技术资料

特固克TAEGUTEC钻头U钻 快速钻深孔钻

2020-07-06 16:09:25 daoju 2

数控刀具

12.0-12.4 16 20 98 113.0 48 1.82 12

120-124-16T3-8D

125-129-16T3-8D

12.5-12.9 16 20 102 117.0 48 1.91 12

130-134-16T3-8D

13.0-13.4 16 20 106 121.6 48 1.96 13

135-139-16T3-8D

13.5-13.9 16 20 110 125.6 48 2.05 13

140-144-16T3-8D

14.0-14.4 16 20 114 132.2 48 2.12 14

145-149-16T3-8D

14.5-14.9 16 20 118 136.2 48 2.21 14

150-159-20T3-8D

15.0-15.9 20 25 122 143.7 50 2.27 15

16.0-16.9 20 25 130 153.3 50 2.42 16

160-169-20T3-8D

170-179-20T3-8D

17.0-17.9 20 25 139 162.9 50 2.59 17

180-189-25T2-8D

18.0-18.9 25 32 147 172.5 56 2.73 18

19.0-19.9 25 32 155 182.0 56 2.88 19

190-199-25T2-8D

200-209-25T2-8D

20.0-20.9 25 32 163 191.6 56 3.02 20 K TCD D200-D269

210-219-25T2-8D

21.0-21.9 25 32 171 201.2 56 3.18 21

22.0-22.9 25 32 179 210.8 56 3.24 22

220-229-25T2-8D

230-239-32T2-8D

23.0-23.9 32 42 187 220.3 60 3.46 23

240-249-32T2-8D

24.0-24.9 32 42 196 229.9 60 3.62 24

25.0-25.9 32 42 204 239.5 60 3.80 25

250-259-32T2-8D

Cu TTing . It is recommended to make the pilot hole with a 1.5D holder

OAL =  LPR+LS

SSC : Seat size code

D150 D190

TCD...S0-8D

TCD...S0-12D

PL LPR LS

. Drilling depth: 12xdiameter

Dimension (mm) Designation Clamping key DC DCONMS LU LPR LS PL SSC

TCD 080-084-12S0-12D

8.0-8.4 12 97 111.4 45 1.20 8 K TCD D060-D099

8.5-8.9 12 103 117.4 45 1.29 8

085-089-12S0-12D

090-094-12S0-12D

9.0-9.4 12 109 123.8 45 1.35 9

095-099-12S0-12D

9.5-9.9 12 115 129.8 45 1.44 9

10.0-10.4 16 122 136.2 48 1.50 10

100-104-16S0-12D

K TCD D100-D199

105-109-16S0-12D

10.5-10.9 16 128 142.2 48 1.59 10

110-114-16S0-12D

11.0-11.4 16 134 148.6 48 1.67 11

11.5-11.9 16 140 154.6 48 1.76 11

115-119-16S0-12D

120-124-16S0-12D

12.0-12.4 16 146 161.0 48 1.82 12

125-129-16S0-12D

12.5-12.9 16 152 167.0 48 1.91 12

13.0-13.4 16 158 173.6 48 1.96 13

130-134-16S0-12D

135-139-16S0-12D

13.5-13.9 16 164 179.6 48 2.05 13

140-144-16S0-12D

14.0-14.4 16 170 188.2 48 2.12 14

145-149-16S0-12D

14.5-14.9 16 176 194.2 48 2.21 14

150-159-20S0-12D

15.0-15.9 20 182 203.7 50 2.27 15

160-169-20S0-12D

16.0-16.9 20 194 217.3 50 2.42 16

170-179-20S0-12D

17.0-17.9 20 207 230.9 50 2.59 17

18.0-18.9 25 219 244.5 56 2.73 18

180-189-25S0-12D

190-199-25S0-12D

19.0-19.9 25 221 258.0 56 2.88 19

200-209-25S0-12D

20.0-20.9 25 243 271.6 56 3.02 20 K TCD D200-D269

21.0-21.9 25 255 285.2 56 3.18 21

210-219-25S0-12D

220-229-25S0-12D

22.0-22.9 25 267 298.8 56 3.24 22

230-239-32S0-12D

23.0-23.9 32 289 312.3 60 3.46 23

24.0-24.9 32 292 325.9 60 3.62 24

240-249-32S0-12D

250-259-32S0-12D

25.0-25.9 32 304 339.5 60 3.80 25

TCD...-M

Head changeable drill holders for pre-thread hole

45o DCONMSh6

Designation TCD 068 TCD 085 TCD 102 - 175 TCD 210 Cu TTing Condition D150 D190  Screw TS 22046I TS 22046I TS 22046I TS 22046I  Wrench TD 7       TD 7        TD 7        TD 7  Clamping key K TCD D060-D099 K TCD D060-D099 K TCD D100-D199 K TCD D200-D269

Plug for coolant supply in a stationary machines

TaeguTec supplies special plugs with an internal thread for coolant connections used on lathes that can be pressed into the cavity on the back end of the shank.

Description  Shank diameter  Internal thread

PL-TCD-12  12  G 1/16

PL-TCD-16  16  G 1/16

PL-TCD-20  20  G 1/8

PL-TCD-25  25  G 1/8

PL-TCD-32  32  G 1/8

CFR D...-A45

Chamfering ring tools

DC_2

Insert screw Wrench Clamping screw Designation CFR D100 - D135 SO 25065I TD 7         SH M3x0.5x10 (1) CFR D140 - D150 SO 25065I TD 7         SH M4x0.7x12 (2) CFR D160 - D250 SO 25065I TD 7        SH M5x0.8x16 (3) Technical.  (1) Clamping torque: 2-3 [N.m] (2) Clamping torque: 3.5-4.5 [N.m] (3) Clamping torque: 5-6 [N.m] Data D230  L-wrench L-W2.5 L-W3 L-W4

TNDH-TP

Modular drill heads

Guide pad DCONMSh6

DC PDD

PL LPR

Dimension (mm) Insert Designation Clamping Key DC DCONMS LPR PL PDD Center Outer

26 10.4 24.9 3.98 15.9

K TCD D15-CO TCD-159-P-CO+ SPGX 06...DW

TNDH 2600-C26-TP

2700-C26-TP

27 10.4 25.4 4.14 16.9

K TCD D16-CO TCD-169-P-CO+ SPGX 06...DW

2800-C28-TP

28 11.2 26.9 4.29 17.9

K TCD D17-CO TCD-179-P-CO+ SPGX 06...DW

29 11.2 26.6 3.97 15.9

K TCD D15-CO TCD-159-P-CO+ SPGX 07...DW

2900-C28-TP

3000-C30-TP

30 12.0 28.3 4.14 16.9

K TCD D16-CO TCD-169-P-CO+ SPGX 07...DW

3100-C30-TP

31 12.0 28.5 4.30 17.9

K TCD D17-CO TCD-179-P-CO+ SPGX 07...DW

3200-C32-TP

32 12.8 30.3 4.46 18.9

K TCD D18-CO TCD-189-P-CO+ SPGX 07...DW

3300-C32-TP

33 12.8 29.8 3.97 15.9

K TCD D15-CO TCD-159-P-CO+ SPGX 09...DW

3400-C34-TP

34 13.6 31.6 4.14 16.9

K TCD D16-CO TCD-169-P-CO+ SPGX 09...DW

3500-C34-TP

35 13.6 31.8 4.30 17.9

K TCD D17-CO TCD-179-P-CO+ SPGX 09...DW

36 14.4 33.5 4.46 18.9

K TCD D18-CO TCD-189-P-CO+ SPGX 09...DW

3600-C36-TP

3700-C36-TP

37 14.4 33.3 4.14 16.9

K TCD D16-CO TCD-169-P-CO+ SPGX 11...DW

3800-C38-TP

38 15.2 35.0 4.30 17.9

K TCD D17-CO TCD-179-P-CO+ SPGX 11...DW

39 15.2 35.2 4.46 18.9

K TCD D18-CO TCD-189-P-CO+ SPGX 11...DW

3900-C38-TP

4000-C40-TP

40 16.0 36.9 4.62 19.9

K TCD D19-CO TCD-199-P-CO+ SPGX 11...DW

4100-C40-TP

41 16.0 37.1 4.78 20.9

K TCD D20-CO TCD-209-P-CO+ SPGX 11...DW

42 16.8 38.9 4.95 21.9

K TCD D21-CO TCD-219-P-CO+ SPGX 11...DW

4200-C42-TP

4300-C42-TP

43 16.8 38.9 5.11 22.9

K TCD D22-CO TCD-229-P-CO+

SPGX 11...DW D163

DCONMS : Holder connection size

Guide pad is sold separately from drill head

For double pitch screw For SPGX

For Guide pad Screw1

Wrench1 Screw2 Wrench2 Screw3 Wrench3 Designation

TNDH 2600-2800

TDPS 0512-W2.0

F-W2.0

TD 7

TD 6P

TNDH 2900-3200

TS 25064I TD 8 TS 20043I/HG-P TD 6P

TS 35088I TD 10 TS 20043I/HG-P TD 6P

TNDH 3300-3500

TNDH 3600

TDPS 0618-W2.5

F-W2.5

TS 40093I TD 15 TS 20043I/HG-P TD 6P

TNDH 3700-4300

Guide Pad Cu TTing

D163 D179 D192 D234

Guide pad  DCONMSh6

DC  PDD

Designation  DC  Dimension (mm) DCONMS LPR PL  PDD  Clamping Key  Center  Insert  Outer

TNDH 4400-C44-TP  44  17.6  40.8  5.28  23.9  K TCD D23-CO  TCD-239-P-CO+  SPGX 11...DW

4500-C44-TP  45  17.6  41.0  5.44  24.9  K TCD D24-CO  TCD-249-P-CO+  SPGX 11...DW

4600-C46-TP  46  18.4  42.2  4.95  21.9  K TCD D21-CO  TCD-219-P-CO+  SPGX 14...DW

4700-C46-TP  47  18.4  42.3  5.11  22.9  K TCD D22-CO  TCD-229-P-CO+  SPGX 14...DW

4800-C48-TP  48  19.2  44.0  5.28  23.9  K TCD D23-CO  TCD-239-P-CO+  SPGX 14...DW

4900-C48-TP  49  19.2  44.3  5.44  24.9  K TCD D24-CO  TCD-249-P-CO+  SPGX 14...DW

5000-C48-TP  50  19.2  46.0  5.61  25.9  K TCD D25-CO  TCD-259-P-CO+  SPGX 14...DW

D163

. DCONMS : Holder connection size . Guide pad is sold separately from drill head

Spare parts Designation  For double pitch screw Screw1 Wrench1  For SPGX Screw2 Wrench2  For Guide pad Screw3 Wrench3

TNDH 4400-4500 TNDH 4600-5000  TDPS 0722-W3.0 TDPS 0722-W3.0  F-W3.0 F-W3.0  TS 40093I SO 50090I  TD 15 TD 20  TS 20043I/HG-P TS 20043I/HG-P  TD 6P TD 6P

MDB...T2-3

Modular drill holders - Weldon type shank

DC : Cu TTing diameter range

DCONWS : Modular head connection size

. Wrench: Disassemble the modular head from the modular body (Insert from the rear shank)

D62 D192 D234

MDB...T2-5

LCD...T2-3D

Drilling depth: 3xdiameter

OAL = LPR+LS       . SSC: Seat size code

LCD...T2-5D

LU DCONMSh6

Drilling depth: 5xdiameter

LCD...T2-8D

. OAL = LPR+LS       . SSC: Seat size code       . It is recommended to make the pilot hole with a 3D holder

3HD...PI3

3 flute solid carbide drills with oil holes

3HD...PI5

NHD...PE3

Solid carbide drills without oil holes

140o

NHD...PE5

. Drilling depth: 4-5xdiameter

NHD...PI3

Solid carbide drills with oil holes

NHD...PI5

SHO 3...-PH

Solid pilot drills for solid long drill

150o

. M.Q.L drilling is available

SHO 10/15/20

Solid long drills with oil holes

SHO...-M

Solid carbide drills for pre-thread holes

SDL

CDF

Solid carbide drills for composite material

T-CHAMFER...T1

Chamfering tools with solid carbide drill

Assembly

+

D88

SHD 3...-CF

Solid carbide drills for T-CHAMFER

. The maximum chamfer size is obtained when using the smallest drill diameter in the drilling range

