-14-W16-10

ETS D32-16-W32-A10

ETS D40-18-W32-10

ETS D48-22-W32-15

W min

16.8

8.85

15.85

17.85

21.85

26.9

23.7

52.0 (4)

XOMT 060204-HQ

XPMT 100408-HQ

ADKT 1505PDTR

(4) Adjustable overhang design: LUmin=19, LUmax=52

For inserts, see pages: ADKR 1505PDR/L-HM (441) • ADKT 1505..R/L-HM (444) • ADKT 1505PDR/L-HM (443) • ADKT 1505PDTR/L-RM (443) • APKT 1003PDTR/L-RM

(437) • QOMT-HQ (478) • XOMT-HQ (479) • XPMT-HQ (480)

SR 14-506

Full Slot Flange Type

Tool Diameter

Width of Cutter

80 100 125 160 200 250 3

10 10.5 12 13 14 14.6 16 18 18.9 20 25 25.6

Type of Insert

LNET 081804

LNET 082604

LNET 082804

LNET 083004

LNET 083204

LNET 083504

LNET 083704

LNET 1240

LNET 1245

LNET 1248

LNET 1255

LNET 1257

LNET 12...

XOMT 0602..

QOMT 060208

XPMT 1004...

QPMT 1004...

3(1)

QDMT 1205...

QDCT 1205

LNKX 1506

Without seat

With seat

With adjustable cartridges

Fully effective with adjustable cartridges

331

Face and Slot Milling Cutters

Cutter Types for Right- and Left-Hand, Top and Bottom Milling

Right-Hand Spindle Rotation

Left-Hand Spindle Rotation

FDN...-R

Full Side Flange Type

(Pages 334-340)

SSB...-R

Full Side Disk Type

(Pages 342-349)

Half Side Top Disk Type

(Page 350)

SSB...-L

Half Side Bottom Disk Type

FST...-R

Half Side Top Flange Type

(Page 349)

Ordering Examples

Integral Pocket Cutter

Adjustable Cutter with Cartridges

FDN D125-10-27-LN12

Cutter diameter: 125 mm

Slot width: 10.00 mm

FDN D100-0810-32-CALN12

Cutter diameter: 100 mm

Slot width range: 8.00-10.5 mm

Pre-adjusted specific width

(the cutter will be set to 9.52 mm).

FDN D125-09.52-40-CALN12

Slot width: 9.52 mm (The cutter can be

adjusted to a width of 8.0-10.5 mm)

Single or Double-Face Milling Configuration Guide

for FDN/SDN/SSB/FST/FSB... CALN15 Cutters

Number of

Cutting Edges(1)

Bottom Flatness

ap≤7 H (mm)

ap=14 H (mm)

Application

Half Side Tools Axial

Depth of Cut ap (mm)

LNKX 1506...

4R+4L

Flat

Double Face MIlling

Stock=0-14

LNMT 1506...

LNAT 1506...

0.4-0.65

LNHT 1506...-N(3)

2R+2L

4R

LNHT 1506...-R(4)

4L

Half Side Milling

Stock=0-14(2)

Use of 8 cutting edges (4R+4L) is possible only when ap≤7 mm,

otherwise 4 cutting edges (2R+2L) can be used.

Max ap for radius inserts

LNAT 150616..=12.80

LNAT 150625..=12.25

LNAT 150632..=11.60

LNAT 150640..=14.00

ap-7

Configuration Guide for Full Slot FDN/SDN... CALN15 Cutters

Number of Cutting

Edges

Bottom Slot

Flatness H (mm)

Insert Radius

R (mm)

LNAT 150616PN-N-HM

LNAT 150625PN-N-NM

LNAT 150632PN-N-NM

LNAT 150640PN-N-NM

LNHT 1506...-N

R.H./L.H

R.H./L.H.

Depth of Cut W (mm)

W=18.9-25.6

W=18.9-24.5

W=18.9-23.2

LNHT 1506...-R

R.H. only

WÊ-Ê15.0

333

FDN-LN08

Full Slot Shell Mill Cutters

Carrying LNET 08...

Tangentially Mounted Inserts

FDN D063-03-16-LN08

FDN D063-04-16-LN08

FDN D063-05-16-LN08

FDN D063-06-16-LN08

FDN D080-03-22-LN08

FDN D080-04-22-LN08

FDN D080-05-22-LN08

FDN D080-06-22-LN08

FDN D100-03-27-LN08

FDN D100-04-27-LN08

FDN D100-05-27-LN08

FDN D100-06-27-LN08

4.50 (11)

5.50 (12)

6.50 (13)

Minimum cutting width

Maximum cutting width

(11) Use LNET 0828.. insert with SR 114-018-L3.40 screw

(12) Use LNET 0832.. insert with SR 114-018-L4.40 screw

(13) Use LNET 0837.. insert with SR 114-018-L5.30 screw

FDN D...-03-...LN08

FDN D...-04-...LN08

FDN D...-05-...LN08

FDN D...-06-...LN08

334

FDN-LN12

Full Slot Cutters Carrying LNET

12... Tangentially Mounted Inserts

CICT(4) ZEFP DCONMS DHUB

FDN D080-07-22-LN12(1)

28.2

FDN D080-10-22-LN12(2)

FDN D100-07-27-LN12(1)

FDN D100-10-27-LN12(2)

FDN D125-07-32-LN12(1)

FDN D125-10-32-LN12(2)

FDN D160-10-40-LN12(2)

FDN D200-08-40-LN12(3)

51.5

FDN D200-10-40-LN12(2)

FDN D250-10-60-LN12(2)

5.91

1240..

1245...

1248..

1255..

1257..

1265...

1245..

1248...

1250...

• Slot width depends on the selected insert width • Each tool is supplied with screws for the thinnest specified insert

• Verify use of correct screw for the insert being used • For user guide, see pages 366-374

(1) For ap=7.0 use screw SR 14-500-L5.9 • For ap=8.0 use screw SR 14-500-L6.5 • For ap=8.5 use screw SR 14-500-L7.0

(2) For ap=10.0 and 10.5 use screw SR 14-500-L8.5 • For ap=12.0 use screw SR 14-500-L10.0

(3) For ap=8.0 and 8.5 use screw SR 14-500-L7.0 • For ap=9.0 use screw SR 14-500-L8.0 • For ap=10.0 use screw SR 14-500-L8.5

For inserts, see pages: LNET 12-TN (423) • LNET 12-TN-MM (424)

FDN D080-07-22-LN12

FDN D080-10-22-LN12

FDN D100-07-27-LN12

FDN D100-10-27-LN12

FDN D125-07-32-LN12

FDN D125-10-32-LN12

FDN D160-10-40-LN12

FDN D200-08-40-LN12

FDN D200-10-40-LN12

FDN D250-10-60-LN12

SR 14-500-L5.9

SR 14-500-L8.5

SR 14-500-L7.0

RATCHET WRENCH KEY

T-15/51-BE

335

Full Slot Flange-Type

Slotting Cutters

FDN D080-08-22-R06

FDN D100-08-27-R06

FDN D100-10-27-R06

FDN D125-10-32-R06

FDN D125-12-32-R10

FDN D125-16-32-R10

FDN D160-12-40-R10

FDN D160-16-40-R10

FDN D160-16-40-R12

FDN D200-18-40-R12

FDN D200-20-40-R12

FDN D250-20-60-R12

22.7

46.9

28.8

7.13

QDMT 1205PDN-RM

(3) For adaptation options, see pages 517

For inserts, see pages: QDCT-PDN (481) • QDMT 1205..PDTN-M (482) • QDMT 1205PDN-RM (481) • QOMT-HQ (478) • QPMT 100408PDTN (479) • XOMT-HQ (479) •

XPMT-HQ (480)

SR 34-514

SR 34-510

BLD T15/L7

PN 3-4

FDN-CF4

Full Slot Flange-Type Slotting

Cutters with CLICKFIT Adaptation

FDN D050-08-CF4-06

FDN D063-08-CF4-06

For inserts, see pages: QOMT-HQ (478) • XOMT-HQ (479)

336

Full Slot Adjustable Slotting

Cutters with Cartridges

Carrying LNET 12 Inserts

DC CICT(4) ZEFP DCONMS DHUB

H CDX LUmin LUmax OALmin OALmax

FDN D100-0608-27R-CALN12(1) 100.00

41.1

FDN D100-0810-27R-CALN12(2) 100.00

30.2

43.2

FDN D100-1014-27R-CALN12(3) 100.00

FDN D125-0608-32R-CALN12(1) 125.00

FDN D125-0810-32R-CALN12(2) 125.00

48.2

FDN D125-1014-32R-CALN12(3) 125.00

33.7

35.8

FDN D160-0608-40R-CALN12(1) 160.00

FDN D160-0810-40R-CALN12(2) 160.00

46.2

FDN D160-1014-40R-CALN12(3) 160.00

1235...

1240...

1255...

1277...

Width of Range [ap]

6.0-6.5

6.5-7.2

7.0-8.2

8.0-8.7

8.4-9.2

8.9-10.5

10.5-12.2

11.9-14.6

FDN-CALN12

• Slot width depends on the selected insert width; verify use of correct screw for the insert being used • For adaptation options, see page 517 • For cartridges see page 351

(1) For ap=6.0 use screw SR 14-500-L4.9 • For ap=6.5 use screw SR 14-500-L5.3 • For ap=7.0 use screw=SR 14-500-L5.9

(2) For ap=8.0 use screw SR 14-500-L6.7 • For ap=8.4 use screw SR 14-500-L7.0 • For ap=8.9 use screw SR 14-500-L7.5

(3) For ap=10.5 use screw SR 14-500-L9.0 • For ap=11.9 use screw SR 14-500-L9.0

For inserts, see pages: LNET 12-TN (477) • LNET 12-TN-MM (478)

FDN D100-0608-27R-CALN12

FDN D100-0810-27R-CALN12

FDN D100-1014-27R-CALN12

FDN D125-0608-32R-CALN12

FDN D125-0810-32R-CALN12

FDN D125-1014-32R-CALN12

FDN D160-0608-40R-CALN12

FDN D160-0810-40R-CALN12

FDN D160-1014-40R-CALN12

CA 0608-R-LNET12

CA 0810-R-LNET12

CA 1014-R-LNET12

CA 0608-L-LNET12

CA 0810-L-LNET12

CA 1014-L-LNET12

337

DC=100, 125, 160

DC=200, 250

FDN-CALN11

Full Slot Flange Type Slotting

Carrying Tangentially Mounted

LN.. 1106.. Inserts

FDN D100-1419-27R-CALN11

FDN D125-1419-32R-CALN11

FDN D160-1419-40R-CALN11

FDN D200-1419-40R-CALN11

FDN D250-1419-60R-CALN11

23.4

28.9

3.39

• The cutter will be set to the minimum width range, unless a specific width is requested by the user • Half of the inserts are used on right-hand cartridges and half on

left-hand cartridges • For cartridge details, see page 351

(5) For adaptation, see page 517

For inserts, see pages: LNAR 1106 (466) • LNHT 1106 PN-N HT (466) • LNHT 1106 PN-R HT (465) • LNKX/LNMT 1106 (465)

CA90 1419-R-LN11

CA90 1419-L-LN11

FDN-XN13

Cutters Carrying XNMU 1306

Square Inserts with 4 Right- and

4 Left-Hand Cutting Edges

FDN D100-14-27-XN13

FDN D125-14-32-XN13

FDN D125-16-32-XN13

FDN D160-18-40-XN13

FDN D200-20-40-XN13

FDN-CALN13

Cutters with Cartridges Carrying

T490 LNHT 1306PNTR/L Inserts

(17.5-23.0 mm width range)

FDN D125-1723-32R-CALN13

FDN D160-1723-40R-CALN13

FDN D200-1723-40R-CALN13

FDN D250-1723-60R-CALN13

2.61

3.82

6.55

• Half of the inserts are used on right-hand cartridges and half on left-hand cartridges • For cartridge details, see page 352 • The cutter will be set to the minimum width

range unless a specific width is requested by the user

For inserts, see pages: T490 LNMT 1306PNTR-FW (463) • T490 LNMT/LNHT 1306 (462)

CA90 1723-L-T490-13

CA90 1723-R-T490-13

FDN-CAPM15

LNAT 1506...-PM Inserts

(18.9-25.6 mm width range)