TCAP...-2.25DN

Multi-function toolholders - 2.25xD

DCONMS CNT

WF LU

. Internal coolant

LS OAL

DC DCONMS WF LU LPR LS DMIN CNT

For drilling, boring, turning

For grooving

TCAP 08R/L-2.25DN

8 12 -18.0 22.5 42 -G 1/16 XCM(G)T 04...TC/TA

10 12 7.1 22.5 27.5 42 12.0 G 1/16 XCM(G)T 05...TC/TA

XCMT 05R...GV

10R/L-2.25DN-GV

12R/L-2.25DN-GV

12 16 8.5 27.0 33.0 45 14.5 G 1/8 XCM(G)T 06...TC/TA

XCMT 06R...GV

14R/L-2.25DN-GV

14 16 9.5 31.5 38.5 45 16.5 G 1/8 XCM(G)T 07...TC/TA

XCMT 07R...GV

16 20 11.1 36.0 44.0 50 19.0 G 1/8 XCM(G)T 08...TC/TA

XCMT 08R...GV

16R/L-2.25DN-GV

20R/L-2.25DN-GV

20 25 13.2 45.0 55.0 56 23.5 G 1/8 XCM(G)T 10...TC/TA

XCMT 10R...GV

25R/L-2.25DN-GV

25 32 16.5 56.2 69.0 61 29.0 G 1/8 XCM(G)T 13...TC/TA

XCMT 13R...GV

32R/L-2.25DN-GV

32 40 20.5 72.0 86.0 74 36.5 G 1/8 XCM(G)T 17...TC/TA

XCMT 17R...GV    D168-169  D168

. Grooving insert is available for right handed type

TCAP 08 TCAP 10 TCAP 12 TCAP 14 TCAP 16 TCAP 20 TCAP 25 TCAP 32 Cu TTing Condition  TS 18034I/HG-P TS 20038I/HG-P TS 22052I/HG-P TS 25064I/HG-P TS 30100I/HG-P TS 35088I/HG-P TS 45A100I/HG TS 45A100I/HG  T 6P T 6P T 7P T 8P  TD 9P TD10P TD 20 TD 20

D200

TCAP...-3.0DN

Multi-function toolholders - 3.0xD

. Internal coolant WF

DMIN OAL

Dimension (mm) Insert Designation

DC DCONMS WF LU OAL DMIN CNT For drilling, boring, turning For grooving

TCAP 08R/L-3.0DN12

8 12 -2480-G 1/16 XCM(G)T 04...TC/TA

10 12 7.1 30 85 12.0 G 1/16 XCM(G)T 05...TC/TA

10R/L-3.0DN-GV

12R/L-3.0DN-GV

12 16 8.5 36 95 14.5 G 1/8 XCM(G)T 06...TC/TA

14R/L-3.0DN-GV

14 16 9.5 42 100 16.5 G 1/8 XCM(G)T 07...TC/TA

16 20 11.1 48 110 19.0 G 1/8 XCM(G)T 08...TC/TA

16R/L-3.0DN-GV

20R/L-3.0DN-GV

20 25 13.2 60 130 23.5 G 1/8 XCM(G)T 10...TC/TA

25R/L-3.0DN-GV

25 32 16.5 75 150 29.0 G 1/8 XCM(G)T 13...TC/TA

32R/L-3.0DN-GV

32 40 20.5 96 185 36.5 G 1/8 XCM(G)T 17...TC/TA

XCMT 17R...GV   D168-169  D168

. OAL = LPR+LS . Grooving insert is available for right handed type

S...SXUCR/L

Boring bars with TOPCAP inserts

TGHR

Clamping units (Centre alignment system)

Sleeves for clamping unit

DCONWS DCONMS

TBSL

Sleeves for boring bar

Deep DrillingTools

TBTA3...SE4

Single tube system

. Outer four start thread

Designation  DC  LF  Dimension (mm) OAL DCONMS  Part  Tube Diameter (mm)

TBTA3-xxx.xxSE4-33  38.00-39.60  85  90  30  BTSI 033  33

xxx.xxSE4-36  39.61-43.00  85  91  33  BTSI 036  36

xxx.xxSE4-39  43.01-47.00  95  101  36  BTSI 039  39

xxx.xxSE4-43  47.01-51.70  95  102  39  BTSI 043  43

xxx.xxSE4-47  51.71-56.20  100  107  43  BTSI 047  47

xxx.xxSE4-51  56.21-60.60  110  118  47  BTSI 051  51

xxx.xxSE4-56A  60.61-64.99  110  119  51  BTSI 056A  56

xxx.xxSE4-56B  65.00-66.99  150  159  52  BTSI 056B  56

xxx.xxSE4-62  67.00-72.99  150  159  58  BTSI 062  62

xxx.xxSE4-68  73.00-79.99  150  160  63  BTSI 068  68

xxx.xxSE4-75  80.00-86.99  180  191  70  BTSI 075  75

xxx.xxSE4-82  87.00-99.99  180  193  77  BTSI 082  82

xxx.xxSE4-94  100.00-106.99  180  193  89  BTSI 094  94

Assembly  Tube  Cu TTing Condition

D98  D130  D202

TBTA3...SI1

TBTA3...DE4

Double tube system

LF OAL

. Outer four start thread Dimension (mm) Designation DC LF OAL DCONMS Outer tube

TBTA3-xxx.xxDE4-35.5

38.00-39.60

85 90 33 BTDO 035.5

39.61-43.00

85 91 36

BTDO 039 xxx.xxDE4-39

xxx.xxDE4-42.5

43.01-47.00

95 101 39 BTDO 042.5

xxx.xxDE4-46.5

47.01-51.70

100 102 43 BTDO 046.5

51.71-56.20

100 107 47

BTDO 051 xxx.xxDE4-51

xxx.xxDE4-55.5

56.21-65.00

110 119 51 BTDO 055.5

xxx.xxDE4-56

65.00-66.99

150 159 52 BTDO 056

67.00-72.99

150 159 58

BTDO 062 xxx.xxDE4-62

xxx.xxDE4-68

73.00-79.99

150 160 63 BTDO 068

xxx.xxDE4-75

80.00-86.99

180 191 70 BTDO 075

87.00-99.99

180 193 77

BTDO 082 xxx.xxDE4-82

xxx.xxDE4-94

100.00-106.99

180 193 89 BTDO 094

Assembly Tube

D98 D130 D202

TBTA3 Series

Assembly of TBTA3 series

TBTA3 Series Assembly of TBTA3 series

1. Head shank   5. Guide pad   2. Outer cartridge   6. Sub guide pad   3. Inner cartridge   7. Guide pad protector   4. Center cartridge 8. Lock screw

Pad Insert Cartridge Diameter (mm) Parts 55.00-57.99 58.00-59.99 60.00-63.99 64.00-67.99 68.00-77.99 Outer PERC 402-32 PERC 402-32 PERC 402-32 PERC 402-43 PERC 402-32 Adjust screw AS0005-10 AS0005-10 AS0005-10 AS0005-15 AS0005-10 Wrench H2.5 H2.5 H2.5 H2.5 H2.5 Screw LS1805RH LS1805RH LS1805RH LS1806RH LS1805RH Wrench H3 H3 H3 H4 H3 Inner CENC 402-04 CENC 402-32 CENC 402-32 CENC 402-32 CENC 402-43 Screw CSTB3.5 CSTA5 CSTA5 CSTA5 LS1206 Wrench T-15D T-15D T-15D T-15D H3 Center CENC 402-32 CENC 402-32 CENC 402-32 CENC 402-32 CENC 402-43 Screw CSTA5 CSTA5 CSTA5 CSTA5 LS1206 Wrench T-15D T-15D T-15D T-15D H3 Outer TPMX 1704RG TPMX 1704RG TPMX 1704RG TPMX 2405RG TPMX 1704RG Screw CSTB3.5D CSTB3.5D CSTB3.5D CSTB4M CSTB3.5D Wrench T-9D T-9D T-9D T-15D T-9D Inner TPMX 1403RG TPMX 1704RG TPMX 1704RG TPMX 1704RG TPMX 2405RG Screw CSTB2.5 CSTB3.5D CSTB3.5D CSTB3.5D CSTB4M Wrench T-8D T-9D T-9D T-9D T-15D Center TPMX 1704RG TPMX 1704RG TPMX 1704RG TPMX 1704RG TPMX 2405RG Screw CSTB3.5D CSTB3.5D CSTB3.5D CSTB3.5D CSTB4M Wrench T-9D T-9D T-9D T-9D T-15D PAD-GC10-SA PAD-GC10-SA PAD-GC14-SB PAD-GC14-SB PAD-GC14-SB Guide pad PAD-GC10-SB PAD-GC10-SB ---Screw CSTB4S CSTB4S CSTA5S CSTA5S CSTA5S Wrench T-15D T-15D T-15D T-15D T-15D Guide pad protector PAD-P10 PAD-P10 PAD-P14 PAD-P14 PAD-P14 Screw CSTB4S CSTB4S CSTA5S CSTA5S CSTA5S Wrench T-15D T-15D T-15D T-15D T-15D Sub guide pad PAD-S08 PAD-S08 PAD-S08 PAD-S10 PAD-S10 Screw CSTB3S CSTB3S CSTB3S CSTB3S CSTB3S Wrench T-9D T-9D T-9D T-9D T-9D

Guide Pad Cartridge

D172 D175 D178

TBTA5...SE4

TBTA5-xxx.xxSE4-094  107.00-111.99  180  197  89  BTSI 094  94

xxx.xxSE4-106  112.00-123.99  205  221  101  BTSI 106  106

xxx.xxSE4-118  124.00-135.99  205  222  113  BTSI 118  118

xxx.xxSE4-130  136.00-147.99  205  223  125  BTSI 130  130

xxx.xxSE4-142  148.00-159.99  225  245  137  BTSI 142  142

xxx.xxSE4-154  160.00-168.99  225  246  149  BTSI 154  154

TBTA5...SI1

. Inner single start thread

TBTA5-xxx.xxSI1-094  107.00-110.99  150  164  90  BTSE 094  94

xxx.xxSI1-106  111.00-122.99  150  165  102  BTSE 106  106

xxx.xxSI1-118  123.00-134.99  150  167  114  BTSE 118  118

xxx.xxSI1-130  135.00-148.99  150  168  126  BTSE 130  130

xxx.xxSI1-142  149.00-161.99  150  170  139  BTSE 142  142

xxx.xxSI1-154  162.00-168.99  190  211  151  BTSE 154  154

D103  D130  D202

TBTA5...DE4

TBTA5 Series Assembly of TBTA5 series

1. Head shank   5. Guide pad   2. Outer cartridge   6. Sub guide pad   3. Inner cartridge   7. Guide pad protector   4. Center cartridge 8. Lock screw 9. Filler

Pad Insert Cartridge Diameter (mm) Parts 107.00-117.99 118.00-135.99 136.00-144.99 145.00-150.99 Outer PERC 402-43 PERC 402-43 PERC 402-43 PERC 402-43 Adjust screw AS0005-15 AS0005-15 AS0005-15 AS0005-15 Wrench H2.5 H2.5 H2.5 H2.5 Screw LS1806RH LS1806RH LS1806RH LS1806RH Wrench H4 H4 H4 H4 Inner CENC 402-32 CENC 402-43 CENC 402-43 CENC 402-43 Screw CSTA5 LS1206 LS1206 LS1206 Wrench T-15D H3 H3 H3 Center CENC 402-43 CENC 402-43 CENC 402-63 CENC 402-63 Screw LS1206 LS1206 LS1206 LS1206 Wrench H3 H3 H3 H3 Outer TPMX 2405RG TPMX 2405RG TPMX 2405RG TPMX 2405RG Screw CSTB4M CSTB4M CSTB4M CSTB4M Wrench T-15D T-15D T-15D T-15D Inner TPMX 1704RG TPMX 2405RG TPMX 2405RG TPMX 2405RG Screw CSTB3.5D CSTB4M CSTB4M CSTB4M Wrench T-9D T-15D T-15D T-15D Center TPMX 2405RG TPMX 2405RG TPMX 2807RG TPMX 2807RG Screw CSTB4M CSTB4M CSTB5 CSTB5 Wrench T-15D T-15D T-20D T-20D Guide pad PAD-GC18-SB PAD-GC18-SB PAD-GC18-SB PAD-GC18-SB Screw LS1206S LS1206S LS1206S LS1206S Wrench H3 H3 H3 H3 Guide pad protector PAD-P18 PAD-P18 PAD-P18 PAD-P18 Screw LS1206S LS1206S LS1206S LS1206S Wrench H3 H3 H3 H3 Sub guide pad PAD-S14 PAD-S14 PAD-S14 PAD-S14 Screw CSTA5S CSTA5S CSTA5S CSTA5S Wrench T-15D T-15D T-15D T-15D

TBTA5 Series

Assembly of TBTA5 series

TBTA7...SE4

. Double tube system also available on request

Designation  DC   LF  Dimension (mm) OAL DCONMS  Part  TubeDiameter (mm)

TBTA7-xxx.xxSE4-154  169.00-171.99  225  246  149  BTSI 154  154

xxx.xxSE4-166  172.00-183.99  225  247  161  BTSI 166  166

xxx.xxSE4-178  184.00-195.99  245  267  173  BTSI 178  178

xxx.xxSE4-190  196.00-207.99  245  270  185  BTSI 190  190

xxx.xxSE4-202  208.00-219.99  245  271  197  BTSI 202  202

xxx.xxSE4-214  220.00-231.99  265  293  208  BTSI 214  214

xxx.xxSE4-226  232.00-232.99  265  293  220  BTSI 226  226

TBTA7...SI1

. Inner single start thread  OAL

TBTA7-xxx.xxSI1-154  169.00-173.99  190  211  151  BTSE 154  154

xxx.xxSI1-166  174.00-185.99  190  213  163  BTSE 166  166

xxx.xxSI1-178  186.00-197.99  190  212  175  BTSE 178  178

xxx.xxSI1-190  198.00-209.99  190  215  187  BTSE 190  190

xxx.xxSI1-202  210.00-221.99  190  217  199  BTSE 202  202

xxx.xxSI1-214  222.00-232.99  190  218  211  BTSE 214  214

D106  D130  D202

TBTA7 Series

Assembly of TBTA7 series

Pad

1.

Head shank   5. Guide pad

2.

Outer cartridge   6. Sub guide pad

3.

Inner cartridge   7. Guide pad protector

Center cartridge 8. Lock screw

9.  Filler

Diameter (mm)

Parts

169.00-188.99 189.00-196.99 197.00-202.99 203.00-208.99

Outer

PERC 402-43 PERC 402-43 PERC 402-43 PERC 402-43

Adjust screw

AS0005-15 AS0005-15 AS0005-15 AS0005-15

H2.5 H2.5 H2.5 H2.5

LS1806RH LS1806RH LS1806RH LS1806RH

H4 H4 H4 H4

Inner

CENC 402-43 CENC 402-43 CENC 402-43 CENC 402-43

LS1206 LS1206 LS1206 LS1206

H3L H3L H3L H3L

Center

CENC 402-43 CENC 402-63 CENC 402-63 CENC 402-63

LS1206 LS1206S LS1206S LS1206S

TPMX 2405RG TPMX 2405RG TPMX 2405RG TPMX 2405RG

CSTB4M CSTB4M CSTB4M CSTB4M

T-15D T-15D T-15D T-15D

TPMX 2405RG TPMX 2807RG TPMX 2807RG TPMX 2807RG

CSTB4M CSTB5 CSTB5 CSTB5

Guide pad

PAD-GC18-SB PAD-GC18-SB PAD-GC18-SB PAD-GC18-SB

LS1206S LS1206S LS1206S LS1206S

H3 H3 H3 H3

Guide pad protector

PAD-P18 PAD-P18 PAD-P18 PAD-P18

Sub guide pad

PAD-S14 PAD-S14 PAD-S14 PAD-S14

CSTA5S CSTA5S CSTA5S CSTA5S

209.00-214.99 215.00-220.99 221.00-226.99 227.00-232.99

PERC 402-63 PERC 402-63 PERC 402-63 PERC 402-63

AS0006-15 AS0006-15 AS0006-15 AS0005-15

L1806RH L1806RH L1806RH LS1806RH

CENC 402-43 CENC 402-43 CENC 402-43 CENC 402-63

CENC 402-63 CENC 402-63 CENC 402-63 CENC 402-63

LS1206S LS1206 LS1206 LS1206S

TPMX 2807RG TPMX 2807RG TPMX 2807RG TPMX 2807RG

CSTB5 CSTB5 CSTB5 CSTB5

T-20D T-20D T-20D T-20D

TPMX 2405RG TPMX 2405RG TPMX 2405RG TPMX 2807RG

CSTB4M CSTB4M CSTB4M CSTB5

TBTA9...SE4

. Outer four start thread Dimension (mm) Tube Designation DC LF OAL DCONMS Part Diameter (mm)

TBTA9 -xxx.xxSE4-226

233.00-243.99

265 294 220 BTSI 226

226

244.00-255.99

265 294 232 BTSI 238

238 xxx.xxSE4-238

xxx.xxSE4-250

256.00-267.99

290 322 244 BTSI 250 250

xxx.xxSE4-262

268.00-279.99

290 323 256 BTSI 262 262

280.00-291.99

290 325 268 BTSI 274

274 xxx.xxSE4-274

D109  D130  D202

TBTA9...SI1

TBTA9 -xxx.xxSI1-214  233.00-233.99  190  217  211  BTSE 214  214

xxx.xxSI1-226  234.00-245.99  190  219  223  BTSE 226  226

xxx.xxSI1-238  246.00-257.99  190  221  235  BTSE 238  238

xxx.xxSI1-250  258.00-269.99  210  242  245  BTSE 250  250

xxx.xxSI1-262  270.00-281.99  210  244  259  BTSE 262  262

xxx.xxSI1-274  282.00-293.99  210  245  271  BTSE 274  274

TBTA9 Series

Assembly of TBTA9 series

233.00-247.99 248.00-253.99 254.00-258.99 259.00-264.99 265.00-271.99

PERC 402-43 PERC 402-63 PERC 402-63 PERC 402-63 PERC 402-63

AS0005-15 AS0006-15 AS0006-15 AS0006-15 AS0006-15

H2.5 H3 H3 H3 H3

LS1806RH L1806RH L1806RH L1806RH L1806RH

H4 H4 H4 H4 H4

CENC 402-43 CENC 402-43 CENC 402-43 CENC 402-43 CENC 402-43

LS1206 LS1206 LS1206 LS1206 LS1206

H3L H3L H3L H3L H3L

CENC 402-63 CENC 402-63 CENC 402-63 CENC 402-63 CENC 402-63

LS1206S LS1206S LS1206S LS1206S LS1206S

TPMX 2405 RG TPMX 2807 RG TPMX 2807 RG TPMX 2807 RG TPMX 2807 RG

CSTB4M CSTB5 CSTB5 CSTB5 CSTB5

T-15D T-20D T-20D T-20D T-20D

TPMX 2405 RG TPMX 2405 RG TPMX 2405 RG TPMX 2405 RG TPMX 2405 RG

CSTB4M CSTB4M CSTB4M CSTB4M CSTB4M

T-15D T-15D T-15D T-15D T-15D

TPMX 2807 RG TPMX 2807 RG TPMX 2807 RG TPMX 2807 RG TPMX 2807 RG

CSTB5 CSTB5 CSTB5 CSTB5 CSTB5

T-20D T-20D T-20D T-20D T-20D

PAD-GC18-SB PAD-GC18-SB PAD-GC18-SB PAD-GC18-SB PAD-GC18-SB

H3 H3 H3 H3 H3

PAD-P18 PAD-P18 PAD-P18 PAD-P18 PAD-P18

PAD-S14 PAD-S14 PAD-S14 PAD-S14 PAD-S14

CSTA5S CSTA5S CSTA5S CSTA5S CSTA5S

272.00-275.99 276.00-284.99 285.00-289.99 290.00-293.99

AS0006-15 AS0006-15 AS0006-15 AS0006-15

L1806RH L1806RH L1806RH L1806RH

TPMX 2807 RG TPMX 2807 RG TPMX 2807 RG TPMX 2807 RG

TBTA-FB...SE4

TBTA-FB...SI1

TBTA-FB...DE4

TBTA-FB Series

Assembly of TBTA-FB series

Insert Pad Insert

Parts PER

NPHT 09004 RG Screw

SR14-560-HG Wrench

T-8F INT

NPMT 08004 RG Screw

T-8F CEN

NPMT 09504 LG Screw

T-8F PAD-GO10CD-SA PAD

PAD-GO10CD-SB Screw

SR14-571/S Wrench

T-10/5

NPHT 11004 RG Screw

NPMT 09504 RG Screw

NPMT 12504 LG Screw

T-8F PAD-GO12CD-SA PAD

Head shank

Outer insert

Inner insert

Center insert

5.

45.01-47.00 47.01-51.00 51.01-54.00 54.01-57.00 NPHT 11004 RG NPHT 11004 RG NPHT 11004 RG SR14-560-HG SR14-560-HG SR14-560-HG T-8F T-8F T-8F NPMT 08004 RG NPMT 09504 RG NPMT 09504 RG SR14-560-HG SR14-560-HG SR14-560-HG T-8F T-8F T-8F NPMT 09504 LG NPMT 09504 LG NPMT 12504 LG SR14-560-HG SR14-560-HG SR14-560-HG T-8F T-8F T-8F PAD-GO10CD-SA PAD-GO10CD-SA PAD-GO10CD-SA PAD-GO10CD-SB PAD-GO10CD-SB PAD-GO10CD-SB SR14-571/S SR14-571/S SR14-571/S T-10/5 T-10/5 T-10/5

57.01-60.00 60.01-64.00 64.01-65.00 NPHT 13004 RG NPHT 13004 RG SR14-560-HG SR14-560-HG T-8F T-8F NPMT 09504 RG NPMT 12504 RG SR14-560-HG SR14-560-HG T-8F T-8F NPMT 12504 LG NPMT 12504 LG SR14-560-HG SR14-560-HG T-8F T-8F PAD-GO12CD-SA PAD-GO12CD-SA

PAD-GO12CD-SB PAD-GO12CD-SB PAD-GO12CD-SB

SR14-571/S SR14-571/S SR14-571/S

T-10/5 T-10/5 T-10/5

. Insert and guide pad are sold separately from drill body.

TBTA-R...SE4

Precision

WF_2 LF WF

. Outer four start thread WF (mm) Dimension (mm) Tube Designation DC Standard Precision LF DCONMS Part Diameter (mm)

TBTA-R xxx.xxSE4-36

40.00-43.00

90 33.0 BTSI 036

36

95 36.0 BTSI 039

39

xxx.xxSE4-39

xxx.xxSE4-43

95 39.0 BTSI 043

43

xxx.xxSE4-47

6.4/7.2

4/4.8

100 43.0 BTSI 047

47

56.21-60.60

7.2

4.8 110 47.0 BTSI 051 51

xxx.xxSE4-51

xxx.xxSE4-56A

60.61-65.00 7.2 4.8 110 51.0 BTSI 056A 56

xxx.xxSE4-56B

65.00-66.99 7.2 4.8 150 52.0 BTSI 056B 56

67.00-72.99 10.4 6.4 150 58.0 BTSI 062 62

xxx.xxSE4-62

xxx.xxSE4-68

73.00-79.99 10.4 6.4 150 63.0 BTSI 068 68

xxx.xxSE4-75

80.00-86.99 10.4 6.4 180 70.0 BTSI 075 75

87.00-99.99 10.4 6.4 180 77.0 BTSI 082 82

xxx.xxSE4-82

D119 D130 D202

TBTA-R...SI1

TBTA-R Series Assembly of TBTA-R series

1. Head shank 2. Insert 3. Guide pad 4. Guide pad protector

Normal toleranceClose tolerancePad InsertCartridge InsertCartridgeDiameter (mm) Parts 25.00-27.99 28.00-29.99 30.00-37.99 38.00-39.99 Adjust ball BALL5 BALL5 BALL5 BALL5 Adjust screw AS0005-5 AS0005-5 AS0005-5 AS0005-5 Wrench H2.5 H2.5 H2.5 H2.5 Screw ----Wrench ----Insert XPMT 16002-45 XPMT 16002-45 XPMT 16002-45 XPMT 16002-45 Screw CSTANO3 CSTANO3 CSTANO3 CSTANO3 Wrench T-9D T-9D T-9D T-9D Outer ----Adjust screw ----Wrench ----Screw ----Wrench ----Insert XPMT 16002-45 XPMT 16002-45 XPMT 16002-45 XPMT 16002-45 Screw CSTANO3 CSTANO3 CSTANO3 CSTANO3 Wrench T9 T9 T9 T9 PAD-GO06CD PAD-GO06CD PAD-GO07CD PAD-GO08CD-SA-FB Guide pad (A) ---PAD-GO08CD-SB-FB Screw CSTB3S CSTB3S CSTB3S CSTB3S Wrench T-9D T-9D T-9D T-9D Guide pad protector (B) PAD-P08-120 PAD-P08-120 PAD-P08-140 PAD-P08 Screw CSTB3S CSTB3S CSTB3S CSTB3S Wrench T-9D T-9D T-9D T-9D Resin guide pad (C) PAD-R10 PAD-R10 PAD-R12 PAD-R15 Screw LS0902, 5-6 LS0902, 5-6 LS0903-8 LS0904-10 Wrench --H2 H2.5

Guide Pad Cartridge . A + B is for outer four start thread connection type . A + C is for inner single start thread connection type D174 D177 D179