FDN D125-1925-32R-CAPM15

FDN D160-1925-40R-CAPM15

FDN D200-1925-40R-CAPM15

FDN D250-1925-60R-CAPM15

3.79

• Use A type cartridges for inserts with 0.8-1.6 mm radii, B type cartridges for inserts with 2.5-3.2 mm radii and C type cartridges for inserts with 4.0 mm radius

• For cartridge details, see page 351

(1) Minimum cutting width • The cutter will be set to the minimum width range, unless a specific width is requested by the user

For inserts, see pages: LNAT 1506-PM (474)

CA90 1928-L-PM15-A

CA90 1928-R-PM15-A

CA90 1928-L-PM15-B*

CA90 1928-R-PM15-B*

CA90 1928-L-PM15-C*

CA90 1928-R-PM15-C*

339

FDN-CALN15

Carrying LN.. 1506... Inserts

FDN D125-1925-32R-CALN15

FDN D160-1925-40R-CALN15

FDN D200-1925-40R-CALN15

FDN D250-1925-60R-CALN15

999

6.56

• Each cutter body can be changed into full slot, bottom or top milling configuration by mounting the cartridges accordingly • For cartridge details, see page 351

For inserts, see pages: LNKX 1506PN-N PL (470) • LNKX/LNMT 1506PNTN/PN-N MM (470) • LNMT/LNHT 1506...-N HT (472) • LNMW 1506 PNTN (470)

CA90 1928-R-LN15

CA90 1928-L-LN15

FDN-CM

Flange Type Full Width Slotting

Cutters Carrying Round

and Octagonal Inserts

FDN CM-D080-12-22-FE(1)

FDN CM-D100-12-27-FE(1)

FDN CM-D125-12-32-FE(1)

R90MT 1205

O45MT 050505

80.51

100.51

125.51

126.2

R90MT 43

Fully effective cutter

72.77

88.6

92.77

88.5

113.6

117.77

113.5

12.15

12.85

23.25

26.75

27.1

35.25

Full Slot Disk Type

80 100 125 160 200 250

10 10.5 12

14 14.6 16

18 18.9 19.5 20

25 25.6

LNET 1235

LNET 1250

LNET 1265

LNET 1277

3 3

LNET 12...CA

XOMT 0602...

LNKX 1106 CA

LNKX 1506 CA

341

SDN-LN08

Disk Type Grooving and

Slitting Cutters

SDN D063-03-22-LN08

SDN D063-04-22-LN08

SDN D063-05-22-LN08

SDN D063-06-22-LN08

SDN D080-04-22-LN08

SDN D080-05-22-LN08

SDN D080-06-22-LN08

SDN D100-03-27-LN08

SDN D100-04-27-LN08

SDN D100-05-27-LN08

SDN D125-03-32-LN08

SDN D125-04-32-LN08

SDN D125-05-32-LN08

SDN D160-04-40-LN08

3.00 (5)

5.00 (7)

6.00 (8)

4.50 (9)

5.50 (10)

6.50 (11)

14.8

48.6

(5) Use LNET 0818.. insert with SR 114-018-L2.50 screw

(7) Use LNET 0830.. insert with SR 114-018-L4.40 screw

(8) Use LNET 0835.. insert with SR 114-018-L5.30 screw

(9) Use LNET 0828.. insert with SR 114-018-L3.40 screw

(10) Use LNET 0832.. insert with SR 114-018-L4.40 screw

(11) Use LNET 0837.. insert with SR 114-018-L5.30 screw

SDN D...-03...-LN08

SDN D...-04...-LN08

SDN D...-05...-LN08

SDN D...-06...-LN08

342

SR

114-018-L2.50

114-018-L3.40

114-018-L4.40

114-018-L5.30

Full Slot Disk Type Slotting

Cutters Carrying LNET 12

LNET 1240..

LNET 1245..

SDN D080-07-27-LN12(1)

LNET 1248..

LNET 1255..

LNET 1257..

SDN D080-10-27-LN12(2)

LNET 1265..

SDN D100-07-32-LN12(1)

SDN D100-10-32-LN12

D080-07-27-LN12(2)

SDN D125-07-40-LN12

D080-10-27-LN12(1)

1265..

D125-10-40-LN12

SDN D160-10-40-LN12

D100-10-32-LN12(2)

SDN D200-08-50-LN12

D125-07-40-LN12(3)

1250..

SDN D125-10-40-LN12(2)

SDN D200-10-50-LN12(2)

SDN D160-10-40-LN12(2)

SDN D250-08-50-LN12(3)

LNET 1250..

SDN D200-08-50-LN12(3)

2.22

SDN D250-08-60-LN12(3)

SDN D250-10-50-LN12(2)

SDN D250-10-60-LN12(2)

8.5option, slot

• Each tool is supplied with screws (3)

for the thinnest specified insert; verify use of the correct screw for the insert being used • For more than one insert

width

SDN D250-08-60-LN12

depends on the selected insert width • Gang-mill assembly SDN and left-hand SSB cutters feature two keyways • To reduce vibration, it is recommended

to assemble

gang-mills with alternating keyway position. • For user guide, see pages 366-374

(1) 1255..

D250-10-50-LN12

(2)SDN

For ap=10.0

and 10.5 use screw(2)

14-500-L8.5

SR60.00

14-500-L10.0

1240... • For ap=12.0 use screw SR

14-500-L5.9

LNET 1245 D=80-125

SR 14-500-L6.5

14-500-L7.080.00

26 D=160-250

84.0 T-15/51-BE

SDN D250-10-60-LN12(2)LNET 1245

LNET 1248...

ratchet

SDN-LN12

LNET 1250...

SR 14-500-L8.0

wrench key

LNET 1255...

LNET 1257...

LNET 1265...

SR 14-500-L10

(1) Should be ordered separately, notLNET

supplied

with the tool

LNET 1245 D=160-250

Should be ordered separately, not supplied with the tool

343

SDN-CALN12

Full Slot Disk Type Slotting Cutters

with Cartridges Carrying LNET

SDN D100-0608-27-CALN12(1) 100.00

SDN D100-0810-27-CALN12(2) 100.00

DC CICT

SDN D100-1014-27-CALN12(3) 100.00

SDN D125-0608-40-CALN12(1) 125.00

D100-0810-27-CALN12(2)

ZEFP DCONMS DHUB

SDN D125-0810-40-CALN12(2) 125.00

SDN D125-1014-40-CALN12(3) 125.00

SDN D160-0608-40-CALN12(1) 160.00

SDN D160-1014-40-CALN12(3) 160.00

SDN D200-0608-50-CALN12(1) 200.00

SDN D160-0810-40-CALN12(2) 160.00

D125-0810-40-CALN12(2)

D160-0810-40-CALN12(2)

D200-0810-50-CALN12(2)

• For user guide, see pages 366-374 • For cartridge details, see page 351

(1) For ap=6.0 use screw SR 14-500-L4.9 • For ap=6.5 use screw SR 14-500-L5.3 • For ap=7.0 use screw SR 14-500-L5.9

Spare

Parts

(2) 200.00

16 (424) 8

D200-0810-50-CALN12

For

inserts,

see pages: LNET 12-TN (423) • LNET

12-TN-MM

344

LNET 1235...

LNET 1240...

LNET 1245...

LNET 1277..

SR 14-500-L4.9

SR 14-500-L5.3

SR 14-500-L6.7

SR 14-500-L7.5

CA 0608 R/L-LNET12

CA 0810 R/L-LNET12

CA 1014 R/L-LNET12

LNET 1277...

SR 14-500-L4.5

SR 14-500-L6.1

Width of Range [CW]

LNHT 1106...HT inserts should be used if a straight groove or shoulder are needed.

When using the other inserts, the machined surface is grooved due to the butterfly insert shape.

Side Wall Flatness Depending on the Inserts Being Used

Number

of Cutting

Side Flatness

ap5 H (mm)

ap=10 H (mm)

LNKX 1106...

Stock=0-10

LNMT 1106...

LNHT 1106 - N(1)

LNHT 1106 - R(2)

2L

Use of 8 cutting edges (4R+4L) is possible only when ap≤5 mm, otherwise 4 cutting edges

(2R+2L) can be used

Configuration Guide for Full Slot FDN/SDN... CALN11 Cutters

LNHT 1106...

W=14-19.5

Half Side Tools Axial Depth of

Cut W (mm)

WÊ-Ê11.0

LNHT 1106... - N

LNHT 1106... - R

345

SDN-XN13

SDN D100-14-32-XN13

SDN D125-14-40-XN13

SDN D125-16-40-XN13

SDN D160-16-40-XN13

SDN D200-20-50-XN13

SDN-CALN11

SDN D100-1419-27-CALN11

SDN D125-1419-40-CALN11

SDN D160-1419-40-CALN11

SDN D200-1419-50-CALN11

SDN D250-1419-60-CALN11

2.38

3.88

• Each cutter body can be changed into full slot, bottom or top milling configuration by mounting the cartridges accordingly • Half of the inserts are used on right-hand

cartridges and half on left-hand cartridges • Gang-mill assembly SDN and left-hand SSB cutters feature two keyways • To reduce vibration, it is recommended to assemble

gang-mills with alternating keyway position. • For cartridge details, see page 351

346

SDN D125-1723-40-CALN13

SDN D160-1723-40-CALN13

SDN D200-1723-50-CALN13

SDN D250-1723-50-CALN13

SDN D250-1723-60-CALN13

CW OAL

3.01

4.82

gang-mills with alternating keyway position. • For cartridge details, see page 352

For inserts, see pages: T490 LNMT/LNHT 1306 (462)

Cartridge Screw

SDN-CALN13

T490 LNHT 1306...Insert

Right Hand Cartridge

Insert Screw

SDN-CAPM15

SDN D125-1925-40-CAPM15

SDN D160-1925-40-CAPM15

SDN D200-1925-50-CAPM15

SDN D250-1925-60-CAPM15

4.81

• Each cutter can be changed into full slot, bottom or top milling configuration • Use A type cartridges for inserts with 0.8-1.6 mm radii, B type cartridges for inserts with

2.5-3.2 mm radii and C type cartridges for insertswith 4.0 mm radius • Each cutter features two keyways. • To reduce vibration, it is recommended to assemble gang-mills

with alternating keyway position. • For cartridge details, see page 351

347

SDN D080-08-27-06

SDN D100-08-32-06

SDN D100-10-32-06

SDN D125-12-40-10

SDN D160-12-40-10

SDN D160-16-40-10

SDN D160-16-40-12

SDN D200-18-50-12

SDN D200-20-50-12

For inserts, see pages: ADCR 1505PDFR (441) • ADKR 1505PDR/L-HM (441) • ADKT 1505PDR/L-HM (443) • ADMT 1505PDR-HS (443)

• HM90 ADCR 1505PDFR-P (441) • HM90 ADCT 1505 (440) • QDCT-PDN (481) • QDMT 1205..PDTN-M (482) • QDMT 1205PDN-RM (481) • QOMT-HQ (478) • QPMT

100408PDTN (479) • XOMT-HQ (479) • XPMT-HQ (480)

348

LN.. 1506.. Inserts

SDN D125-1925-40-CALN15

SDN D160-1925-40-CALN15

SDN D200-1925-50-CALN15

SDN D250-1925-60-CALN15

cartridges and half on left-hand cartridges • Gang-mill assembly SDN and left-hand SSB cutters feature two keyways. • To reduce vibration, it is recommended to assemble

SDN-CALN15

SDN-CALN

FST

Top-Side Cutting, Flanged

Type Slotting Cutters

FST D100-12-27-R10

FST D125-12-32-R10

Cutting depth maximum

For inserts, see pages: ADKR 1505PDR/L-HM (441) • ADKT 1505..R/L-HM (444) • ADKT 1505PDR/L-HM (443) • ADKT 1505PDTR/L-RM (443) • QDCT-PDN (481) •

QDMT 1205..PDTN-M (482) • QDMT 1205PDN-RM (481) • QPMT 100408PDTN (479) • XPMT-HQ (480)

349

SSB

Single-Side Cutting, Disk

SSB D100-12-32-R/L10

SSB D125-12-40-R/L10

SSB D160-16-40-R/L10

For inserts, see pages: QDCT-PDN (481) • QDMT 1205..PDTN-M (482) • QDMT 1205PDN-RM (481) • QPMT 100408PDTN (479) • SPMT-HQ (480) • XPMT-HQ (480)

QPMT 1004

XPMT 1004

SPMT 1004(1)

For R.H. tools only

LNMT 1506

LNHT 1506...HT

S890 SSB-13

Half Side / Face Disk Milling

Cutters Carrying HELIDO

S890 SNMU 1305 Inserts

S890 SSB D125-20-40-R/L13

SSB-LN15-R/L

APMX LU

SSB D080-22-27-LN15-R/L

SSB D100-22-32-LN15-R/L

SSB D125-22-40-LN15-R/L

SSB D160-22-40-LN15-R/L

SSB D200-24-50-LN15-R/L

2.64

4.66

• Note: Left-hand cutters are designated by a yellow groove

For inserts, see pages: LNAT 1506-W (473) • LNAT 1506..PN-N MM (473) • LNAW-15 (CBN) (469) • LNHW 1506 PNTN (ceramic) (472) • LNKX 1506 1.5X45 PN-N (471) •

LNKX 1506PN-N PL (470) • LNKX/LNMT 1506PNTN/PN-N MM (470) • LNMT/LNHT 1506...-N HT (472) • LNMT/LNHT 1506PN-R HT (471) • LNMW 1506 PNTN (470)

LNMT 1506PTNT-HT

LNMT 1506PN-R-HT

Gang-Mill Assembly

SDN and left-hand SSB

cutters feature two keyways.