TBTA-R Series

Assembly of TBTA-R series

Normal tolerance Close tolerance Pad

Insert Cartridge Insert Cartridge

Cartridge & lock screw

Resin guide pad & lock screw

Diameter (mm) Parts

60.00-80.99 81.00-90.99 91.00-99.99 100.00-122.99 Outer

PERC-P 43R PERC-P 43R PERC-P 43R PERC-P 43R Adjust screw

AS0005-15 AS0005-15 AS0005-15 AS0005-15 Wrench

H2.5 H2.5 H2.5 H2.5 Screw

LS1806RH LS1806RH LS1806RH LS1806RH Wrench

H4 H4 H4 H4 Insert

TPMX 2405LG TPMX 2405LG TPMX 2405LG TPMX 2405LG Screw

CSTB4M CSTB4M CSTB4M CSTB4M Wrench

T-15D T-15D T-15D T-15D Outer

PERC 402-43 PERC 402-43 PERC 402-43 PERC 402-43 Adjust screw

TPMX 2405RG TPMX 2405RG TPMX 2405RG TPMX 2405RG Screw

T-15D T-15D T-15D T-15D Guide pad (A)

PAD-GC14-SB PAD-GC14-SB PAD-GC14-SB PAD-GC18-SB Screw

CSTA5S CSTA5S CSTA5S LS1206S Wrench

T-15D T-15D T-15D H3 Guide pad protector (B)

PAD-P14 PAD-P14 PAD-P14 PAD-P18 Screw

T-15D T-15D T-15D H3 Resin guide pad (C)

PAD-R20 PAD-R30 PAD-R35 PAD-R35 Screw

LS0905-12 LS0906-15 LS0906-15 LS0906-15 Wrench

H3 H4 H4 H4

Guide Pad Cartridge . A + B is for outer four start thread connection type

. A + C is for inner single start thread connection type

D174 D177 D179

TBTA-TR…SE4

TBTA-TR…SI1

TBTA-TR…DE4

TBTA-TR Series

Assembly of TBTA-TR series

BTA...SE2/SE4

BTA...SE4

BTA...DE4

BTS...SE1

. Outer single start thread

BTS...SE2/SE4

BTSI

Single tube

Inner four start thread

Please indicate overall length (OAL) when ordering

'.'Indicates parts are inner two start thread

BTSE

BTSE / BTSO

LSCWS OAL

Outer single start thread

DCONMS DCONWS DCONMS

BTSO

Inner single start thread Dimension (mm) DC DCONMS DCONWS LSCWS

BTSE 047

52.00-56.99

47.044 -41

57.00-60.99

51.049 -41

051

056

61.00-67.99

56.053 -41

062

68.00-74.99

62.059 -41

75.00-80.99

68.065 -71

068

075

81.00-90.99

75.071 -71

082

91.00-98.99

82.079 -71

99.00-110.99

94.090 -71

094

106

111.00-122.99

106.0 102 -71

118

123.00-134.99

118.0 114 -71

135.00-148.99

130.0 126 -71

130

142

149.00-161.99

142.0 139 -71

154

162.00-173.99

154.0 151 -86

166

174.00-185.99

166.0 163 -86

178

186.00-197.99

178.0 175 -86

190

198.00-209.99

190.0 187 -86

202

210.00-221.99

202.0 199 -86

222.00-233.99

214.0 211 -86

214

234.00-245.99

226.0 223 -86

238

246.00-257.99

238.0 235 -86

258.00-269.99

250.0 247 -121

262

270.00-281.99

262.0 259 -121

274

282.00-293.99

274.0 271 -121

8.00-8.99

7.1 -6.0 13.5

BTSO 071

083

9.00-9.99

8.3 -7.2 13.5

090

10.00-10.99

9.0 -7.6 13.5

11.00-11.99

10.0 -8.6 13.5

100

110

12.00-13.49

11.0 -9.1 13.5

120

13.50-14.79

12.0 -10.8 13.5

. Please indicate overall length (OAL) when ordering

BTDO / BTDI

Double tube

For diameter range 18.40 - 65.00 (BTDO 055.5) the inner tube should be ordered 30mm longer than outer tube

For diameter range 65.01 - 123.99 (BTDO 056 - BTDO 106) the inner tube should be ordered 190mm longer than outer tube

For diameter range 124.00 - 183.99 (BTDO 118 - BTDO 166) the inner tube should be ordered 220mm longer than outer tube

Assembly of Double Tube System

Sealing sleeve Drill head Outer tube Inner tube Collet Inner O-ring

BTDO 018

BTDI 012

018

012

019.5

014

021.5

015

023.5

016

026

028

020

030.5

022

033

024

035.5

039

029

042.5

032

046.5

035

055.5

043A

DC 18.40-19.20 19.21-20.00 20.01-20.90 20.91-21.80 21.81-22.90 22.91-24.10 24.11-25.20 25.21-26.40 26.41-27.50 27.51-28.70 28.71-29.80 29.81-31.00 31.01-32.10 32.11-33.30 33.31-34.80 34.81-36.20 36.21-37.30 37.31-38.40 38.41-39.60 39.61-40.60 40.61-41.80 41.81-43.00 43.01-44.30 44.31-45.60 45.61-47.00 47.01-48.50 48.51-50.10 50.11-51.70 51.71-53.20 53.21-54.70 54.71-56.20 56.21-58.40 58.41-60.60 60.61-62.80 62.81-65.00

Outer O-ring

Collet COLLET 4-18 COLLET 4-18 COLLET 4-19.5 COLLET 4-19.5 COLLET 4-21.5 COLLET 4-21.5 COLLET 4-23.5 COLLET 4-23.5 COLLET 4-26   COLLET 4-26  COLLET 4-28  COLLET 4-28   COLLET 4-30.5 COLLET 4-30.5 COLLET 4-33  COLLET 4-33   COLLET 4-35.5 COLLET 4-35.5 COLLET 4-35.5 COLLET 4-39 COLLET 4-39 COLLET 4-39 COLLET 4-42.5 COLLET 4-42.5 COLLET 4-42.5 COLLET 4-46.5 COLLET 4-46.5 COLLET 4-46.5 COLLET 4-51 COLLET 4-51 COLLET 4-51 COLLET 4-55.5 COLLET 4-55.5 COLLET 4-55.5 COLLET 4-55.5

. Inner tube should be longer than outer tube. Please refer to page D130-D131 for details

DTC-S

'S' type connector

DTC-R

'R' type connector

DTC-RF

'RF' type connector

Designation DC D DTC 4RF 18.4-65.0 160  D D1 D1 115  L L2 L1 L3 N-A D2 D3 210 M62x2

D4 46  D4 D3 D2 JIS B6109 No.T L L1 291.5 64.5  L2 L3 N-A 150 75 2-PT1"

Collet / Sealing Sleeve

TRGD

Standard gundrill holders

DC 0

-0.07

. Drilling depth: 10xDC - 25xDC

Insert & guide pad

Drilling depth: 10xDC - 15xDC

Supply up to 40.0mm drill daimeter

Parts  Diameter (mm)

29.0  30.0-33.0  34.0-35.0  36.0

Insert  Peripheral insert  NPHT 06003RG  NPHT 07504RG  NPHT 07504RG  NPHT 07504RG

Screw  CSTB2.2  CSTB2.5  CSTB2.5  CSTB2.5

Wrench  T-7F  T-8F  T-8F  T-8F

Inner insert  NPMT 05503RG  NPMT 06504RG  NPMT 06504RG  NPMT 06504RG

Center insert  NPMT 06504LG  NPMT 06504LG  NPMT 06504LG  NPMT 08004LG

Screw  CSTB2.5  CSTB2.6  CSTB2.7  CSTB2.8

Wrench  T-8F  T-8F  T-8F  T-8F

Pad Guide pad  PAD-GO06CD  PAD-GO06CD  PAD-GO07CD  PAD-GO07CD

Screw  CSTB2.2S*  CSTB2.2S*  CSTB3S  CSTB3S

Wrench  T-7F  T-7F  T-9F  T-9F

. Inserts and guide pads must be ordered separately

TRGDL

Driver code 023, 024, 025 035, 036 U04,U05,U06

Tool dia. (mm)  Insert  Guide pad

Insert  Screw  Wrench  Guide pad  Screw  Wrench

14.00-15.99  TOGT 070304 RS  TT9030  SR14-560/S  T-8F  PAD-GO05-060CD-SA PAD-GO05-060CD-SB  SR34-508  T-7F

16.00-18.00  TOGT 080305 RS  TT9030  SR14-560/S  T-8F  PAD-GO05-075CD-SA PAD-GO05-075CD-SB  SR34-508  T-7F

18.01-20.00  TOGT 090305 RS  TT9030  CSTB2.5S*  T-8F  PAD-GO06-085CD-SA PAD-GO06-085CD-SB  CSTB2.2S*  T-7F

20.01-21.00  TOGT 100305 RS  TT9030  CSTB3S*  T-9F

21.01-21.99  TOGT 100305 RS  TT9030  CSTB3S*  T-9F  PAD-GO06-100CD-SA PAD-GO06-100CD-SB  CSTB2.2S*  T-7F

22.00-25.00  TOGT 110405 RS  TT9030  CSTB3.5H*  T-15F

25.01-28.00  TOGT 120405 RS  TT9030  CSTB4S*  T-15F  PAD-GO06CD-SA PAD-GO06CD-SB  CSTB2.2S*  T-7F

D173  Guide Pad D176  Cu TTing Condition D208  . Guide pad with "SB" is the first choice in general purpose machining.   "SA" is a supplementary grade used only with oil based coolant. . Inserts and guide pads must be ordered separately

Driver for TRGDL Type

Driver  Tool diameter  Driver code  Dimension (mm)

LS  DCONMS

DCONMSh6 LS  14.00-19.69  023  56  25.00

16.00-25.69  024  60  32.00

16.00-28.00  025  70  40.00

16.00-28.00  026  80  50.00

DCONMSh6 LS  16.00-19.69  035  56  25.00

16.00-25.69  036  60  32.00

DCONMSh6 LS  16.00-19.69  U04  70  25.40

16.00-25.69  U05  70  31.75

16.00-28.00  U06  70  38.10

Drilling Heads & Inserts

SOMT 040204 DP 050204 DP 060204 DP 070306 DP 08T306 DP 09T308 DP 11T308 DP 130408 DP 150510 DP

TT9080: First choice for general purpose

TT8020: For unstable condition D16 .  TT9300: For high speed machining on a steel application (Peripheral ONLY)

SOMT…DL

Inserts for low carbon steel

05 06 07

08 09 11 13

Coated : Standard items

4.9

6.8

2.80

7.9

9.2

11.0

12.8

4.40

15.0

4.80

1.0 Uncoated

TT9080  TT9080  TT9030  TT8020  TT8020  TT9300  TT6030  TT9030  TT9300  TT6030  TT7400  TT7400 K10 K10

SOMT...DP

Inserts for general purpose S  RE IC  Size 04 05 06 07 08 09 11 13 15  Dimension (mm) IC S RE 4.4 2.38 0.4 4.9 2.38 0.4 5.7 2.38 0.4 6.8 2.80 0.6 7.9 3.97 0.6 9.2 3.97 0.8 11.0 3.97 0.8 12.8 4.40 0.8 15.0 4.80 1.0

SOMT 050204 DL  .

060204 DL  .

070306 DL  .

08T306 DL  .

09T308 DL  .

11T308 DL  .

130408 DL  .

150510 DL  .

.  TT9080: First choice for general purpose  : Standard items

D16

SOMT...DK

Inserts for cast iron

Size  DiIC  mension (mm) S  RE

05  4.9  2.38  0.4

06  5.7  2.38  0.4

07  6.8  2.80  0.6

08  7.9  3.97  0.6

09  9.2  3.97  0.8

11  11.0  3.97  0.8

13  12.8  4.40  0.8

15  15.0  4.80  1.0

Inserts for aluminum alloy

SPMG...DG

Inserts for general purpose

SPMG...DK

SPGG...DA

3 flute drill heads

TCD...P/M/K

Drill heads

Order example) Diameter 10.0mm drill head for

Steel

Stainless steel

Cast iron ISO P application: TCD-100-P  TT9080

TCD...N

Drill heads for aluminum alloy

TCD-P+

Self-centering drill heads

TCD...F

Drill heads for flat bo TTom hole

CHW

30o

DC 140o PDD

LF LPR PL

. SSC: Seat size code : Standard items

D51

TCD...P2

Double margin drill heads

. SSC: Seat size code

AOMT 060204-C45

Chamfering inserts for pre-thread hole

45o

APMX

D60

CRNG 0802-45CD

Chamfering inserts for chamfering ring

TCD...P-CO+

DC LPR PL LF CHW SSC

TCD-159-P-CO+

15.9 8.73 3.17 5.56 0.38 15

16.9 9.30 3.34 5.96 0.38 16

169-P-CO+

17.9 9.90 3.50 6.40 0.38 17

179-P-CO+

189-P-CO+

18.9 10.50 3.66 6.84 0.38 18

199-P-CO+

19.9 11.00 3.82 7.18 0.38 19

209-P-CO+

20.9 11.60 3.98 7.62 0.38 20

21.9 12.18 4.15 8.03 0.38 21

219-P-CO+

229-P-CO+

22.9 12.76 4.31 8.45 0.38 22

239-P-CO+

23.9 13.33 4.48 8.85 0.38 23

249-P-CO+

24.9 13.90 4.64 9.26 0.38 24

259-P-CO+

25.9 14.50 4.81 9.69 0.38 25

D62

SPGX...DW

6.07

8.02

9.91

4.30

11.62

14.41

5.20

SPGX 060204 DW

07T308 DW

090408 DW

110408 DW

140512 DW

TT9080  TT8020  TT9300  TT9030  TT6030  TT7400

LCD...-P

LCD...-F

PL LF

XCGT ...-C

Chamfering inserts for T-CHAMFER holder

30o 45o

W1

06-C30

6.18

12.3

3.49

09-C30

8.50

4.43

-C45

06-C45

5.89

09-C45

8.07

60o

06-C60

3.43

S INSL

09-C60

4.78

-C30

-C60

XCGT 0603-C30

0903-C30

XCGT 0603-C45

0903-C45

XCGT 0603-C60

0903-C60

TT9030  TT8020  TT6030

TT9300

TT7400  TT9050

D87

XCGT...TA

86o

7o  IC  IC

S  RE  L  RE  L

XCGT 0401

. For aluminum alloy

1.70

05

5.6

2.10

8.4

10.5

13.4

17.5

Drilling

TT8020  TT9300  TT9030  TT6030  TT7400 K10

Right hand shown (XCGT 0401)

D89

XCMT..R-GV

7o S

. For grooving

XCGT 040104R TA 040104L TA 050204 TA 060204 TA 070304 TA 080304 TA 10T304 TA 130404 TA 170508 TA

RE CDX CW

0.2-1.8 0.2-1.8 0.2-2.2 0.3-2.5 0.4-2.8 0.4-3.2 0.5-3.5 0.6-4.3 0.7-5.3

0.02-0.15 0.02-0.15 0.03-0.18 0.03-0.20 0.05-0.22 0.06-0.25 0.06-0.30 0.08-0.33 0.10-0.38

0.02-0.09 0.02-0.09 0.02-0.11 0.03-0.12 0.03-0.13 0.03-0.13 0.03-0.13 0.03-0.13 0.03-0.13

Size  CW

05  2.0

06  2.0

07  2.5

08  2.5

10  3.0

13  3.5

17  4.0

Dimension (mm)CDX

RE 1.8

2.28

0.2 2.0

3.41

0.2 2.5

3.50

0.2 3.0

4.34

0.3 3.5

5.18

0.3 4.0

0.4 Uncoated

TT9080  TT8020  TT9300  TT9030  TT6030

TT7400

XCMT 05R-200020GV 06R-200020GV 07R-250020GV 08R-250020GV 10R-300030GV 13R-350030GV 17R-400040GV

. Grooving insert is available only for right handed type : Standard items

XCMT...TC

83.5o 83.5o

7o

08 S

0.4/0.8

XCMT 0401

17.4

. For drilling, boring and turning Turning Drilling Coated

Feed Insert Designation

(mm) (mm/rev) (mm/rev)

XCMT 040104R TC

0.02-0.15

0.02-0.09

040104L TC

0.2-2.2

0.03-0.18

0.02-0.11 050204 TC

060204 TC

0.03-0.12

(XCMT 0401)

070304 TC

0.4-2.8 0.05-0.22 0.03-0.13

0.4-3.2

0.06-0.25

0.03-0.13 080304 TC

10T304 TC

0.06-0.30

0.03-0.13

10T308 TC

0.6-4.3

0.08-0.33

0.03-0.13 130404 TC

130408 TC

TT9080 TT8020 TT9300 TT9030 TT6030 TT7400K10

170508 TC

0.7-5.3

0.10-0.38

NPHT...RG

Inserts for TBTA-FB & TRGD

NPMT...LG

NPMT...RG

5.5

6.5

9.5

Pocket

NPMT 05503RG

06504RG

08004RG

09504RG

12504RG

TT9030  TT8125  TT7100  TT3500  TT6020  TT9300  TT7400 K10

D111 D141

NPMX...RB/RG

Inserts for TBTA...3/5/7/9

RE  RE  Size  IC  Dimension (mm) L S  RE

08  8.0  8.36  3.18  0.8

L  L

S  IC  S  IC

RB  RG

Pocket  Coated  Uncoated

NPMX 0803RB 0803RG  . .  . .  . .  . .  .

D95

TPMX...RB/RG Inserts for TBTA...3/5/7/9 & TBTA-R RE IC S S RB  RG  RE IC  Size 1403RB 1403RG 1704RB 1704RG 2405RB 2405RG 2807RB 2807RG  IC 8.45 8.45 10.30 10.30 14.20 14.20 17.00  17.00  Dimension (mm) S RE  3.5 0.4  3.5 0.8  4.0 0.4  4.0 0.8  5.5 0.4  5.5 1.2  7.5 0.8  7.5 1.6

TPMX 1403RB  .  .  .  . .

1403RG  .  .  .  . .

1704RB  .  .  .  .

1704RG  .  .  .  .  . .  .

2405RB  .  .  .  .

2405RG  .  .  .  .  .

2807RB  .  .  .  .

2807RG  .  .  .  .  .

TT9030  TT9030  TT8125  TT8125  TT7100  TT7100  TT3500  TT3500  TT6020  TT6020  TT9300  TT9300  TT7400  TT7400 K10 K10

TOGT…RS/GF

Inserts for TBTA-TR & TRGD

PL S RE

7.69

2.3

8.32

0.5

8.55

9.23

10.40

3.4

S PL

11.59

3.7

1 TOGT 070304 RS

070304 GF

080305 RS

080305 GF

090305 RS

090305 GF

100305 RS

2 100305 GF

110405 RS

2 110405 GF

120405 RS

TT8125

120405 GF

TT7100 TT3500 TT6020 TT9300 TT7400K10

RS: First choice for general purpose : Standard items

GF: Exotic materials

D122 D139

TPMX...LG

Inserts for TBTA-R

XPMT...-45

Pad for TBTA 3.../5.../7.../9...

Pad for TBTA-FB

Solid carbide guide pads

Pad for TBTA-R

Guide pad Resin guide pad

D116

Cartridge for TBTA 3.../5.../7.../9

Cartridge for TBTA-R

Machining data for TOP-DRILL 2,3,4xD

ISO  Material  Condition  Tensile strength(N/mm2)  Hardness HB  Material No.  Cu TTing speedVc (m/min)

P  Non-alloy steel,cast steel, free cu TTing steel  <0.25%C  Annealed  420  125  1  220-350

>=0.25%C  Annealed  650  190  2  180-280

<0.55%C  Quenched and tempered  850  250  3  140-240

>=0.55%C  Annealed  750  220  4  140-240

Quenched and tempered  1000  300  5  140-240

Low alloy steeland cast steel (Less than 5% ofalloying elements)  Annealed  600  200  6  140-240

Quenched and tempered  930  275  7  100-180

1000  300  8  100-180

1200  350  9  100-180

High alloy steel, cast steel and tool steel  Annealed  680  200  10  140-200

Quenched and tempered  1100  325  11  100-160

M  Stainless steel and cast steel  Ferritic / martensitic  680  200  12  150-250

Martensitic  820  240  13  150-250

Austenitic  600  180  14  150-250

K  Gray cast iron (GG)  Ferritic  160  15  160-260

Pearlitic  250  16  160-260

Cast iron nodular (GGG)  Ferritic  180  17  160-260

Pearlitic  260  18  160-260

Malleable cast iron  Ferritic  130  19  120-220

Pearlitic  230  20  120-220

N  Aluminum - Wrought alloy  Not cureable  60  21  200-350

Cured  100  22  200-350

Aluminum-cast, alloyed  <=12% Si  Not cureable  75  23  200-350

Cured  90  24  200-350

>12% Si  High temp.  130  25  200-350

Copper alloys  >1% Pb  Free cu TTing  110  26  150-250

Brass  90  27  150-250

Electrolitic copper  100  28  150-250

Non-metallic  Duroplastics, fiber plastics  29  150-250

Hard rubber  30  150-250

S  High temp. alloys  Fe based  Annealed  200  31  30-60

Cured  280  32  30-60

Ni or Co based  Annealed  250  33  30-60

Cured  350  34  30-60

Cast  320  35  30-60

Titanium,Ti alloys  Rm 400  36  50-80

Alpha+beta alloys cured  Rm 1050  37  50-80

H  Hardened steel  Hardened  55HRC  38  30-60

Hardened  60HRC  39  30-60

Chilled cast iron  Cast  400  40  30-60

Cast iron nodular  Hardened  55HRC  41  30-60

Feed (mm/rev) vs. drill diameterDrill length 2,3,4xD

SOMT 04 .12 - .13.5  SOMT 05 .14 - .16  SOMT 06 .17 - .19  SOMT 07 .20 - .22  SOMT 08 .23 - .26  SOMT 09 .27 - .31  SOMT 11 .32 - .36  SOMT 13 .37 - .43  SOMT 15 .44 - .50

0.04-0.06  0.04-0.06  0.04-0.06  0.04-0.08  0.04-0.08  0.06-0.10  0.06-0.10  0.08-0.12  0.08-0.12

0.06-0.10  0.06-0.10  0.06-0.10  0.06-0.12  0.06-0.12  0.08-0.14  0.08-0.14  0.08-0.16  0.10-0.16

0.08-0.12  0.08-0.12  0.08-0.12  0.08-0.16  0.08-0.16  0.10-0.16  0.10-0.16  0.10-0.18  0.10-0.18

0.06-0.16  0.06-0.16  0.06-0.16  0.08-0.20  0.08-0.20  0.08-0.20  0.10-0.22  0.10-0.22  0.10-0.24

0.06-0.16  0.06-0.16  0.06-0.16  0.08-0.20  0.08-0.20  0.08-0.20  0.08-0.22  0.10-0.22  0.10-0.22

0.06-0.12  0.06-0.12  0.06-0.12  0.08-0.16  0.08-0.16  0.08-0.18  0.08-0.20  0.10-0.20  0.10-0.20

0.06-0.12  0.06-0.12  0.06-0.12  0.06-0.16  0.06-0.16  0.08-0.18  0.08-0.20  0.10-0.20  0.10-0.20

0.08-0.18  0.08-0.18  0.08-0.18  0.10-0.20  0.10-0.20  0.10-0.20  0.10-0.20  0.10-0.22  0.10-0.22

0.08-0.14  0.08-0.14  0.08-0.14  0.10-0.16  0.10-0.16  0.10-0.16  0.10-0.18  0.10-0.18  0.10-0.18

0.06-0.15  0.06-0.15  0.06-0.15  0.08-0.16  0.08-0.16  0.08-0.18  0.08-0.18  0.10-0.18  0.10-0.18

0.06-0.15  0.06-0.15  0.06-0.15  0.08-0.16  0.08-0.16  0.08-0.16  0.08-0.17  0.10-0.18  0.10-0.18

0.06-0.15  0.06-0.15  0.06-0.15  0.08-0.16  0.08-0.16  0.10-0.17  0.10-0.17  0.10-0.18  0.10-0.18

0.05-0.08  0.05-0.08  0.05-0.08  0.05-0.09  0.05-0.09  0.06-0.10  0.06-0.10  0.06-0.12  0.06-0.12

0.06-0.09  0.06-0.09  0.06-0.09  0.06-0.10  0.06-0.10  0.06-0.10  0.06-0.10  0.06-0.10  0.06-0.10

0.05-0.09  0.05-0.09  0.05-0.09  0.05-0.10  0.05-0.10  0.05-0.10  0.05-0.10  0.05-0.10  0.05-0.10

Machining data for TOP-DRILL 5xD

Titanium, Ti alloys  Rm 400  36  50-80

Feed (mm/rev) vs. drill diameterDrill length 5xD

0.04-0.05  0.04-0.05  0.04-0.05  0.04-0.05  0.04-0.06  0.06-0.08  0.06-0.08  0.08-0.10  0.08-0.10

0.06-0.08  0.06-0.08  0.06-0.08  0.06-0.10  0.06-0.10  0.08-0.12  0.08-0.12  0.08-0.14  0.10-0.14

0.06-0.10  0.06-0.10  0.06-0.10  0.06-0.12  0.06-0.12  0.10-0.15  0.10-0.15  0.10-0.17  0.10-0.17

0.06-0.12  0.06-0.12  0.06-0.12  0.08-0.16  0.08-0.16  0.08-0.18  0.10-0.20  0.10-0.20  0.10-0.22

0.06-0.10  0.06-0.10  0.06-0.10  0.08-0.12  0.08-0.12  0.08-0.16  0.08-0.18  0.10-0.18  0.10-0.20

0.06-0.10  0.06-0.10  0.06-0.10  0.06-0.12  0.06-0.12  0.08-0.16  0.08-0.18  0.10-0.18  0.10-0.20

0.08-0.14  0.08-0.14  0.08-0.14  0.08-0.16  0.08-0.16  0.10-0.18  0.10-0.18  0.10-0.20  0.10-0.20