It is recommended to

assemble gang-mills

with alternating keyway

position. This practice

reduces vibration.

90º lead angle cutter

For DC=80 lead angle cutter a=6º

For DC≥100 lead angle cutter a=4.5º

CA - Cartridge

Range of Adjustment

Minimum Width of Cut

Maximum Width of Cut

R.H. / L.H.

Type of Insert: LNET/R 12

Insert Size

Cartridge Locking Screw (1)

CA-R/L-LNET 12 cartridges

Adjustable Cartridge for FDN/

SDN-CALN 12 Full Slot

Adjustable Slotting Cutters

Right-Hand Cartridge

LNET 12... Insert

Insert Locking Screw

Cartridge

Locking Screw

CA 0608-R/L-LNET 12

NUT M4-2.2

CA 0810-R/L-LNET 12

CA 1014-R/L-LNET 12

Max.

Clamping Screw

14-500/L4.9

14-500/L5.3

14-500/L5.9

14-500/L6.7

14-500/L7.0

14-500/L7.5

CA 08 10 R LN 12

SR 14-500/L9.0

Each insert size should be ordered with its appropriate screw. When changing insert size, a new screw has to be ordered

Keys:Torx T-15/51-BE Ratchet wrench key

(1) Tightening torque: 4.5 ÷ 5Nxm

Cartridge Screw-SR 14-2120

Key: BLD IP25/S7

CA90 1928-R/L-PM15

Adjustable Cartridge for SDN and

FDN-CAPM15 Slotting Cutters

LNAT 1506...Insert

CA90 1928-R/L-PM15-A (1)

CA90 1928-R/L-PM15-B (2)

CA90 1928-R/L-PM15-C (3)

ap min

ap max

Insert Screw-SR 34-535

Key: BLD T15/S7

NUT M5-4.5

For inserts with 0.8-1.6 mm radii

For inserts with 2.5-3.2 mm radii

(3) For inserts with 4.0 mm radius

LNKX 1506 / LNKX 1106...Insert

Adjustable Cartridge for SDN

and FDN-CALN11/CALN15

CA90 1419-R/L-LN11

CA90 1928-R/L-LN15

Cartridge Screw (1)

CA90-R/L-LN11/15

cartridges

SR 14-2120/L11.2

351

CA90 1723-R/L-T490-13

Adjustable Cartridge for

SDN and FDN-CALN13

Drive Shank

SW/S (SS)

for K+KR types

TGSF

Slitting Cutters Carrying

TANG-GRIP Inserts

A type

KR type

K type

Drive Flange

R (CSI)

for K type

TGSF 50-3-8K

TGSF 50-1.6-8KR

TGSF 50-2-8KR

TGSF 63-3-10K

TGSF 63-4-10K

TGSF 63-1.6-10KR

TGSF 63-2-10KR

TGSF 76-1.6-22A

TGSF 80-3-22K

TGSF 80-4-22K

TGSF 80-2-22KR

TGSF 100-3-22K (1)

TGSF 100-4-22K (1)

TGSF 100-1.6-22A

TGSF 100-2-22KR

TGSF 125-3-32K

TGSF 125-4-32K

TGSF 125-1.6-27A

TGSF 125-2-32KR

TGSF 160-3-32K

TGSF 160-4-40K

WB

CWN(3)

CWX(4)

CDX(5)

RPMX(6)

a°(7)

MIID(8)

3.05

2.05

6300

1600

5000

1260

1050

3900

4770

800

3820

640

2980

TAG N3C

TAG N1.6C

TAG N2C

TAG N4C

ETG 3-4-SH*

ETG 2-SH-T*

ETG 1.4/1.6*

ETG 2*

• ETG extractor should be ordered separately • For drive flange set dimensions, refer to Drive Flange R

(1) CDX=26 and BD=46 when used with drive flange

(3) Minimum cutting width

(4) Maximum cutting width

(5) Cutting depth maximum

(6) Maximum RPM

(7) Angle between the key slots

(8) Master insert identification

For inserts, see pages: TAG N-A (355) • TAG N-C/W/M (354) • TAG N-J/JS/JT (355)

For holders, see pages: BT-SEMC (1025) • C#-SEMC (1000) • DIN2080-SEMC (1036) • DIN69871-SEMC (952) • HSK A-SEMC (981) • R (drive flange set) (359) • SMH

MB (839) • SW/S (359)

352

TGSF-JHP

Slitting Cutters with

Coolant Channels Carrying

TGSF 63-3-10K-JHP

TGSF 80-3-22K-JHP

TGSF 100-3-22K-JHP

TGSF 125-3-32K-JHP

TGSF 63-4-10K-JHP

TGSF 80-4-22K-JHP

TGSF 100-4-22K-JHP

TGSF 125-4-32K-JHP

• ETG extractor should be ordered separately

(2) Maximum RPM

For inserts, see pages: TAG N-A (355) • TAG N-C/W/M (354)

For holders, see pages: SW/S-JHP (353)

SW--JHP Type

S--JHP Type

SW/S-JHP

Drive Shanks with Coolant

Channels for TANGGRIP Slitting Cutters

SW 25-32-JHP

SW 32-40-JHP

S 32-55-JHP

BD DBC DCONWS

Pin

DCONMS DBC DCONWS

DCONMS BD

DBC

SR 76-961

SR 76-963

SR 76-943

T-15/5

T-20/5

SR M16X40-JHP

For tools, see pages: TGSF-JHP (353)

TGSF-M-JHP

Grooving and Slitting Small

Diameter Cutters with FLEXFIT

TGSF 50-2-M12 5Z-JHP

TGSF 50-3-M12 5Z-JHP

TAG 2

TAG 3

353

TGSF-MM-JHP

TGSF 50-2-MMT12-5Z-JHP

TGSF 50-3-MMT12-5Z-JHP

TAG N-C/W/M

Single-Ended Inserts for Parting,

Grooving and Slitting Bars, Hard

Materials and Tough Applications

• Feed values for grade IC20 should be decreased by 50% • For cutting speed recommendations and user guide, see pages 518-524

(1) Larger corner radii for interrupted cut and high feed applications

(2) Similar to C-type, but with a modified edge; improved chip control at medium feeds

(3) Cutting width tolerance (+/-)

For tools, see pages: • TGSF (352) • TGSF-JHP (353) • TGSF-M-JHP (353) • TGSF-MM-JHP (354)

IC807

IC20

IC30N

CWTOL(3)

IC1030

TAG N1.4C

TAG N2.4C

TAG N3CB (1)

TAG N3M (2)

TAG N3W

TAG N4CB (1)

TAG N4M (2)

TAG N4W

354

IC1010

(mm/rev)

0.04-0.14

0.05-0.16

0.12-0.30

0.10-0.33

Single-Ended Inserts for

Parting, Grooving and

Slitting Soft Materials

RETOL(2)

CWTOL(1)

TAG N1.4J

TAG N1.6J

TAG N2J

TAG N2JT

TAG N3J

TAG N3JT

TAG N3.2JT

TAG N4J

TAG N4JT

0.04-0.16

0.04-0.18

• JT chipformer has the basic positive configuration of the J-type and a reinforced negative frontal edge; most suitable for soft materials at low to medium feeds.

• For cutting speed recommendations and user guide, see pages 518-524

(2) Cutting width tolerance (+/-)

JT

TAG N-J/JS/JT

TAG N-A

Grooving and Slitting Aluminum

TAG N2A

TAG N3A

TAG N4A

0.03-0.14

(1) Cutting width tolerance (+/-)

(2) Corner radius tolerance (+/-)

355

SGST

Thin Slitting Cutters Carrying

SLIMGRIP Inserts

SGST 32-8-0.8-4Z

SGST 32-8-1.0-4Z

SGST 32-8-1.2-4Z

SGST 40-10-0.8-6Z

SGST 40-10-1.0-6Z

SGST 40-10-1.2-6Z

SGST 50-13-0.8-9Z

SGST 50-13-1.0-9Z

SGST 50-13-1.2-9Z

SGST 63-16-1.0-12Z

SGST 63-16-1.2-12Z

2490

1990

1590

GFT 0.8J-0.1

GFT 1.0J-0.1

GFT 1.2J-0.14

ESG-SLM*

Maximum RPM

For inserts, see pages: GFT-J (357)

For holders, see pages: SW-C-D-JHP (356)

SGST Disk Cutter

Washer

SW-C-D-JHP Shank

L8

SW-C-D-JHP

Shanks for SGST Slim Slot

Milling Disk Cutters

SW 16C-D32-JHP

SW 20C-D40-JHP

SW 25C-D50-JHP

SW 25C-D63-JHP

Clamping wrench size

For tools, see pages: SGST (356)

356

VS

DR

SCREW CLAMP-D32-JHP

SCREW CLAMP-D40-JHP

SCREW CLAMP-D50-JHP

SCREW CLAMP-D63-JHP

WASHER 8X14.5-D32

WASHER 10X15-D40

WASHER 13X24-D50

WASHER 16X24-D63

Thin Parting, Grooving

& Slitting Single-Ended

Inserts for Soft Materials

IC1028

GFT 1.6J-0.16

SGSF-W

with Integral Weldon Shanks

GFT-J

OHX

SGSF 32-1.6-W16

SGSF 32-2-W16 (1)

SGSF 40-1.6-W16

SGSF 40-2-W16 (1)

LH(6)

OHX(7)

2.69

GSFN 1.6

GSFN 2

ESG 1.4-2

(1) Standard GSFN 2.4 mm inserts are not suitable for this tool; for suitable tool, see specific pocket size.