0.08-0.12  0.08-0.12  0.08-0.14  0.08-0.16  0.08-0.16  0.10-0.16  0.10-0.16  0.10-0.16  0.10-0.16

0.06-0.15  0.06-0.15  0.06-0.15  0.08-0.16  0.08-0.16  0.08-0.16  0.08-0.16  0.10-0.17  0.10-0.17

0.06-0.15  0.06-0.15  0.06-0.15  0.08-0.16  0.08-0.16  0.08-0.15  0.08-0.16  0.10-0.17  0.10-0.17

0.06-0.15  0.06-0.15  0.06-0.15  0.08-0.16  0.08-0.16  0.10-0.16  0.10-0.16  0.10-0.17  0.10-0.17

0.05-0.07  0.05-0.07  0.05-0.08  0.05-0.08  0.05-0.08  0.06-0.09  0.06-0.09  0.06-0.10  0.06-0.10

0.05-0.08  0.05-0.08  0.05-0.08  0.06-0.09  0.06-0.09  0.06-0.10  0.06-0.10  0.06-0.10  0.06-0.10

0.05-0.08  0.05-0.08  0.05-0.08  0.05-0.09  0.05-0.09  0.05-0.10  0.05-0.10  0.05-0.10  0.05-0.10

Machining data for T-DRILL 2,3,4xD

P  Non-alloy steel,cast steel, free cu TTing steel  <0.25%C  Annealed  420  125  1  250-350

>=0.25%C  Annealed  650  190  2  180-250

<0.55%C  Quenched and tempered  850  250  3  160-220

>=0.55%C  Annealed  750  220  4  160-220

Quenched and tempered  1000  300  5  160-220

Low alloy steeland cast steel (Less than 5% ofalloying elements)  Annealed  600  200  6  150-220

Quenched and tempered  930  275  7  120-160

1000  300  8  120-160

1200  350  9  120-160

High alloy steel, cast steel and tool steel  Annealed  680  200  10  140-180

Quenched and tempered  1100  325  11  130-180

M  Stainless steel and cast steel  Ferritic / martensitic  680  200  12  170-240

Martensitic  820  240  13  170-240

Austenitic  600  180  14  170-240

K  Gray cast iron (GG)  Ferritic  160  15  180-250

Pearlitic  250  16  180-250

Cast iron nodular (GGG)  Ferritic  180  17  180-250

Pearlitic  260  18  180-250

Malleable cast iron  Ferritic  130  19  130-200

Pearlitic  230  20  130-200

N  Aluminum - Wrought alloy  Not cureable  60  21  330-380

Cured  100  22  330-380

Aluminum-cast, alloyed  <=12% Si  Not cureable  75  23  330-380

Cured  90  24  330-380

>12% Si  High temp.  130  25  330-380

Copper alloys  >1% Pb  Free cu TTing  110  26  150-230

Brass  90  27  150-230

Electrolitic copper  100  28  150-230

Non-metallic  Duroplastics, fiber plastics  29  150-230

Hard rubber  30  150-230

Titanium, Ti alloys  Rm 400  36  30-60

Alpha+beta alloys cured  Rm 1050  37  30-60

SPMG 05 .12.5 - .15  SPMG 06 .16 - .21  SPMG 07 .22 - .27  SPMG 09 .28 - .33  SPMG 11 .34 - .41  SPMG 14 .42 - .50

0.04-0.06  0.04-0.06  0.04-0.08  0.04-0.08  0.06-0.10  0.06-0.12

0.05-0.08  0.06-0.10  0.06-0.12  0.07-0.13  0.08-0.15  0.08-0.16

0.06-0.12  0.08-0.15  0.10-0.18  0.12-0.22  0.12-0.24  0.13-0.25

0.06-0.12  0.08-0.14  0.10-0.18  0.12-0.20  0.12-0.20  0.13-0.20

0.06-0.15  0.06-0.15  0.08-0.18  0.08-0.18  0.08-0.18  0.08-0.18

0.06-0.10  0.06-0.10  0.08-0.12  0.08-0.14  0.08-0.14  0.08-0.14

0.06-0.10  0.08-0.12  0.10-0.15  0.12-0.15  0.12-0.18  0.13-0.18

0.05-0.10  0.06-0.12  0.08-0.15  0.09-0.16  0.10-0.17  0.11-0.18

0.06-0.12  0.08-0.16  0.12-0.20  0.15-0.25  0.16-0.28  0.18-0.30

0.06-0.10  0.08-0.15  0.10-0.18  0.12-0.20  0.15-0.23  0.16-0.25

0.06-0.14  0.08-0.15  0.10-0.20  0.12-0.22  0.14-0.23  0.15-0.26

0.06-0.13  0.06-0.13  0.08-0.15  0.08-0.15  0.08-0.15  0.08-0.15

0.05-0.08  0.05-0.08  0.05-0.09  0.05-0.09  0.05-0.09  0.05-0.09

0.05-0.10  0.06-0.14  0.08-0.18  0.10-0.22  0.14-0.23  0.15-0.24

0.05-0.09  0.05-0.09  0.05-0.10  0.05-0.10  0.05-0.10  0.05-0.10

Machining data for T-DRILL 5xD

0.04-0.05  0.04-0.05  0.04-0.06  0.04-0.07  0.06-0.08  0.06-0.10

0.06-0.08  0.06-0.08  0.06-0.10  0.07-0.12  0.08-0.13  0.08-0.14

0.06-0.10  0.08-0.13  0.10-0.16  0.12-0.20  0.12-0.22  0.13-0.23

0.06-0.10  0.08-0.12  0.10-0.16  0.12-0.18  0.12-0.18  0.13-0.18

0.06-0.12  0.06-0.13  0.08-0.16  0.08-0.16  0.08-0.17  0.08-0.17

0.06-0.08  0.06-0.08  0.08-0.10  0.08-0.12  0.08-0.12  0.08-0.12

0.06-0.09  0.08-0.10  0.10-0.13  0.12-0.13  0.12-0.15  0.12-0.16

0.05-0.09  0.06-0.10  0.08-0.13  0.09-0.15  0.10-0.15  0.10-0.17

0.06-0.10  0.08-0.15  0.12-0.18  0.15-0.22  0.16-0.25  0.18-0.28

0.06-0.08  0.08-0.12  0.10-0.16  0.12-0.18  0.15-0.22  0.16-0.23

0.06-0.12  0.08-0.15  0.10-0.13  0.12-0.18  0.14-0.20  0.14-0.24

0.06-0.12  0.06-0.12  0.08-0.13  0.08-0.13  0.08-0.14  0.08-0.14

0.05-0.07  0.05-0.07  0.05-0.08  0.05-0.08  0.05-0.08  0.05-0.08

0.05-0.09  0.08-0.13  0.08-0.17  0.10-0.20  0.14-0.22  0.14-0.24

Machining data for DRILL-SFEED

ISO  Material  Condition  Material Example (JIS)  Tensile strength(N/mm2)  Hardness HB  Material No.

P  Non-alloy steel,cast steel, free cu TTing steel  <0.25%C  Annealed  SS41/S10C  420  125  1

>=0.25%C  Annealed  S25C  650  190  2

<0.55%C  Quenched and tempered  S45C  850  250  3

>=0.55%C  Annealed  S55C  750  220  4

Quenched and tempered  SK3  1000  300  5

Low alloy steeland cast steel (Less than 5% ofalloying elements)  Annealed  SCM4  600  200  6

Quenched and tempered  SKS3  930  275  7

High alloy steel, cast steel and tool steel  Annealed  SKD61  680  200  10

Quenched and tempered  SKH/HSS  1100  325  11

K  Gray cast iron (GG)  Ferritic  FC  160  15

Cast iron nodular (GGG)  Ferritic  FCD  180  17

Malleable cast iron  Ferritic  FCMP/AC4A  130  19

Cu TTing speedVc (m/min)  Feed (mm/rev) vs. drill diameter

.16 - .20.9

80-140  0.35-0.55

80-130  0.35-0.55

80-120  0.35-0.55

70-110  0.35-0.55

50-90  0.35-0.55

80-120  0.30-0.50

70-110  0.30-0.50

50-90  0.30-0.50

40-70  0.30-0.50

50-90  0.30-0.45

40-80  0.30-0.45

90-160  0.45-0.65

80-140  0.45-0.65

90-180  0.40-0.60

80-140  0.40-0.60

90-160  0.40-0.60

Machining data for DRILL-RUSH

P  Non-alloy steel,cast steel, free cu TTing steel  <0.25%C  Annealed  420  125  1  80-140

>=0.25%C  Annealed  650  190  2  80-130

<0.55%C  Quenched and tempered  850  250  3  80-120

>=0.55%C  Annealed  750  220  4  70-110

Quenched and tempered  1000  300  5  50-90

Low alloy steeland cast steel (Less than 5% ofalloying elements)  Annealed  600  200  6  70-120

Quenched and tempered  930  275  7  70-110

1000  300  8  50-90

1200  350  9  40-70

High alloy steel, cast steel and tool steel  Annealed  680  200  10  50-90

Quenched and tempered  1100  325  11  40-80

M  Stainless steel and cast steel  Ferritic / martensitic  680  200  12  40-70

Martensitic  820  240  13  40-70

Austenitic  600  180  14  30-70

K  Gray cast iron (GG)  Ferritic  160  15  90-160

Pearlitic  250  16  80-140

Cast iron nodular (GGG)  Ferritic  180  17  90-180

Pearlitic  260  18  80-140

Malleable cast iron  Ferritic  130  19  90-160

Pearlitic  230  20  80-140

N  Aluminum - Wrought alloy  Not cureable  60  21  90-220

Cured  100  22  90-220

Aluminum-cast, alloyed  <=12% Si  Not cureable  75  23  90-220

Cured  90  24  90-220

>12% Si  High temp.  130  25  80-160

Copper alloys  >1% Pb  Free cu TTing  110  26  90-220

Brass  90  27  90-220

Electrolitic copper  100  28  90-220

Cured  280  32  20-50

Ni or Co based  Annealed  250  33  20-50

Cured  350  34  20-50

Cast  320  35  20-50

Titanium, Ti alloys  Rm 400  36  20-50

Alpha+beta alloys cured  Rm 1050  37  20-50

H  Hardened steel  Hardened  55HRC  38  20-50

Hardened  60HRC  39  20-50

Feed (mm/rev) vs. drill diameter

.6 - .7.9  .8 - .9.9  .10 - .11.9  .12 - .13.9  .14 - .15.9  .16 - .19.9  .20 - .25.9

0.09-0.13  0.12-0.22  0.15-0.28  0.18-0.30  0.20-0.35  0.25-0.45  0.25-0.45

0.09-0.15  0.12-0.25  0.14-0.28  0.16-0.32  0.18-0.35  0.23-0.40  0.25-0.45

0.09-0.12  0.12-0.20  0.12-0.22  0.15-0.25  0.18-0.28  0.20-0.30  0.22-0.33

0.08-0.10  0.10-0.15  0.12-0.18  0.14-0.20  0.16-0.24  0.16-0.26  0.18-0.30

0.12-0.18  0.15-0.30  0.20-0.35  0.25-0.40  0.30-0.45  0.35-0.55  0.35-0.60

0.20-0.35  0.25-0.40  0.30-0.45  0.35-0.50  0.40-0.60  0.45-0.70

0.05-0.07  0.06-0.11  0.08-0.13  0.10-0.15  0.12-0.18  0.12-0.20  0.14-0.22

0.05-0.07  0.06-0.12  0.08-0.15  0.10-0.18  0.12-0.20  0.14-0.22  0.16-0.25

Machining data for MODU-R-DRILL

P  Non-alloy steel,cast steel, free cu TTing steel  <0.25%C  Annealed  420  125  1  120-200

>=0.25%C  Annealed  650  190  2  120-200

<0.55%C  Quenched and tempered  850  250  3  130-190

>=0.55%C  Annealed  750  220  4  130-190

Quenched and tempered  1000  300  5  130-190

Low alloy steeland cast steel (Less than 5% ofalloying elements)  Annealed  600  200  6  100-200

Quenched and tempered  930  275  7  100-200

1000  300  8  100-200

1200  350  9  100-200

High alloy steel, cast steel and tool steel  Annealed  680  200  10  100-160

M  Stainless steel and cast steel  Ferritic / martensitic  680  200  12  80-140

Martensitic  820  240  13  80-140

Austenitic  600  180  14  80-140

K  Gray cast iron (GG)  Ferritic  160  15  100-250

Pearlitic  250  16  100-250

Cast iron nodular (GGG)  Ferritic  180  17  100-250

Pearlitic  260  18  100-250

Malleable cast iron  Ferritic  130  19  100-250

Pearlitic  230  20  100-250

N  Aluminum - Wrought alloy  Not cureable  60  21  160-260

Cured  100  22  160-260

Aluminum-cast, alloyed  <=12% Si  Not cureable  75  23  160-260

Cured  90  24  160-260

>12% Si  High temp.  130  25  160-260

Copper alloys  >1% Pb  Free cu TTing  110  26  160-260

Brass  90  27  160-260

Electrolitic copper  100  28  160-260

Cured  280  32  30-80

Ni or Co based  Annealed  250  33  30-80

Cured  350  34  30-80

Cast  320  35  30-80

Titanium, Ti alloys  Rm 400  36  30-80

Alpha+beta alloys cured  Rm 1050  37  30-80

SPGX 06 .26 - .28  SPGX 07 .29 - .32  SPGX 09 .33 - .36  SPGX 11 .37 - .43  SPGX 11 .44 - .45  SPGX 14 .46 - .50

0.20-0.35  0.25-0.35  0.2-0.4  0.25-0.4  0.28-0.45  0.28-0.45

0.20-0.33  0.25-0.33  0.25-0.36  0.25-0.36  0.25-0.40  0.25-0.40

0.12-0.24  0.15-0.24  0.16-0.25  0.18-0.28  0.18-0.30  0.18-0.30

0.25-0.45  0.25-0.45  0.3-0.5  0.3-0.5  0.35-0.55  0.35-0.55

0.3-0.5  0.3-0.5  0.35-0.55  0.05-0.55  0.4-0.6  0.4-0.6

0.1-0.16  0.10-0.18  0.15-0.20  0.15-0.22  0.16-0.24  0.16-0.24

0.1-0.16  0.12-0.18  0.14-0.20  0.14-0.20  0.16-0.22  0.16-0.22

Machining data for SPADE-RUSH

Low alloy steeland cast steel (Less than 5% ofalloying elements)  Annealed  600  200  6  80-120

K  Gray cast iron (GG)  Ferritic  160  15  90-180

Cast iron nodular (GGG)  Ferritic  180  17  90-165

.20 - .25.9  .26 - .29.9  .30 - .34.9  .35 - .41

0.30-0.50  0.30-0.50  0.30-0.50  0.35-0.55

0.25-0.45  0.25-0.45  0.25-0.45  0.30-0.50

0.25-0.35  0.25-0.35  0.25-0.35  0.30-0.40

0.15-0.30  0.15-0.30  0.15-0.30  0.20-0.35

0.35-0.55  0.35-0.55  0.35-0.55  0.40-0.60

0.40-0.60  0.40-0.60  0.40-0.60  0.50-0.70

0.10-0.20  0.10-0.20  0.15-0.25  0.15-0.25

Machining data for SOLID-3-DRILL

K  Gray cast iron (GG)  Ferritic  160  15  80-140

Pearlitic  250  16  70-120

Cast iron nodular (GGG)  Ferritic  180  17  80-120

Pearlitic  260  18  70-110

Malleable cast iron  Ferritic  130  19  80-120

Pearlitic  230  20  70-110

.4 - .5  .5.1 - .6  .6.1 - .8  .8.1 -  .10  .10.1 - .12

0.15-0.25  0.20-0.35  0.25-0.45  0.30-0.55  0.35-0.60

0.15-0.25  0.20-0.35  0.25-0.40  0.30-0.50  0.35-0.55

0.15-0.20  0.20-0.30  0.25-0.35  0.30-0.45  0.35-0.50

0.20-0.30  0.25-0.45  0.35-0.55  0.40-0.60  0.45-0.65

0.20-0.30  0.20-0.40  0.30-0.50  0.35-0.55  0.40-0.60

Machining data for H-DRILL

P  Non-alloy steel,cast steel, free cu TTing steel  <0.25%C  Annealed  420  125  1  80-120

>=0.25%C  Annealed  650  190  2  80-110

<0.55%C  Quenched and tempered  850  250  3  70-100

>=0.55%C  Annealed  750  220  4  70-100

Quenched and tempered  1000  300  5  70-100

Low alloy steeland cast steel (Less than 5% ofalloying elements)  Annealed  600  200  6  70-90

Quenched and tempered  930  275  7  70-90

1000  300  8  50-80

High alloy steel, cast steel and tool steel  Annealed  680  200  10  50-80

Quenched and tempered  1100  325  11  40-70

M  Stainless steel and cast steel  Ferritic / martensitic  680  200  12  30-60

Martensitic  820  240  13  30-60

Austenitic  600  180  14  30-60

K  Gray cast iron (GG)  Ferritic  160  15  65-80

Pearlitic  250  16  65-80

Cast iron nodular (GGG)  Ferritic  180  17  85-105

Pearlitic  260  18  75-90

Malleable cast iron  Ferritic  130  19  65-80

Pearlitic  230  20  65-80

N  Aluminum - Wrought alloy  Not cureable  60  21  70-200

Cured  100  22  70-200

Aluminum-cast, alloyed  <=12% Si  Not cureable  75  23  70-200

Cured  90  24  70-200

>12% Si  High temp.  130  25  70-150

Copper alloys  >1% Pb  Free cu TTing  110  26  70-200

Brass  90  27  70-200

Electrolitic copper  100  28  70-200

S  High temp. alloys  Fe based  Annealed  200  31  15-40

Cured  280  32  15-40

Ni or Co based  Annealed  250  33  15-40

Cured  350  34  15-40

Cast  320  35  15-40

H  Hardened steel  Hardened  55HRC  38  10-40

Hardened  60HRC  39  10-40

.3 - .5  .5.1 - .8  .8.1 - .12

0.10-0.20  0.15-0.25  0.20-0.30

0.08-0.18  0.10-0.20  0.15-0.25

0.06-0.12  0.10-0.15  0.12-0.18

0.10-0.25  0.15-0.35  0.25-0.45

0.08-0.18  0.15-0.25  0.20-0.35

0.02-0.08  0.04-0.10  0.06-0.12

Machining data for TOP-CAP

Drilling  Turning & boring  Grooving

Vc (m/min)  Feed (mm/rev)  Vc (m/min)  Feed (mm/rev)  Vc (m/min)  Feed (mm/rev)

120-260  0.05-0.06  140-280  0.04-0.14  120-250  0.04-0.25

80-190  0.05-0.15  90-200  0.04-0.12  80-180  0.04-0.25

100-280  0.06-0.18  100-200  0.04-0.15  80-180  0.04-0.25

60-180  0.04-0.15  80-180  0.07-0.12  60-160  0.04-0.25

80-190  0.05-0.15  80-200  0.04-0.12  80-160  0.04-0.25

50-150  0.04-0.14  60-150  0.04-0.12  50-120  0.04-0.25

50-210  0.04-0.15  60-230  0.07-0.12  50-200  0.04-0.25

100-300  0.06-0.23  120-230  0.07-0.2  100-200  0.04-0.25

100-200  0.06-0.15  120-230  0.04-0.13  100-200  0.04-0.25

120-500  0.05-0.3  120-700  0.04-0.25  100-700  0.04-0.25

80-380  0.05-0.23  80-500  0.04-0.2  80-350  0.04-0.25

50-140  0.04-0.14  50-160  0.04-0.12  50-140  0.04-0.25

20-50  0.04-0.05  20-80  0.04-0.05  20-50  0.04-0.05

30-60  0.04-0.05  30-100  0.04-0.05  30-80  0.04-0.05

20-40  0.04-0.05  20-70  0.04-0.05  20-50  0.04-0.05

Machining data for TBTA 3/5/7/9 & TBTA-R

P  Non-alloy steel,cast steel, free cu TTing steel  <0.25%C  Annealed  420  125  1  60-120

>=0.25%C  Annealed  650  190  2  60-120

<0.55%C  Quenched and tempered  850  250  3  60-120

>=0.55%C  Annealed  750  220  4  60-120

Quenched and tempered  1000  300  5  50-100

Low alloy steeland cast steel (Less than 5% ofalloying elements)  Annealed  600  200  6  50-100

Quenched and tempered  930  275  7  50-100

1000  300  8  50-100

1200  350  9  50-100

High alloy steel, cast steel and tool steel  Annealed  680  200  10  60-120

Quenched and tempered  1100  325  11  60-120

M  Stainless steel and cast steel  Ferritic / martensitic  680  200  12  60-110

Martensitic  820  240  13  60-110

Austenitic  600  180  14  60-110

K  Gray cast iron (GG)  Ferritic  160  15  60-100

Pearlitic  250  16  60-100

Cast iron nodular (GGG)  Ferritic  180  17  60-100

Pearlitic  260  18  60-100

Malleable cast iron  Ferritic  130  19  60-100

N  Aluminum - Wrought alloy  Not cureable  60  21  60-130

Cured  100  22  60-130

Aluminum-cast, alloyed  <=12% Si  Not cureable  75  23  60-130

Cured  90  24  60-130

>12% Si  High temp.  130  25  60-130

Copper alloys  >1% Pb  Free cu TTing  110  26  60-130

Brass  90  27  60-130

Electrolitic copper  100  28  60-130

S  High temp. alloys  Fe based  Annealed  200  31  20-65

Cured  280  32  20-65

Ni or Co based  Annealed  250  33  20-65

Cured  350  34  20-65

Cast  320  35  20-65

Titanium, Ti alloys  Rm 400  36  30-100

Alpha+beta alloys cured  Rm 1050  37  30-100

.38.00 - .39.99  .40.00 - .51.99  .52.00 - .63.99  .64.00 - .84.99  .85.00 -

0.08-0.15  0.10-0.20  0.13-0.23  0.15-0.25  0.18-0.30

0.08-0.13  0.10-0.15  0.13-0.18  0.15-0.20  0.18-0.23

0.08-0.20  0.10-0.25  0.13-0.28  0.15-0.30  0.18-0.33

Machining data for TBTA-FB

P  Non-alloy steel,cast steel, free cu TTing steel  <0.25%C  Annealed  420  125  1  70-130

>=0.25%C  Annealed  650  190  2  70-130

<0.55%C  Quenched and tempered  850  250  3  70-130

>=0.55%C  Annealed  750  220  4  70-130

Quenched and tempered  1000  300  5  70-130

Quenched and tempered  930  275  7  60-120

1000  300  8  60-120

1200  350  9  60-120

High alloy steel, cast steel and tool steel  Annealed  680  200  10  70-130

Quenched and tempered  1100  325  11  70-130

M  Stainless steel and cast steel  Ferritic / martensitic  680  200  12  70-130

Martensitic  820  240  13  70-130

Austenitic  600  180  14  70-130

K  Gray cast iron (GG)  Ferritic  160  15  60-110

Pearlitic  250  16  60-110

Cast iron nodular (GGG)  Ferritic  180  17  50-110

Pearlitic  260  18  50-110

Malleable cast iron  Ferritic  130  19  70-110

N  Aluminum - Wrought alloy  Not cureable  60  21  65-130

Cured  100  22  65-130

Aluminum-cast, alloyed  <=12% Si  Not cureable  75  23  65-130

Cured  90  24  65-130

>12% Si  High temp.  130  25  65-130

Copper alloys  >1% Pb  Free cu TTing  110  26  65-130

Brass  90  27  65-130

Electrolitic copper  100  28  65-130

S  High temp. alloys  Fe based  Annealed  200  31  20-50

.25.00 - .43.00  .43.01 - .65.00

0.10-0.30  0.12-0.35

0.10-0.25  0.12-0.35

0.08-0.23  0.12-0.27

Machining data for BTA & BTS

P  Non-alloy steel,cast steel, free cu TTing steel  <0.25%C  Annealed  420  125  1  70-120

>=0.25%C  Annealed  650  190  2  70-120

<0.55%C  Quenched and tempered  850  250  3  40-70

>=0.55%C  Annealed  750  220  4  70-120

Quenched and tempered  1000  300  5  55-100

Low alloy steeland cast steel (Less than 5% ofalloying elements)  Annealed  600  200  6  70-100

Quenched and tempered  930  275  7  55-100

1000  300  8  55-100

1200  350  9  55-100

High alloy steel, cast steel and tool steel  Annealed  680  200  10  50-85

Quenched and tempered  1100  325  11  55-100

M  Stainless steel and cast steel  Ferritic / martensitic  680  200  12  60-100

Martensitic  820  240  13  60-100

Austenitic  600  180  14  60-100

Cast iron nodular (GGG)  Ferritic  180  17  80-100

Pearlitic  260  18  80-100

Malleable cast iron  Ferritic  130  19  50-100

Pearlitic  230  20  50-100

Cured  100  22  65-100

S  High temp. alloys  Fe based  Annealed  200  31  10-50

Cured  280  32  10-50

Ni or Co based  Annealed  250  33  10-50

Cured  350  34  10-50

Cast  320  35  10-50

Titanium, Ti alloys  Rm 400  36  30-50

Alpha+beta alloys cured  Rm 1050  37  30-50

.8.00 - .20.00  .15.60 - .20.00  .20.01 - .31.00  .31.01 - .43.00  .43.01 - .65.00