(6) Minimum overhang range

(7) Maximum overhang range

For inserts, see pages: GSFN (361) • GSFU (361)

357

SGSF

Self-Clamped Inserts

SGSF 76-1.4-22A

SGSF 100-1.4-22A

SGSF 125-1.4-27A

SGSF 50-1.6-8KR

SGSF 63-1.6-10KR

SGSF 76-1.6-22A

SGSF 100-1.6-22A

SGSF 125-1.6-27A

SGSF 50-2-8KR (1)

SGSF 63-2-10KR (1)

SGSF 76-2-22A (1)

SGSF 80-2-22KR (1)

SGSF 100-2-22A (1)

SGSF 100-2-22KR (1)

SGSF 125-2-27A (1)

SGSF 125-2-32KR (1)

SGSF 80-2.4-22A

SGSF 100-2.4-22K

SGSF 125-2.4-32K

SGSF 160-2.4-32K

SGSF 50-3-8K

SGSF 63-3-10K

SGSF 80-3-22K (2)

SGSF 100-3-22K (3)

SGSF 125-3-27K

SGSF 125-3-32K

SGSF 160-3-32K

SGSF 160-3-40K

SGSF 200-3-40K

SGSF 250-3-40K

SGSF 50-4-8K

SGSF 63-4-10K

SGSF 80-4-22K (2)

SGSF 100-4-22K (3)

SGSF 125-4-32K

SGSF 160-4-40K

SGSF 200-4-40K

SGSF 250-4-40K

SGSF 350-4M-50K-38Z

SGSF 425-4M-50K-38Z

SGSF 80-5-22K (2)

SGSF 100-5-22K (3)

SGSF 125-5-32K

SGSF 160-5-40K

SGSF 200-5-40K

SGSF 250-5-40K

SGSF 125-6-32K

SGSF 160-6-40K

SGSF 200-6-40K

SGSF 250-6-40K

SGSF 315-6-40K

SGSF 350-6-50K

CWN(4)

CWX(5)

CDX(6)

CICT(7)

425

3.54

5.51

4.52

DHUB DCONMS RPMX(8)

500

MIID(9)

GSFU 1.4

GSFN 2.4

GSFN 3

GSFN 4

GSFN 5

GSFN 6C

GSFN 6

ESG 11

ESG 1

• Only the K and KR type cutters feature 4 driving holes around the central hole; they can be driven by the R drive shanks

• Refer to SW/S drive shanks and R driving flange set • Maximum RPM may not be exceeded • For user guide, see pages 366-374

(1) Standard GSFN 2.4 mm (.095") inserts are not suitable for this tool. For suitable tool, see specific pocket size

(2) CDX=16, DHUB=46 when used with drive flange

(3) CDX=26, DHUB=46 when used with drive flange

(4) Minimum cutting width

(5) Maximum cutting width

(6) Cutting depth maximum

(7) Number of inserts

(8) Maximum RPM

(9) Master insert identification

MB (839) • STUB MB (840) • SW/S (359)

358

Drive Shanks for

SELF-GRIP Slitting Cutters

DCONMS DBC

BD DBC

SW- Type

SW 20

SW 25-23

SW 25-28

SW 25-32

SW 32-40

S 32-55

S 40-80

3 Typ.

SW/S

SW20

S- Type

For tools, see pages: GM-DG (362) • SGSA (360) • SGSF (358) • TGSF (352)

SR M5X20 DIN7991

SR 76-944

R (drive flange set)

Drive Flange Set for

R 22-46

R 32-55

R 40-80

R 50-110

HW 6.0

D4

PIN D5X15.6

PIN D6X15.6

PIN D11X16.5

PIN D14X19.9

SGSF/A-M-JHP

SGSF 32-2-M08-3Z-JHP

SGSA 32-3-M08-4Z-JHP

SGSF 40-2-M10-4Z-JHP

SGSA 40-3-M10-6Z-JHP

GSFN 2...

GSAN 3...

ESG 1.4-2*

For inserts, see pages: GSFN (361)

359

SGSF/A-MM-JHP

SGSF 32-2-MMT08-3Z-JHP

SGSA 32-3-MMT08-4Z-JHP

SGSF 40-2-MMT10-4Z-JHP

SGSA 40-3-MMT10-6Z-JHP

21.9

ESG 2*

SGSA

Slitting Cutters Carrying GSAN

DC DBS

OAL DC

Flange Drive R

SGSA 32-3

SGSA 40-3-6K

SGSA 50-3-8K

SGSA 80-3-22K-10Z-FP

SGSA 100-3-22K-12Z-FP

SGSA 125-3-32K-16Z-FP

SGSA 32-4

SGSA 40-4-6K

SGSA 50-4-8K

SGSA 80-4-22K-10Z-FP

SGSA 100-4-22K-12Z-FP

Shank Drive

2400

2000

995

795

635

GSAN 3

GSAN 4

• For LB,DBS,D4 refer to SW/S drive shanks and R drive flange set • Maximum RPM may not be exceeded • For user guide, see pages 366-374

For inserts, see pages: GSAN (360)

For holders, see pages: R (drive flange set) (359) • SW/S (359)

GSAN

SELF-GRIP Slitting Inserts

For tools, see pages: SGSA (360)

360

IC250

2.41

4.04

4.78

5.22

6.35

GSFN 2.4J

GSFN 3J

GSFN 3.2

GSFN 4J

GSFN 4.8J

GSFN 4.8

GSFN 4.8-1.52

GSFN 5.2-1.5

GSFN 5.98

GSFN

• Tolerance:W±0.05

For tools, see pages: SGSF (358) • SGSF-W (357) • SGSF/A-M-JHP (359) • SGSF/A-MM-JHP (360)

GSFU

Slitting and Grooving

Full Radius Inserts

GSFU 1.6

GSFU 1.7

GSFU 2.2

GSFU 3

For tools, see pages: SGSF (358) • SGSF-W (357)

361

GSHT

GSHT-K

GSHT 6K (1)

GSHT 6

GSHT 7

GSHT 8

Slitting Inserts for

Specially Tailored Heavy

Duty Slitting Cutters

To be used in combination with GSHT regular inserts (6-8 mm) for half-effective cutter configuration

Inserts for heavy duty applications for use on specially tailored

cutters, diameter range:

425-810 mm.

Chamfered inserts, GSHT-6K, can be used in a half-effective configuration

to reduce overload, eliminate chatter, and improve chip flow.

GM-DG

(SS)

Flange Drive

S/SW-Shank

CWN(2) CWX(3)

GM D100-3DG-22K

GM D125-3DG-32K(1)

GM D160-3DG-32K

GM D200-3DG-40K

4.35

GM D100-4DG-22K

GM D125-4DG-32K(1)

GM D200-4DG-40K

CICT(4) DCONMS THUB CDX RPMX(5)

22-46

32-55

40-80

Single-ended:

GIM 3C/3/3J/3.2, GIMY..

Double ended:

for Tmax=12.5mm

GIM 4C/4/4J, GIMY..

R 40-80 for Tmax=12.5mm

• DHUB refers to SW/S drive shanks and R drive flange set • Maximum RPM may not be exceeded • For user guide, see pages 366-374

(1) Only one key slot

For inserts, see pages: GIM-C (363) • GIM-J (363) • GIM-W (363)

362

EDG 44A*

Utility Single-Sided Inserts

for Parting and Grooving

Soft Materials, Tubes

and Small Diameters

15.3 Ref.

BW

IC354

IC656

GIM 2.2J

GIM 3J

GIM 4J

0.08-0.18

For tools, see pages: • GM-DG (362)

±0.1

GIM-C

Parting and Grooving Single-Sided

Inserts for Parting Bars, Hard

GIM-J

GIM 3C

GIM 4C

GIM 5C

GIM 6C

0.15-0.25

0.15-0.30

GIM-W

Central Ridged Chipformer and

Reinforced Edge for Parting

and Grooving Alloy Steel

GIM 2.4

GIM 3

GIM 3.2

GIM 4

0.15-0.20

363

SD-M-N-SP

Heads for Involute Gear

Profile Milling According to

DIN 3972 Basic Profile ||

SD D32-M1.00-NO1-SP15

SD D32-M1.00-NO2-SP15

SD D32-M1.25-NO3-SP15

SD D32-M1.25-NO4-SP15

SD D32-M1.50-NO5-SP15

SD D32-M1.50-NO6-SP15

SD D32-M1.75-NO7-SP15

SD D32-M1.75-NO8-SP15

SD D32-M2.00-NO4-SP15

SD D32-M2.00-NO5-SP15

SD D32-M2.25-NO6-SP15

SD D32-M2.25-NO7-SP15

CEDC(2)

14-16

26-34

35-54

55-134

>134

• Tightening torque 4 Nxm • For user guide, see pages 366-374 • For shanks, see page 320

(1) Gear teeth range

(2) Number of cutting edges

LNET 18-M

Indexable Inserts for Involute

Gear Profile Milling According

to DIN 3972 Basic Profile ||

LNET 18-M1.50-NO3-C-CL10

• Other gear profiles within module 1.0-1.75 mm range can be provided on request

For tools, see pages: ETS Gear Mill (365)

364

ETS Gear Mill

Tools for Milling Gear

Profile Carrying Tangentially

ETS D63-M1-1.75-W25-C

H5

LNET 18

• Other cutter diameters with alternative connection options (shank or arbor-type) can be provided on request

For inserts, see pages: LNET 18-M (364)

SR 14-500-L11.5

365

Specially Tailored Inserts for Grooving

Possible Insert Width for

Each Cutter’s Seat Size

W±0.02 Range

Seat GSFN

1.50-1.79

1.80-2.69

2.70-3.53

3.54-4.52

4.53-5.50

5.51-6.50

GIPI

GSFP

Repeatability

±0.025

W ± 0.02

Designation for Specially Tailored Inserts

2.5T

Carbide Grade

Additional Code Letters

. ±0.02 Rectified

. ±0.1 Blank

366

Left-hand

side or

both sides

Corner Specification

Right-hand

side

(If different)

Examples

R0.25 TYP.

E1

GSFP-4.00-0.25

R4.0

R1.65

E2

3.95

GSFP-3.95-4.00

R0.05

R0.30

E3

GSFP-1.98-0.3-0.05-3.5T

R1.2

R0.0

E4A

GSFP-5.28-1.20-0.00-25A4.10

25°

A–Chamfer

E4B

Preceding digits: Chamfer angle to center line

GSFP-5.28-25A4.10-0.00-1.20

A–Followed by digits - representing the nominal width

location of chamfer

E5

GSFP-5.28A4.10-0.00-0.20-45A2.05

R0.15

E7

GIP-4.4-MT-0.15

– Metric thread 60º

MT

– With corner radius 

WT

– Whitworth thread 55º

WT – With corner radius 

E8

V–

V shape inclusive angle

(Blank width 5.4 not rectified)

K–

Frontal straight width of trapezoid

(Width 4.40 rectified)

GSFP-5.4-90V0.15

R0.35 TYP.

E9

29°

GSFP-4.40-29V1.82K-0.35

R0.1

E10

V shape 80º at 10º slant angle

GIP-5.4-80V0.10-10RS

(Blank width 5.4 not recitifed)

R0.10 TYP.

E13

LA

– Lead angle - Left-hand

GSFP-4.00-0.00-0.30-5LA

– Lead angle - Right-hand

E14

– Depth of groove (nominal)

GIP-1.98-0.00-4.50T0.20B

– Break corners width of chamfers, 45º

GFP-1.98-0.00-4.50T0.20B

Note: Blank width > 2B+W

R0.00 TYP.

When ordering inserts, include carbide grade with designation.

367

cutting steel

cast steel

368

wrought alloy

Aluminum-

alloyed

Aluminum-cast,

Stainless steel and

High alloyed steel, cast steel,

and tool steel

Fee

369

Feed Direction

Up milling or plunging are possible.

(In down milling or plunging, backlash

should be eliminated.)

Defining Actual Feed

Chip thickness decreases as the depth of cut

decreases. Therefore, recommended feed (fz)

can be increased as shown in the table.

T/D

Increase

1月6日

1月8日

1月10日

30%

45%

100%

T=D/3

feed by

15%

T=D/4

T=D/10

Vf

Chip Thickness as a Function of D.O.C. to Diameter Ratio

Chip Formation in Slot Milling

Chip shape is a function of the depth of cut.

Down milling starts with large chip section,

and exits with reduced chip selection.

Down milling is recommended for improved

tool life under stable conditions.

Stacked Cutters(1)

Milling Wider Slots with Two Stacked Cutters

1. In accordance with the required width of cut (W1+W2),

choose the recommended SGSF cutter combination

(A, B, or C) from the table on the next page.

2. The diameters and coupling holes must fit properly.

3. All cutters (with the exception of ø125 mm type)

have two key slots enabling staggered stacking.

4. Maximum value of shim ∆S (see table below) refers

to maximum size of ∆S1+∆S2 defined for a complete

overlap of radii. When a projection is allowed at the

bottom of the groove, ∆S1 and ∆S2 may be increased

theoretically up to the corner size of the insert.

5. Pins of the driving flange set should be lengthened

to ensure contact length of at least 8 mm into

one flange and 3 mm into the other.

6. When coupling cutters W=6.35, a shim (S) of

0.16 mm minimum thickness must be used.

7. The tolerance of effective widths is up to±0.2 mm.

Due to the accumulation of tolerances, a step of

0.1 mm may occur at the groove bottom.

Insert Width and Possible Modification

See sketches on next page

∆A max

∆S max

3.18

—(1)

∆A max - Maximum possible side ground for each cutter

∆S max - Maximum possible shim width for each cutter

W, W1, W2 - Normal width of insert

370

Only cutters with 160-250 diameter sizes can be stacked.

Milling Wider Slots with

Stacked, Double Cutters

Feed Range per Insert Size

1.4 1.6

The recommended values refer to C-type

chipformer, for J-type reduce feed by 30%.

0.08-0.22

0.08-0.20

0.06-0.15

0.04-0.1

Feed per Tooth - fz (mm/tooth)

Requires modification of cutter.

Note: Tables on this page and the next apply only to

standard SELF-GRIP inserts which appear in this catalog.

The number of options increases with the

use of specially tailored inserts.

Insert Width - W (mm)

A=ΔA1+ΔA2

A2

S=ΔS1+ΔS2

WB=0.5x(W1+W2+A1+A2)

WA

WC

WC=WB+(ΔS1+ΔS2)

WA=WB-(ΔA1+ΔA2)

Single cutter, standard

A - Double cutters with

modified body thicknesses

stacked for smaller widths

B - Unmodified,

stacked double cutters

of nominal width

C - Stacked, double cutters

with spacer for larger widths

Table 1: Effective Width of Cut

4.92

5.01

5.38

5.86

6.61

6.06

6.45

6.54

6.17

6.65

7.41

8.09

5.04

5.39

5.18

5.48

5.57

6.02

6.32

7.24

6.74

7.08

7.17

8.01

8.77

6.89

7.19

7.28

8.12

8.88

8.99

8.42

Wc(1)

5.19

5.49

5.58

6.03

6.33

6.42

7.09

7.18

8.02

8.78

7.29

8.13

8.89

8.64-8.71

8.73-8.87

9.56-9.72

10.33-10.41

10.44-10.63

11.71-11.81

5.43-5.60

5.52-5.76

5.61-5.92

6.36-6.62

6.45-6.78

7.28-7.63

7.12-7.30

7.21-7.46

8.05-8.32

8.81-9.00

6.93-7.12

7.23-7.52

7.32-7.68

8.16-8.54

8.92-9.22

9.03-9.44

Shim...

∆S1max ∆S 2max

1. The higher values in the width-of-cut range shown provide

complete overlap of corner radii.

371

Machining Data for Slitting with SELF-GRIP and TANGSLIT Cutters

• For machining aluminum, use IC20; maximum cutting speed

corresponds to the maximum RPM indicated on the cutter

A - First choice B - Second choice

• Recommendations are for normal machining conditions

• If excessive wear occurs, select insert with higher hardness

• If chipping or breakage occurs, select insert with more toughness

(1) For workpiece materials list, see pages 1114-1149

372

No.(1)

Recommended Cutting Speed (m/min)

Coated

Uncoated

IC928 / IC830

IC908 / IC808

A 80-150

A 80-160

B 120-220

A 80-130

A 80-180

B 120-200

A 60-110

A 70-150

B 100-170

A 60-100

A 70-160

B 100-180

A 80-140

B 120-190

A 60-120

A 70-140

A 70-110

B 80-120

A 60-80

A 70-90

A 50-70

A 50-80

B 60-100

50-110

70-180

50-100

60-120

60-160

115-140

95-110

250max

15-25

25-50

For workpiece materials list, see pages 1114-1149

373

Slot Milling Cutters

Arbor Hole Styles and Dimensions

Style A

d [DCONMS]

8.1

Style B

d2

d3

177.8

Style C

Style D

Style E

374

CUTTERS FOR ALUMINUM

375

HSM90S EAL-14

Long Reach Endmills Carrying

HSM90S APCR 1405... Inserts

HSM90S EAL-D32-2-C32-14

37500

SR M5X0.8IP20-1S

• Important: When machining at very high cutting speeds and the insert needs replacing, it is also recommended to replace the screw • Insert tightening torque: 6 (Nxm)

For inserts, see pages: HSM90S APCR 1405 (450)

For inserts with a corner radius larger than

5.0 mm, the corner of the pocket must be

modified according to the drawing.

R body= R insert +0.5 mm

HSM90S FAL-14

90° Face Mills Carrying Super

Positive and Polished Rake

Inserts for Machining Aluminum

at High Rotation Speeds

HSM90S FAL-D050-2-22-14

HSM90S FAL-D050-3-22-14

HSM90S FAL-D050-4-22-14

38000

33000

376

SR M5X0.8IP20-1

SR M10X40DIN912

HM90 APCR 1605 Inserts

HM90 EAL-D25-C24L180-16

HM90 EAL-D25-C25L125-16

HM90 EAL-D25-C25L200-16

HM90 EAL-D32-C32L150-16

HM90 EAL-D32-C32L200-16

HM90 EAL-D40-C32L220-16

7000

45643

36809

25.9

22.4

• Insert tightening torque: 600 Nxcm • HM90 APCR 1605..R-P inserts with corner radii 3.2 and 4.0 mm require pocket modification, corners larger than 4.5 mm should be

used only on BR tools. • For user guide, see pages 518-524

(2) D.O.C. changes according to insert radius. ap 15.8 is the value for HM90 APCR 160520R-P

HM90 EAL-16

For inserts, see pages: HM90 APCR 1605..R-P (451)

SR 14-592SM

SR 14-0180

HM90 EAL-HSK63A-16

Long Reach Endmills with

Integral HSK Adaptation Carrying

HM90 APCR 1605... Inserts

HM90 EAL32-L100-HSK63A-16

Max. RPM

APMX(1)

45600

HSK A 63

used only on BR tools • A cooling tube must be used with all internal coolant HSK spindles (should be ordered separately) • For user guide, see pages 518-524

(1) D.O.C. changes according to insert radius, ap 15.8 is the value for HM90 APCR 160520R-P.

377

HM90 FAL-16

Face Mills Carrying HM90

APCR 1605... Inserts for

HM90 FAL-D050-22-16

HM90 FAL-D063-27-16

HM90 FAL-D080-27-16

HM90 FAL-D100-32-16

HM90 FAL-D125-40-16

30500

22990

18125

14500

11600

used only on BR tools • For user guide, see pages 518-524

SR M4X5 DIN916

HM90 FAL-16BR

Face Mills Carrying HM90 APCR

1605... Inserts with Corner

Radii Equal or Larger Than 5

mm for Machining Aluminum

HM90 FAL-D050-22-16BR

• Note: HM90 APCR 1605..R-P inserts with corner radii smaller than 5 mm should not be used on BR tools • Insert tightening torque: 6Nxm

HM90 EAL-15

HM90 AXCR 1505... Inserts

HM90 EAL-D25-C25-L140-15

HM90 EAL-D32-C32-L150-15

HM90 EAL-D40-C32-L160-15

31250

26040

For inserts, see pages: HM90 AXCR 1505 (450)

• Insert tightening torque: 350 Nxcm

378

HM90 EAL-HSK63A-15

HM90 EAL25-L75-HSK63A-15

HM90 EAL32-L65-HSK63A-15

HM90 EAL32-L100-HSK63A-15

HM90 EAL40-L80-HSK63A-15

HM90 EAL40-L120-HSK63A-15

RPMX(1) RMPX(2)

HSK 63A

• 32 and 40 mm diameter tools feature balancing adjustment screws • A cooling tube must be used with all internal coolant HSK spindles (should be ordered separately)

• Insert tightening torque: 3.2 Nxm

(1) Maximum RPM

HM90 FAL-15

AXCR 1505.. Inserts for

HM90 FAL-D050-4-22-15

HM90 FAL-22

APCR 2206... Inserts for

HM90 FAL-D063-27-22

HM90 FAL-D080-27-22

14000

• D.O.C. changes according to insert radius • ap 20.5 is the value for HM90 APCR220650 • Insert tightening torque: 6 Nxm

For inserts, see pages: HM90 APCR 2206..R-P (452) • HM90 APCR 220605-CS (452)

379

HSM90S FAL-22

HSM90S FAL-D050-3-22-22

HSM90S FAL-D050-4-22-22

31000

• Important: When machining at very high cutting speeds and the insert needs replacing, it is also recommended to replace the screws • Insert tightening torque: 9 (Nxm)

For inserts, see pages: HSM90S APCR 2207 (452)

SR M5x0.8 20IP-13343

HSM90SFD-HSK A63/80-22

90° Endmills with Integral

HSK Adaptation Carrying

Super Positive Inserts for

Machining Aluminum at

High Rotation Speeds

HSM90SFD50-3-63A/80MQL-22

HSM90SFD50-4-63A/80MQL-22

6 x M6 threaded holes for balancing screws

73.1

HSK A63/80

• A cooling tube must be used with all internal coolant HSK spindles (should be ordered separately) • Important: When machining at very high cutting speeds and the insert

needs replacing, it is also recommended to replace the screws • Insert tightening torque: 9 (Nxm)

380

COOLING TUBE HSK A63

Adjustable 90° Face Mills (used

F90LN D050-03-16SFR CA11

F90LN D050-04-16SFR CA11

F90LN D063-04-22AFR CA11

F90LN D063-06-22AFR CA11

F90LN D080-05-27AFR CA11

F90LN D080-08-27AFR CA11

F90LN D100-06-32AFR CA11

F90LN D100-10-32AFR CA11

F90LN D125-08-40AFR CA11

F90LN D125-12-40AFR CA11

F90LN D160-14-40AFR CA11

24700

22000

19000

15500

13800

12200

1.72

• The tool bodies are made from aluminum (AFR) and the 50 mm tools are made from steel (SFR)

(2) Please refer to PCD and CBN specific insert D.O.C. recomendations

Balancing Screws

F90LN-FR CA11

Insert clamping screw

Blade key

Handle

Balancing screw

Balancing screw key

Pocket axial adjustment screw

Bushing for pocket axial adjustment screw

Cartridge screw bushing

Cartridge clamping nut

F90LN

CA11

Part Number

CA 90 AL-R-LN11

SR M6X10 DIN 913 TUFLOK

SR 11800875

SR TC-604

SR TC-873

NUT 11800872

Coolant Cover #8

D050-03-16SFR

D050-04-16SFR

D063-04-22AFR

D063-06-22AFR

D080-05-27AFR

D080-08-27AFR

D100-06-32AFR

D100-10-32AFR

D125-08-40AFR

D125-12-40AFR

D160-14-40AFR

COVER CC5 D050-CA11

COVER D063-CA11

COVER D080-CA11

COVER D100-CA11

COVER D125-CA11

COVER D160-CA11

Coolant Cover Screw #9

M10-35C

M12-35C

M16-40C

M20-40C

381

SPM-D-CA

Face Mills with Adjustable

Cartridges for High Speed

Machining of Aluminum Alloys,

Cast Iron and Carbon Fiber

SPM D050-04-22R-CA

SPM D063-05-22R-CA

SPM D063-08-22R-CA

SPM D080-06-27R-CA

SPM D080-10-27R-CA

SPM D100-08-32R-CA

SPM D100-14-32R-CA

SPM D125-10-40R-CA

SPM D125-18-40R-CA

SPM D160-12-40R-CA

SPM D160-24-40R-CA

102.5

127.5

44000

29500

24500

2.02

For inserts, see pages: CA-SPM (383)

Lightweight body

Very few parts to assemble

User-friendly assembly and adjustment system

Easy axial edge positioning for up

to 0.002 mm accuracy

• Convenient balancing procedure

• Very durable, without threaded screws

in the cutter body

• Several cartridge configurations available for

various materials and applications

Coolant Sprinkler:

Coolant Spacer -SPM-D (cutter dia.)

Cartridge Clamping Screws:

SR M61378-5

Key: BLD T20/M7

Handle: SW-6T

Balancing Screws:

Key: HW 3.0

Height Adjustment Screws:

SR M-61378 -4ADJ

382

SPM D050-04-22R-CA SR M5-61378 BLD T20/M7

SR M4-61378ADJ

SR M6X10 DIN913

TL180

PIN SPM61385

SPM D063-05-22R-CA SR M5-61378 BLD T20/M7

SPM D063-08-22R-CA SR M5-61378 BLD T20/M7

SPM D080-06-27R-CA SR M5-61378 BLD T20/M7

SPM D080-10-27R-CA SR M5-61378 BLD T20/M7

SPM D100-08-32R-CA SR M5-61378 BLD T20/M7

SPM D100-14-32R-CA SR M5-61378 BLD T20/M7

SPM D125-10-40R-CA SR M5-61378 BLD T20/M7

SR M20X40824624

SPM D125-18-40R-CA SR M5-61378 BLD T20/M7

SPM D160-12-40R-CA SR M5-61378 BLD T20/M7

COOLANT SPACERSPM-D160

HW 14.0

SPM D160-24-40R-CA SR M5-61378 BLD T20/M7

CA-SPM

Cartridges for SPMD-CA Face Mills

CA SPM-75RS0.4

75°

LE

CA SPM-75RW (Wiper)

0.2x45º

RE 0.4

0.006+0.004

RE 100

CA-SPM-75RM

CA-SPM-75RS0.4

CA-SPM-75RW (1)

Ra µ min

Ra µ max

ID5

The wiper cartridge should protrude axially by 0.006 - 0.01 mm and it is 0.2 mm shorter in the radial direction

For tools, see pages: SPM-D-CA (382)

CA SPM-75RM

383

TOOLS FOR ALUMINUM

Following is a Reference List of Additional Inserts for Machining

Aluminum Using General Use Milling Cutters

Insert for Aluminum

HP ANCR

HM90 ADCR 1505 PDFR-P

ADCR 1505PDFR-P

HM90 APCR 100304 P/DP

APCR 1003PDFR-P

HP ADCR 1906

HP ADCR 220704 PDFR-P

Tool Page

HP ANK

28, 29

22-24

F90LN-R/L-N11

441

435

436

449

450

LNAR 1106 PN-N-P

LNAR 110604 PN-R-S

466

467

LNAR 1505 PN-N-P

LNAR 1505 PN-R-S

472

473

T490 LNAR 1306 PN-R-P

T490 LNAR 1306 PN-R

384

Milling Cutters

Insert Page Designation

464

OECR 060405AER-P

488

OFCR 07T3-AEN

OFCR 07T3-AEN-P

OFCR 07T3-RW-P

490

SEHT 1204AFN

SEHT 1204AFN-P

493

SDMR 1205 PDR-HQ-M

481

F90LN-R/L-N15

189, 194, 200, 205

T490 LNK

232-234

238-239

HOF

SDK

243, 244

RCMT ...-FW-F20

RCCT 1206 MO

506

ERW, FRW

267-269

MULTI-MASTER and Solid Carbide Endmills for Machining Aluminum

MM S...

MM GRT

TS CAB

70-77

MM S-ER...

Solid Carbide Endmills for Aluminum

385

E90AL - Details of Application

Note 1

Milling and Plunging, Stroke Pattern

The drilling and plunging strokes have to be at the

same depth as the slotting stroke, otherwise the

hole fills with chips that impair the next stroke.

Note 2

In order to shorten swarf during plunging and

drilling, it is recommended to use peck feeding.

Note 3

Maximum Plunging Capability

HM90 AXCR 1505

HM90 APCR 1605...R-P (02R-40R)

HM90 APCR 1605...R-P (50R-64R)

HM90 APCR 2206...R-P (05R-50R)

HM90 APCR 2206...R-P (64R)

4mm

7.7mm

6.0mm

5.8mm

4.7mm

The maximum recommended speed is 7,000 rpm. Higher

speeds are possible after dynamic balancing to G2.5.

Ordering example for balanced tools:

E90AL D40-C40-L200-22-DB

Insert and Screw Set (5+5) for

High Speed Machining Applications

In order to maintain high machining reliability, we strongly recommend that when

replacing the worn out insert, the clamping screw is replaced as well.

Packages are available that contain 5 HM90 APCR 1605..R-P IC28 or

HM90 AXCR 1505..R-P IC28 inserts and 5 matching screws.

These packages contain inserts with a weight tolerance of 0.02 gm.

This tight tolerance ensures maintenance of the dynamic balance of the tool after insert indexing.

HSM90 SET APCR-P

Set Designation

HSM90 Set APCR 160502RP IC28

HSM90 Set APCR 160504RP IC28

HSM90 Set APCR 160505RP IC28

HSM90 Set APCR 160508RP IC28

HSM90 Set APCR 160516RP IC28

HSM90 Set APCR 160520RP IC08

HSM90 Set APCR 160520RP IC28

HSM90 Set APCR 160525RP IC28

HSM90 Set APCR 160530RP IC28

HSM90 Set APCR 160532RP IC28

HSM90 Set APCR 160540RP IC28

HSM90 Set APCR 160550RP IC28

HSM90 Set APCR 160560RP IC28

HSM90 Set APCR 160564RP IC28

=

5 Included Inserts

HM90 APCR 160502R-P IC28

HM90 APCR 160504R-P IC28

HM90 APCR 160505R-P IC28

HM90 APCR 160508R-P IC28

HM90 APCR 160516R-P IC28

HM90 APCR 160520R-P IC08

HM90 APCR 160520R-P IC28

HM90 APCR 160525R-P IC28

HM90 APCR 160530R-P IC28

HM90 APCR 160532R-P IC28

HM90 APCR 160540R-P IC28

HM90 APCR 160550R-P IC28

HM90 APCR 160560R-P IC28

HM90 APCR 160564R-P IC28

HM90 AXCR 150504R-P IC28

HM90 AXCR 150508R-P IC28

HM90 AXCR 150520R-P IC28

HM90 AXCR 150530R-P IC28

HM90 AXCR 150532R-P IC28

5 Included Screws

HSM90 SET AXCR-P

HSM90 Set AXCR 150504RP IC28

HSM90 Set AXCR 150508RP IC28

HSM90 Set AXCR 150520RP IC28

HSM90 Set AXCR 150530RP IC28

HSM90 Set AXCR 150532RP IC28

386

THREAD MILLING TOOLS

387

MTECS, MTECSH

MTEC, MTECB,

MTECZ, MTECQ

MTECI

MTECD

MT-...-MM

SD TRD

MTE

MTSRH

MTF-MULTI

MTFLE

396-397,399

388

ISCAR Thread

394-395,398-401

(shell mill)

MTEC 

Mill Thread

Endmill

S - Short

B - Coolant

Bore

Shank Dia.

C=

D=

E=

F=

of Flutes

3 flutes

4 flutes

5 flutes

6 flutes

(ap)

Length of

MTEC-ISO

Solid Carbide Internal Threading

Endmills for ISO Thread Profile

ISCAR THREAD - Solid Carbide Endmills Designation Code Key

MTEC 06022C5 0.5ISO

MTEC 06038C10 0.5ISO

MTEC 06031C7 0.7ISO

MTEC 06045C10 0.75ISO

MTEC 06036C9 0.8ISO

MTEC 0604C10 1.0ISO

MTEC 0604C14 1.0ISO

MTEC 0606C12 1.0ISO

MTEC 0808D16 1.0ISO

MTEC 0605C14 1.25ISO

MTEC 0605C19 1.25ISO

MTEC 0807C17 1.5ISO

MTEC 0807C24 1.5ISO

MTEC 1010D21 1.5ISO

MTEC 1616F33 1.5ISO

MTEC 0808C20 1.75ISO

MTEC 0808C28 1.75ISO

MTEC 1010C27 2.0ISO

MTEC 1010C39 2.0ISO

MTEC 1212D27 2.0ISO

MTEC 2020F41 2.0ISO

MTEC 1414D33 2.5ISO

MTEC 1414D48 2.5ISO

MTEC 1616C40 3.0ISO

MTEC 1616C58 3.0ISO

MTEC 2020D43 3.0ISO

M3

M5

M6

M14

M27

≥4

≥5

≥6

≥7

≥9

≥10

≥12

≥14

≥20

≥15

≥18

≥26

≥22

≥25

≥28

19.4

21.8

• For user guide, see pages 422-428

389

Endmills with Coolant Holes

for ISO Thread Profile

MTECB 06038C10 0.5ISO

MTECB 06031C7 0.7ISO

MTECB 06045C10 0.75ISO

MTECB 1010D24 0.75ISO

MTECB 06038C9 0.8ISO

MTECB 06046C10 1.0ISO

MTECB 06046C14 1.0ISO

MTECB 0606C12 1.0ISO

MTECB 0808D16 1.0ISO

MTECB 1010D24 1.0ISO

MTECB 0606C14 1.25ISO

MTECB 0606C19 1.25ISO

MTECB 1212D26 1.5ISO

MTECB 08078C17 1.5ISO

MTECB 08078C24 1.5ISO

MTECB 1010D21 1.5ISO

MTECB 1616F33 1.5ISO

MTECB 1009C20 1.75ISO

MTECB 1009C28 1.75ISO

MTECB 1010C27 2.0ISO

MTECB 12118D27 2.0ISO

MTECB 12118D39 2.0ISO

MTECB 1615E33 2.5ISO

MTECB 1615E48 2.5ISO

MTECB 2018D58 3.0ISO

MTECB 2020D43 3.0ISO

MTECB-ISO

≥16

≥17

≥27

• With internal coolant hole • For user guide, see pages 422-428

MTECQ-ISO

Solid Carbide Threading Endmills

with Internal Coolant Holes

and a Reduced Diameter Neck

for Deep Internal ISO Profile

MTECQ 1010D32 1.0ISO

MTECQ 1212D38 1.0ISO

MTECQ 1010D30 1.5ISO

MTECQ 2020F60 1.5ISO

MTECQ 1212D42 2.0ISO

MTECQ 2020F56 2.0ISO

MTECQ 2020E54 3.0ISO

MTECQ 2020D45 3.5ISO

TDZ

≥13

≥24

390

Located in the Flutes

MTECZ 06048C10 1.0ISO

MTECZ 0808D16 1.0ISO

MTECZ 0606C14 1.25ISO

MTECZ 0606C19 1.25ISO

MTECZ 08078C17 1.5ISO

MTECZ 1010D21 1.5ISO

MTECZ 1212D26 1.5ISO

MTECZ 1616E33 1.5ISO

MTECZ 1009C20 1.75ISO

MTECZ 1009C28 1.75ISO

MTECZ 1010C27 2.0ISO

MTECZ 12118D27 2.0ISO

MTECZ-ISO

MTEC E-ISO

Solid Carbide External Threading

MTEC E 1010D16 1.0ISO

MTEC E 1010D16 1.25ISO

MTEC E 1010D15 1.5ISO

MTEC E 1212D20 1.5ISO

MTEC E 1212D20 1.75ISO

MTEC E 1010C17 2.0ISO

MTEC E 1212D21 2.0ISO

391

MTECS 03007C2 0.25ISO

MTECS 03009C3 0.25ISO

MTECS 03011C4 0.3ISO (1)

MTECS 03012C5 0.35ISO (1)

MTECS 03016C6 0.4ISO (1)

MTECS 06016C4 0.4ISO

MTECS 03017C7 0.45ISO (1)

MTECS 06017C5 0.45ISO

MTECS 0602C5 0.45ISO

MTECS 0602C5 0.45ISO-L

MTECS 0602C7 0.45ISO

MTECS 06024C6 0.5ISO

MTECS 06024C9 0.5ISO

MTECS 06024C9 0.5ISO-L

MTECS 03024C12 0.5ISO

MTECS 03024C15 0.5ISO

MTECS 06054D20 0.5ISO

MTECS 06028C10 0.6ISO

MTECS 06028C7 0.6ISO

MTECS 06031C12 0.7ISO

MTECS 06031C120.7ISO-L

MTECS 06031C16 0.7ISO

MTECS 06031C9 0.7ISO

MTECS 0808D25 0.75ISO

MTECS 06038C12 0.8ISO

MTECS 06038C16 0.8ISO

MTECS 06038C160.8ISO-L

MTECS 0604C20 0.8ISO

MTECS 06047C14 1.0ISO

MTECS 06047C20 1.0ISO

MTECS 06047C201.0ISO-L

MTECS 06048C25 1.0ISO

MTECS 0606C18 1.25ISO

MTECS 0606C24 1.25ISO

MTECS0606C24 1.25ISO-L

MTECS 08078C23 1.5ISO

MTECS 08078C31 1.5ISO

MTECS 1009C26 1.75ISO

MTECS 1009C37 1.75ISO

MTECS 12118D35 2.0ISO

MTECS 12118D50 2.0ISO

MTECS 1615E43 2.5ISO

TP(2)

Small Diameter Solid

Carbide Threading Endmills

for Internal ISO Profile

4.65

M1

M1.2

M1.4

M1.6

M2

M2.2

M2.5

M3.5

20.8

37.8

(1) Specially designed for the production of dental implants

(2) Thread pitch

392

MTECS-ISO

Small Diameter Short LeftHand Cut Solid Carbide

Internal ISO Profile Threading

Endmills for Hardened Steel

Left-hand tools (CNC code M04) • Application: General engineering

MTECSH 03011C4 0.3ISO

MTECSH 03012C5 0.35ISO

MTECSH 03016C6 0.4ISO

MTECSH 06016C4 0.4ISO

MTECSH 06017C5 0.45ISO

MTECSH 0602C5 0.45ISO

MTECSH 0602C7 0.45ISO

MTECSH 06024C6 0.5ISO

MTECSH 06024C9 0.5ISO

MTECSH 06028C7 0.6ISO

MTECSH06028C10 0.6ISO

MTECSH 06031C9 0.7ISO

MTECSH 06031C12 0.7ISO

MTECSH 06038C12 0.8ISO

MTECSH 06038C16 0.8ISO

MTECSH 06047C14 1.0ISO

MTECSH 06047C20 1.0ISO

MTECSH 0606C18 1.25ISO

MTECSH 0606C24 1.25ISO

MTECSH 08078C23 1.5ISO

MTECSH 1009C26 1.75ISO

MTECSH 12118D35 2.0ISO

M1.6, M1.8

2.35

MTECSH-ISO

MTECD-ISO

Small Diameter Short Left-Hand

Cut Solid Carbide Endmills

for Internal ISO Profile Drilling,

Threading and Chamfering

CHW LU_2

Left-hand tools (CNC code M04) • Application: General engineering • Coolant holes only in 1.0-2.0 pitch tools

MTECD 06032C11 0.7ISO

MTECD 0604C14 0.8ISO

MTECD 08047C14 1.0ISO

MTECD 08061D18 1.25ISO

MTECD 08078D23 1.5ISO

MTECD 1009D26 1.75ISO

MTECD 12118D35 2.0ISO

M6-M9

M8-M12

M10-M15

M16-M23

• Thread hole, thread and chamfer are made by circular interpolation • For user guide, see pages 422-428

393

for Internal UN Thread Profile

MTEC 06025C6 40UN

MTEC 06032C6 32UN

MTEC 0604C11 28UN

MTEC 0606C14 28UN

MTEC 0605C14 24UN

MTEC 0807C21 24UN

MTEC 06045C12 20UN

MTEC 0807C21 20UN

MTEC 1212E27 20UN

MTEC 0605C14 18UN

MTEC 1010D26 18UN

MTEC 0606C16 16UN

MTEC 1212D31 16UN

MTEC 1615E37 14UN

MTEC 0808C22 13UN

MTEC 1010C26 12UN

MTEC 1616E41 12UN

MTEC 1010C28 11UN

MTEC 1212C34 10UN

MTEC 1615C38 9UN

MTEC 1616C42 8UN

MTEC-UN

9月16日

7/16,1/2

9/16,5/8

1,1-1/2

3/4,1

1-1/8,1-5/8

34.3

42.9

0.635

1.954

MTECB-UN

Solid Carbide Threading

MTECB 06032C6 32UN

MTECB 0606C14 32UN

MTECB 0808D18 32UN

MTECB 0605C11 28UN

MTECB 08066C14 24UN

MTECB 0808D21 24UN

MTECB 0808C21 20UN

MTECB 1010D22 20UN

MTECB 06056C14 18UN

MTECB 12113D26 18UN

MTECB 08067C16 16UN

MTECB 1212D31 16UN

MTECB 1616E37 14UN

MTECB 10092C22 13UN

MTECB 12114C28 11UN

MTECB 16144D34 10UN

MTECB 20195D42 8UN

7月16日

7/16-1/2

1-1/8_1-5/8

394

Located in the Flutes for

MTECZ 1010D22 20UN

MTECZ 12113D26 18UN

MTECZ 08067C16 16UN

MTECZ 10092C22 13UN

MTECZ 16144D34 10UN

1_1/8-1_5/8

MTECZ-UN

MTEC E-UN

Endmills with UN Form

for External Threading

MTEC E 1010D16 24UN

MTEC E 1212E21 20UN

MTEC E 1212D20 12UN

395

MTECS 03012C8 80UN

MTECS 03015C6 72UN (1)

MTECS 03016C6 56UN

MTECS 03016C9 56UN

MTECS 03016C11 56UN

MTECS 06016C4 56UN

MTECS 06016C6 56UN

MTECS 06019C5 48UN

MTECS 03021C8 40UN

MTECS 03021C12 40UN

MTECS 06021C8 40UN

MTECS 06024C9 40UN

MTECS 06021C6 40UN

MTECS 06033C9 36UN

MTECS 06025C7 32UN

MTECS 06025C10 32UN

MTECS 06025C10 32UN-L

MTECS 06032C9 32UN

MTECS 06032C12 32UN

MTECS 06032C12 32UN-L

MTECS 06037C10 32UN

MTECS 06037C15 32UN

MTECS 06037C15 32UN-L

MTECS 06042C11 28UN

MTECS 0605C14 28UN

MTECS 0605C19 28UN

MTECS 0605C19 28UN-L

MTECS 06035C10 24UN

MTECS 06035C15 24UN

MTECS 08066C17 24UN

MTECS 08066C24 24UN

MTECS 06047C14 20UN

MTECS 06047C19 20UN

MTECS 06047C19 20UN-L

MTECS 0808C25 20UN

MTECS 0808C34 20UN

MTECS 0606C17 18UN

MTECS 0606C23 18UN

MTECS 1212D35 18UN

MTECS 08067C22 16UN

MTECS 08067C30 16UN

MTECS 08077C25 14UN

MTECS 08077C35 14UN

MTECS 10092C27 13UN

MTECS 12114C34 11UN

MTECS 12114C50 11UN

TPI(2)

TP(5)

Carbide UN Profile Threading

Endmills for Steel

10,12

2.45

35.2

0.318

0.353

0.454

0.529

0.706

(2) Threads per inch

(5) Thread pitch

396

MTECS-UN

Small Diameter Short LeftHand Cut Solid Carbide UN

Profile Threading Endmills

MTECSH 03015C6 72UN

MTECSH 06012C4 80UN

MTECSH 06016C6 56UN

MTECSH 06019C5 48UN

MTECSH 06021C6 40UN

MTECSH 06024C7 40UN

MTECSH 06021C8 40UN

MTECSH 06024C9 40UN

MTECSH 06025C10 32UN

MTECSH 06032C9 32UN

MTECSH 06037C10 32UN

MTECSH 06032C12 32UN

MTECSH 06037C15 32UN

MTECSH 06042C11 28UN

MTECSH 0605C14 28UN

MTECSH 0605C19 28UN

MTECSH 06035C10 24UN

MTECSH 08066C17 24UN

MTECSH 08066C24 24UN

MTECSH 06047C14 20UN

MTECSH 06047C19 20UN

MTECSH 0808C25 20UN

MTECSH 0606C17 18UN

MTECSH 0606C23 18UN

MTECSH 08067C22 16UN

MTECSH 08077C25 14UN

MTECSH 10092C27 13UN

MTECSH 12114C34 11UN

MTECSH-UN

Cutting Data for Hardened Steel

Hardness HRc

Speed m/min

45-50

51-55

56-62

Hardened Steels

Feed (mm/tooth) for Cutting Diameter (mm)

MTECS-W

Short Solid Carbide Threading

Endmills for Internal or External

BSP and BSF Thread Profiles

MTECS 08078C19 28W

MTECS 1010D30 19W

MTECS 1212D37 14W

MTECS 1616D44 11W

G 1/8

G 1/4-3/8

G 1/2-7/8

G>1

397

Endmills for Internal or

External BSP Thread Profile

MTEC 0606C9 28W

MTEC 0808C14 19W

MTEC 1212D19 14W

MTEC 1212D26 14W

MTEC 1212C24 11W

MTEC 1616D38 11W

MTEC-W

G1/8

G1/4,G3/8

G1/2,G7/8

G1,-G1-1/2

G1,G3

MTECB-W

Solid Carbide Internal or External

Threading Endmills with Coolant

Holes for BSP Thread Profile

MTECB 08078C14 28W

MTECB 1010D16 19W

MTECB 1616E26 14W

MTECB 1616D38 11W

MTECB 2020E47 11W

G≥1

MTECZ-BSF/BSP

with Coolant Holes Located

in the Flutes for Internal or

External BSF/BSP Thread

MTECZ 08078C14 28W

MTECZ 1010D16 19W

MTECZ 1616E26 14W

MTECZ 1616D38 11W

398

MTECS-MJ

Small Diameter Short Solid

Carbide MJ-Type Profile

Threading Endmills

Aerospace and automotive industries, for applications requiring high fatigue strength

MTECS 06032C10 0.7MJ (1)

MTECS 06039C12 0.8MJ (1)

MTECS 06048C15 1.0MJ (1)

MTECS 08061C20 1.25MJ

MTECS 0808C25 1.5MJ

MTECS 10092C30 1.75MJ

MTECS 1010C35 2.0MJ

MJ4

MJ5

MJ6

MJ8

MJ10

MJ12

MJ14, MJ16

(1) Without coolant holes

MTECS-UNJ

Carbide UNJ-Type Profile

MTECS 06033C10 32UNJ (1)

MTECS 08051C16 28UNJ

MTECS 08067C20 24UNJ

MTECS 06049C16 20UNJ (1)

MTECS 0808C28 20UNJ

MTECS 08061C20 18UNJ

MTECS 08069C24 16UNJ

MTECS 08079C25 14UNJ

MTECS 10094C27 13UNJ

UNJC

UNJF

5/16, 3/8

6.15

MTEC-BSPT

Endmills for External or Internal

BSPT Thread Profile

27.5˚ 27.5˚

Taper 1:16

MTEC 0606C9 28BSPT

MTEC 0808C14 19BSPT

MTEC 1212D19 14BSPT

MTEC 1616D28 11BSPT

in the Flutes, for Internal or

External BSPT Thread Profile

MTECZ 08078C14 28BSPT

MTECZ 1010D16 19BSPT

MTECZ 1616D28 11BSPT

BSPT

MTECZ-BSPT

RC1/4-3/8

RC1-2

MTEC-NPT

Endmills for External or

Internal NPT Thread Profile

30˚ 30˚

Application: Steam, gas and water pipes

MTEC 0606C9 27NPT

MTEC 0808C14 18NPT

MTEC 1212D20 14NPT

MTEC 1616D27 11.5NPT

MTEC 2020D39 8NPT

MTECB-NPT

with Coolant Holes for External

or Internal NPT Thread Profile

MTECB 08076C10 27NPT

MTECB 1010D16 18NPT

MTECB 16155D22 14NPT

Endmills with Coolant Holes,

for External and Internal PG

Full Profile (DIN 40430)

Application: Electrical connectors

Used for electrical connectors

80˚

THOD

MTECB 1212D20 18PG

MTECB 1212D23 16PG

Pg 9, 11, 13.5, 16

Pg 21, 29,36, 42, 48

MTEC-NPTF

Internal NPTF Thread Profile

MTECB-PG

MTEC 0606C9 27NPTF

MTEC 0808C14 18NPTF

MTEC 1212D20 14NPTF

MTECZ-NPTF

External NPTF Thread Profile

MTECZ 08076C10 27NPTF

MTECZ 1010D16 18NPTF

1/4-3/8

MTECI-A60

60° Partial Profile Solid Carbide

Thread Mills for Internal

and External Threads

MTECI 03019C5 A60

MTECI 03024C7 A60

MTECI 06032C9 A60

MTECI 0604C12 A60

MTECI 0605D20 A60

MTECI 0808D28 A60

MTECI 0808D30 A60

MTECI 1010D35 A60

MTECI 1212E39 A60

MTECI 1212E40 A60

MTECI 1614E45 A60

MTECI 1616E50 A60

TPN_

TPN(1) TPX(2) DF2(3)

TPX_

TPIN_ TPIX_

DF2(4) TPIN(5) TPIX(6) DF2(7) DF2(8)

Th DCONMS DC NOF(9) LU

OAL Shank(10) CSP(11)

• (a)See table below • For user guide, see pages 422-428

(1) Internal thread pitch minimum

(2) Internal thread pitch maximum

(3) External thread pitch minimum

(4) External thread pitch maximum

(5) Internal threads per inch minimum

(6) Internal threads per inch maximum

(7) External threads per inch minimum

(8) External threads per inch maximum

(9) Number of flutes

(10) C-Cylindrical

(11) 0 - Without coolant supply, 1 - With coolant supply

Possible Thread Sizes

UN, UNC, UNS,UNF, UNEF

M2.5x0.45

M4x0.7 M4.5x0.75

M5x0.8 M6x1.0

M2.5x0.35, M3x0.35,

M5x0.5, M5.5x0.5, M5x0.75

3-48UNC, 3-56UNF, 4-40UNC, 4-48UNF

8-32UNC, 8-36UNF, 10-24UNC, 10-28UNS, 10-32UNF

10-36UNS, 10-40UNS, 10-48UNS, 12-24UNC, 12-28UNF

MTECI-ISO

Small Diameter Single Point

Internal ISO Profile Solid

Carbide Thread Mills

MTECI 03009C4 0.25ISO

MTECI 03007C3 0.25ISO

MTECI 03011C5 0.3ISO

MTECI 03012C6 0.35ISO

MTECI 03016C7 0.4ISO

MTECI 03024C10 0.5ISO

M1.2X0.25

M1X0.25

M1.4X0.3

M1.6X0.35

M2X0.4

M3X0.5

M1.4X0.25, M1.6X0.25

M2X0.35, M2.2X0.35

M3.5X0.5, M4X0.5

• For ISO metric thread (ISO 68, DIN13, ANSI B 1.13M-1983) • For shanks, see pages 70-77 • For clamping instructions, see page 77-78 • Do not apply lubricant to the

• For shanks, see pages 70-77 • For clamping instructions, see page 77-78 • Do not apply lubricant to the threaded connection.

SD TRD-M-SP

Carbide Heads for 60° Partial

THFT

SD TRD32-M60-6P-SP15 31.70

SD TRD40-M60-8P-SP17 39.70

DIOUT(1)

THFT(2) TPN(3) TPX(4) TPIN(5) TPIX(6) PDX

VP60

• For shanks, see pages 70-77.. For user guide, see pages 422-428

(1) Minimum diameter for external threading

(2) VP60=60° partial thread form

(3) Thread pitch minimum (mm)

(4) Thread pitch maximum (mm)

(5) Threads per inch minimum

(6) Threads per inch maximum

403

SD TRD-W-SP

Carbide Heads for 55° Partial

SD TRD32-W55-4T-SP15

SD TRD40-W55-3T-SP17

DMIN DIOUT(1) THFT(2)

MTE-MM

Indexable Threading Endmills

with a MULTI-MASTER

Shank Connection

MTE D13.7-1-MMT06-14

MTE D15.8-1-MMT08-14

MTE D20/D0.79-2-MMT10-14

MTE D20/D0.79-3-MMT10-14

MTE D21/D0.82-1-MMT10-21

MTE D30.4/D1.2-2-MMT15-21

MTE D30.4/D1.2-3-MMT15-21

MTE D27-1-MMT12-30

TQ(3)

• Minimum bore should be one-third larger than DC • For user guide, see pages 422-428

For inserts, see pages: MT LNH#-ACME (Internal) (417) • MT LNH#-ISO (Internal) (410) • MT LNH#-NPS (415) • MT LNH#-NPSF (416) • MT LNH#-UN (Internal) (412)

• MT LNH#-W (413) • MT LNHT-ABUT (416) • MT LNHT-BSPT (415) • MT LNHT-NPT (414) • MT LNHT-NPTF (414) • MT LNHU-ISO (External) (411) • MT LNHU-PG (417)

• MT LNHU-UN (External) (413)

SR M2.6-L6.7-S11

SR M4-IP15-MT

SR M5-IP25-MT-S

MTE D

MTE D09.5-1-W20-12 (1)

MTE D09.9-1-W20-12

MTE D12.2-1-W20-14

MTE D14.5-1-W20-14

MTE D17.0-1-W20-14

MTE D18-1-W20-21 (2)

MTE D21-1-W20-21

MTE D25-1-W20-21

MTE D29-1-W25-30 (3)

MTE D31-1-W25-30

MTE D38-1-W32-30

MTE D48-1-W40-40

MTE D48-1-W40-40-B

NOF(4) DCONMS

SR M2.5-T8-MT

SR M5-IP25-MT

• Minimum bore should be one-third larger than D • All endmills are equipped with a bore for internal coolant • For user guide, see pages 422-428

(1) Not suitable for inserts: MT LNHT 1202 18NPTF, MT LNHT 1202 18NPT, MT LNHT 1202 19BSPT, MT LNHT 1202 I1.75ISO

(2) Not suitable for inserts:MT LNHT 2104 11.5NPT, 11.5NPTF, 8ABUT and MT LNHU 2104 I3.50ISO, I7UN

(3) Not suitable for MT LNHT 3005 4ABUT inserts

(6) Recommended clamping torque

with Cylindrical Carbide Shanks

MTE D09.9-1-C08C-12

MTE D13.7-1-C10C-14

MTE D13.7-1-C10C-14-B

MTE D15.2-1-C12C-14

MTE D21-1-C16C-21

MTE D21-1-C16C-21-B

MTE D27-1-C20C-30

• For holders with long overhang, reduce the cutting speed and feed rate, between 20 to 40% (depending on workpiece, material, pitch and overhang)

(2) Recommended clamping torque

MTE D-C

MTE D(Double Insert)

Double Insert Threading

Endmills with Weldon Shanks

MTE D20.0-2-W20-14

MTE D30-2-W25-21

MTE D40-2-W32-30

MTE D50-2-W40-40

(1) W-Weldon

407

MTF D(Shell Mill)

Thread Milling

Multi-Insert Shell Mills

MTF D063-5-22-21

MTF D063-4-22-30

MTF D080-4-27-30

MTF D080-4-27-40

MTF D100-4-32-30

MTF D100-8-32-30

MTF D100-4-32-40

External Multi-Tooth

Threading Shell Mills

LUX

MTFLE D20-3-22-21

MTFLE D20-4-22-21

MTFLE D30-3-22-21

MTFLE D45-4-27-21

68.2

83.2

For inserts, see pages: MT LNH#-NPS (415) • MT LNH#-NPSF (416) • MT LNH#-W (413) • MT LNHT-ABUT (416) • MT LNHT-BSPT (415) • MT LNHT-NPT (414)

• MT LNHT-NPTF (414) • MT LNHU-ISO (External) (411) • MT LNHU-PG (417) • MT LNHU-UN (External) (413)

408

for Helical Threading Inserts

MTSRH 23-2

MTSRH 32-5

MTSRH 45-6

MTH 23 E 1.0 ISO

MTH 32 E 1.5 ISO

MTH 45 E 1.5 ISO

S23

S32

S45X

K21

K22

K40

• Note: ISCAR can provide special contour inserts on request

For inserts, see pages: MTH-BSPT (int. & ext.) (420) • MTH-F (421) • MTH-ISO (external) (418) • MTH-ISO (internal) (418) • MTH-NPT (int. & ext.) (420) • MTH-NPTF (int. &

ext.) (421) • MTH-UN (external) (419) • MTH-UN (internal) (419) • MTH-W (int. & ext.) (420)

MTSRH (endmills)

MTH-F

MTSRH with MTH-F

Finishing Inserts

MTSRH (helical shell mill)

Shell Mills with Coolant Holes

MTSRH 32-5M

MTSRH 45-6M

MTSRH 63-9

MTH 63 11 W

S32S

S45S

S63

• Note: ISCAR can provide special contour inserts on request • For user guide, see pages 422-428

MT LNHU

MT LNH#-ISO (Internal)

Thread Milling Inserts for

Internal ISO Metric Profile

S1

MT LNHT 1202 I0.50ISO

MT LNHU 1403 I0.50ISO

MT LNHT 1202 I0.75ISO

MT LNHU 1403 I0.75ISO

MT LNHT 1202 I1.00ISO

MT LNHU 1403 I1.00ISO

MT LNHU 2104 I1.00ISO

MT LNHT 1202 I1.25ISO

MT LNHU 1403 I1.25ISO

MT LNHT 1202 I1.50ISO

MT LNHU 1403 I1.50ISO

MT LNHU 2104 I1.50ISO

MT LNHU 3005 I1.50ISO

MT LNHU 4006 I1.50ISO

MT LNHT 1202 I1.75ISO

MT LNHU 1403 I1.75ISO

MT LNHU 2104 I1.75ISO

MT LNHU 1403 I2.00ISO

MT LNHU 2104 I2.00ISO

MT LNHU 3005 I2.00ISO

MT LNHU 4006 I2.00ISO

MT LNHU 1403 I2.50ISO

MT LNHU 2104 I2.50ISO

MT LNHU 2104 I3.00ISO

MT LNHU 3005 I3.00ISO

MT LNHU 4006 I3.00ISO

MT LNHU 2104 I3.50ISO

MT LNHU 3005 I3.50ISO

MT LNHU 4006 I3.50ISO

MT LNHU 3005 I4.00ISO

MT LNHU 4006 I4.00ISO

MT LNHU 3005 I4.50ISO

MT LNHU 4006 I4.50ISO

MT LNHU 3005 I5.00ISO

MT LNHU 4006 I5.00ISO

MT LNHU 4006 I5.50ISO

MT LNHU 4006 I6.00ISO

• For cutting speed recommendations, see pages 422-423

For tools, see pages: MTE D (406) • MTE D(Double Insert) (407) • MTE D-C (407) • MTE-MM (406) • MTF D(Shell Mill) (408)

MT LNHT

MT LNHU-ISO (External)

External ISO Metric Profile

MT LNHU 1403 E0.75ISO

MT LNHU 1403 E1.00ISO

MT LNHU 2104 E1.00ISO

MT LNHU 1403 E1.25ISO

MT LNHU 1403 E1.50ISO

MT LNHU 2104 E1.50ISO

MT LNHU 3005 E1.50ISO

MT LNHU 4006 E1.50ISO

MT LNHU 1403 E1.75ISO

MT LNHU 1403 E2.00ISO

MT LNHU 2104 E2.00ISO

MT LNHU 3005 E2.00ISO

MT LNHU 4006 E2.00ISO

MT LNHU 1403 E2.50ISO

MT LNHU 2104 E2.50ISO

MT LNHU 2104 E3.00ISO

MT LNHU 3005 E3.00ISO

MT LNHU 4006 E3.00ISO

MT LNHU 3005 E3.50ISO

MT LNHU 3005 E4.00ISO

MT LNHU 4006 E4.00ISO

MT LNHU 4006 E5.00ISO

MT LNHU 4006 E6.00ISO

For tools, see pages: MTE D (406) • MTE D(Double Insert) (407) • MTE D-C (407) • MTE-MM (406) • MTF D(Shell Mill) (408) • MTFLE 

MT LNH#-UN (Internal)

American (UN, UNC, UNF,

UNEF, UNS) Full Profile Threads

for General Applications

MT LNHT 1202 I32UN

MT LNHT 1202 I28UN

MT LNHT 1202 I24UN

MT LNHT 1202 I20UN

MT LNHT 1202 I18UN

MT LNHT 1202 I16UN

MT LNHU 1403 I32UN

MT LNHU 1403 I28UN

MT LNHU 1403 I27UN

MT LNHU 1403 I24UN

MT LNHU 1403 I20UN

MT LNHU 1403 I18UN

MT LNHU 1403 I16UN

MT LNHU 1403 I14UN

MT LNHU 1403 I12UN

MT LNHU 1403 I11UN

MT LNHU 1403 I10UN

MT LNHU 2104 I24UN

MT LNHU 2104 I20UN

MT LNHU 2104 I18UN

MT LNHU 2104 I16UN

MT LNHU 2104 I14UN

MT LNHU 2104 I12UN

MT LNHU 2104 I10UN

MT LNHU 2104 I8UN

MT LNHU 2104 I7UN

MT LNHU 3005 I20UN

MT LNHU 3005 I18UN

MT LNHU 3005 I16UN

MT LNHU 3005 I14UN

MT LNHU 3005 I12UN

MT LNHU 3005 I10UN

MT LNHU 3005 I8UN

MT LNHU 3005 I6UN

MT LNHU 3005 I5UN

MT LNHU 4006 I16UN

MT LNHU 4006 I14UN

MT LNHU 4006 I12UN

MT LNHU 4006 I8UN

MT LNHU 4006 I6UN

MT LNHU 4006 I4.5UN

MT LNHU 4006 I4UN

MT LNHU-UN (External)

External (UN, UNC,UNF,UNEF,

UNS) Full Profile Thread Milling

Inserts for General Industries

MT LNHU 1403 E32UN

MT LNHU 1403 E28UN

MT LNHU 1403 E24UN

MT LNHU 1403 E20UN

MT LNHU 1403 E18UN

MT LNHU 1403 E16UN

MT LNHU 1403 E14UN

MT LNHU 1403 E12UN

MT LNHU 2104 E24UN

MT LNHU 2104 E20UN

MT LNHU 2104 E18UN

MT LNHU 2104 E16UN