0.05-0.13  0.08-0.15  0.10-0.17  0.13-0.20  0.16-0.30

0.05-0.10  0.08-0.12  0.10-0.15  0.13-0.17  0.15-0.28

0.05-0.13  0.08-0.15  0.10-0.28  0.13-0.30  0.16-0.35

0.05-0.12  0.05-0.12  0.08-0.25  0.10-0.28  0.15-0.33

0.05-0.13  0.06-0.13  0.08-0.18  0.10-0.20  0.15-0.25

0.05-0.13  0.08-0.15  0.10-0.20  0.15-0.25  0.16-0.30

0.05-0.12  0.06-0.12  0.08-0.15  0.12-0.18  0.15-0.25

0.05-0.10  0.05-0.10  0.08-0.12  0.10-0.15  0.12-0.20

Machining data for TRGD / TRGDL / TBTA-TR

H  Hardened steel  Hardened  55 HRC  38

Hardened  60 HRC  39

Cast iron nodular  Hardened  55 HRC  41

TRGD / TRGDL  TBTA-TR

Cu TTing speedVc (m/min)  .14.00-.15.99  .16.00-.28.00   .28.01-.40.00  Cu TTing speedVc (m/min)  .16.00-.28.00

80-140  0.05-0.10  0.05-0.10  0.05-0.15  90-130  0.15-0.20

80-140  0.05-0.16  0.05-0.20  0.05-0.20  90-130  0.15-0.20

80-140  0.05-0.16  0.05-0.20  0.05-0.20  70-130  0.10-0.25

80-140  0.05-0.10  0.05-0.10  0.05-0.15  70-120  0.10-0.25

80-120  0.05-0.16  0.05-0.20  0.05-0.20  60-120  0.10-0.25

80-140  0.05-0.10  0.05-0.10  0.05-0.15  70-130  0.10-0.25

80-120  0.05-0.16  0.05-0.20  0.05-0.20  70-130  0.10-0.25

60-100  0.05-0.10  0.05-0.10  0.05-0.15  80-130  0.06-0.10

80-140  0.05-0.25  0.05-0.30  0.05-0.30  50-110  0.10-0.20

80-140  0.05-0.25  0.05-0.30  0.05-0.30  60-110  0.10-0.20

80-140  0.05-0.25  0.05-0.30  0.05-0.30  70-110  0.10-0.20

100-200  0.05-0.20  0.05-0.20  0.05-0.25  65-130  0.08-0.18

65-130  0.08-0.18

20-50  0.04-0.08  0.04-0.10  0.04-0.13  20-50  0.08-0.18

30-60  0.05-0.13  0.05-0.15  0.05-0.18  30-60  0.08-0.18

50-100  0.04-0.08  0.04-0.10  0.04-0.13

Machining data for CDF

Material  Tensile strength(N/mm2)  Hardness HB  Cu TTing speedVc (m/min)  Feed (mm/rev) vs. drill diameter

.3.0 - .6.0  .6.1- .8.0  .8.1- .10.0  .10.1- .12.7

CFRP  420  125  50-150  0.02-0.07  0.03-0.08  0.03-0.08  0.04-0.10

GFRP  650  190  40-120  0.02-0.07  0.03-0.08  0.03-0.08  0.04-0.10

Reaming Tools

Solid reamers for blind hole

Designation DC

. Special diameters are available on request

NOF: Number of flutes

TS-L...-NS

Solid reamers for through hole

BD  DCONMSh6

DCH7

PLGL

. Left flute - DIN1420  L  LU

Designation  DC  L  Dimension (mm) PLGL BD LU  OAL  DCONMS  NOF  Grade  TT5040

TS-L0300-NS .  3.0  12  0.7  2.2  31  60  4.0  4  .

L0400-NS  4.0  12  0.7  3.0  40  68  6.0  4  .

L0500-NS  5.0  12  0.9  3.8  40  76  6.0  4  .

L0600-NS  6.0  12  0.9  4.5  40  76  6.0  4  .

L0700-NS  7.0  15  0.9  5.6  65  101  8.0  6  .

L0800-NS  8.0  15  0.9  6.4  65  101  8.0  6  .

L0900-NS  9.0  18  0.95  7.2  61  101  10.0  6  .

L1000-NS  10.0  18  0.95  8.0  61  101  10.0  6  .

L1050-NS  10.5  18  1.05  8.4  85  130  12.0  6  .

L1100-NS  11.0  18  1.05  8.8  85  130  12.0  6  .

L1150-NS  11.5  18  1.05  9.2  85  130  12.0  6  .

L1200-NS  12.0  18  1.05  9.6  85  130  12.0  6  .

Cu TTing . Special diameters are available on request : Standard items

.   : .3 reamer does not include a coolant hole

D223

TM...-TO

Head changeable reamer holders

TM...KEY

TM...SCR

Clamping screws

TB-T...-T0

Indexable reamer holders

L6

. For through hole

TB-B...-T0

DC (mm)  Clamping wedge  Clamping screw  Adjustment screw  Adjustment pin  SSC

8  WDG-TB-1  SR-CL-TB-1  SR-ADJ-M3x2.5  PIN-ADJ-TB-1  1

9  WDG-TB-1  SR-CL-TB-1  SR-ADJ-M3x3  PIN-ADJ-TB-1  1

10  WDG-TB-1  SR-CL-TB-2  SR-ADJ-M3x3  PIN-ADJ-TB-2  2

11  WDG-TB-1  SR-CL-TB-2  SR-ADJ-M3x4  PIN-ADJ-TB-2  2

12  WDG-TB-3  SR-CL-TB-3  SR-ADJ-M4x4  PIN-ADJ-TB-3  3

13  WDG-TB-3  SR-CL-TB-3  SR-ADJ-M4x4  PIN-ADJ-TB-3  3

14  WDG-TB-3  SR-CL-TB-3  SR-ADJ-M4x4  PIN-ADJ-TB-3  3

15  WDG-TB-3  SR-CL-TB-3  SR-ADJ-M4x6  PIN-ADJ-TB-3  3

16  WDG-TB-3  SR-CL-TB-3  SR-ADJ-M4x6  PIN-ADJ-TB-3  3

17  WDG-TB-3  SR-CL-TB-3  SR-ADJ-M4x8  PIN-ADJ-TB-3  3

18  WDG-TB-3  SR-CL-TB-3  SR-ADJ-M4x8  PIN-ADJ-TB-3  3

19  WDG-TB-3  SR-CL-TB-3  SR-ADJ-M4x8  PIN-ADJ-TB-3  3

20  WDG-TB-3  SR-CL-TB-3  SR-ADJ-M4x10  PIN-ADJ-TB-3  3

21  WDG-TB-3  SR-CL-TB-3  SR-ADJ-M4x10  PIN-ADJ-TB-3  3

22  WDG-TB-3  SR-CL-TB-3  SR-ADJ-M4x10  PIN-ADJ-TB-3  3

23  WDG-TB-3  SR-CL-TB-3  SR-ADJ-M4x10  PIN-ADJ-TB-3  3

24  WDG-TB-3  SR-CL-TB-3  SR-ADJ-M4x10  PIN-ADJ-TB-3  3

25  WDG-TB-3  SR-CL-TB-3  SR-ADJ-M4x10  PIN-ADJ-TB-3  3

26  WDG-TB-4  SR-CL-TB-4  SR-ADJ-M4x10  PIN-ADJ-TB-4  4

27  WDG-TB-4  SR-CL-TB-4  SR-ADJ-M4x10  PIN-ADJ-TB-4  4

28  WDG-TB-4  SR-CL-TB-4  SR-ADJ-M4x10  PIN-ADJ-TB-4  4

29  WDG-TB-4  SR-CL-TB-4  SR-ADJ-M4x10  PIN-ADJ-TB-4  4

30  WDG-TB-4  SR-CL-TB-4  SR-ADJ-M4x10  PIN-ADJ-TB-4  4

31  WDG-TB-4  SR-CL-TB-4  SR-ADJ-M4x10  PIN-ADJ-TB-4  4

32  WDG-TB-4  SR-CL-TB-4  SR-ADJ-M4x10  PIN-ADJ-TB-4  4

TM...-BL

Head changeable reamer heads

TM...-AS

TB Blade

Indexable blades

. For H6 hole tolerance

Machining data for TS-REAM

ISO  Material  Condition  Tensile strength(N/mm2)  Hardness HB  Material No.  Cu TTing speedVc(m/min)  Feed (mm/rev)

.3-.10  .10.1-.12

P  Non-alloy steel,cast steel, free cu TTing steel  <0.25%C  Annealed  420  125  1  10-20  0.15-0.25  0.20-0.40

>=0.25%C  Annealed  650  190  2  6-15  0.12-0.15  0.15-0.30

<0.55%C  Quenched and tempered  850  250  3  6-20  0.15-0.25  0.20-0.35

>=0.55%C  Annealed  750  220  4  6-15  0.15-0.25  0.20-0.35

Quenched and tempered  1000  300  5  6-15  0.15-0.25  0.20-0.35

Low alloy steeland cast steel (Less than 5% ofalloying elements)  Annealed  600  200  6  6-15  0.12-0.20  0.15-0.30

Quenched and tempered  930  275  7  6-20  0.15-0.25  0.20-0.35

1000  300  8  6-15  0.15-0.25  0.20-0.35

1200  350  9  6-15  0.15-0.25  0.20-0.35

High alloy steel, cast steel and tool steel  Annealed  680  200  10  6-15  0.12-0.20  0.15-0.30

Quenched and tempered  1100  325  11  6-15  0.12-0.20  0.15-0.30

K  Gray cast iron (GG)  Ferritic  160  15  10-25  0.20-0.30  0.30-0.45

Pearlitic  250  16  10-25  0.20-0.30  0.30-0.45

Cast iron nodular (GGG)  Ferritic  180  17  10-20  0.15-0.25  0.20-0.35

Pearlitic  260  18  10-20  0.15-0.25  0.20-0.35

Malleable cast iron  Ferritic  130  19  8-15  0.15-0.25  0.20-0.40

Pearlitic  230  20  8-15  0.15-0.25  0.20-0.40

N  Aluminum - Wrought alloy  Not cureable  60  21  10-30  0.20-0.30  0.30-0.50

Cured  100  22  10-30  0.20-0.30  0.30-0.50

Aluminum-cast, alloyed  <=12% Si  Not cureable  75  23  10-30  0.20-0.30  0.30-0.50

Cured  90  24  10-30  0.20-0.30  0.30-0.50

>12% Si  High temp.  130  25  30-60  0.20-0.30  0.30-0.50

Copper alloys  >1% Pb  Free cu TTing  110  26  20-60  0.30-0.60  0.40-0.80

Brass  90  27  20-60  0.30-0.60  0.40-0.80

Electrolitic copper  100  28  20-60  0.30-0.60  0.40-0.80

Non-metallic  Duroplastics, fiber plastics  29  15-30  0.30-0.60  0.40-0.80

Hard rubber  30  15-30  0.30-0.60  0.40-0.80

Titanium, Ti alloys  Rm 400  36  6-15  0.12-0.20  0.15-0.30

Alpha+beta alloys cured  Rm 1050  37  6-15  0.12-0.20  0.15-0.30

Machining data for TM-REAM - Through hole

ISO  Material  Condition  Material No.  Through hole  Interrupted through Hole

P  Non-alloy steel,cast steel, free cu TTing steel  <0.25%C  Annealed  1   TT9030  BL   TT9030  BL

>=0.25%C  Annealed  2  Vc = 80 - 200  Vc = 60 - 120

<0.55%C  Quenched and tempered  3  B4 - B6  fz = 0.08 - 0.21  B4 - B6  fz = 0.08 - 0.21

>=0.55%C  Annealed  4

Quenched and tempered  5  B7 - B9  fz = 0.12 - 0.27  B7 - B9  fz = 0.09 - 0.21

Low alloy steeland cast steel (Less than 5% ofalloying elements)  Annealed  6   TT9030  BL   TT9030  BL

Quenched and tempered  7  Vc = 80 - 200  Vc = 60 - 120

8  B4 - B6  fz = 0.08 - 0.21  B4 - B6  fz = 0.08 - 0.21

9  B7 - B9  fz = 0.12 - 0.27  B7 - B9  fz = 0.09 - 0.21

High alloy steel, cast steel and tool steel  Annealed  10   TT9030  BL   TT9030  BL

Vc = 20 - 60  Vc = 20 - 60

Quenched and tempered  11  B4 - B6  fz = 0.05 - 0.13  B4 - B6  fz = 0.04 - 0.11

B7 - B9  fz = 0.07 - 0.17  B7 - B9  fz = 0.05 - 0.14

M  Stainless steel and cast steel  Ferritic / martensitic  12   TT9030  BL   TT9030  BL

Vc = 20 - 40  Vc = 20 - 40

Martensitic  13  B4 - B6  fz = 0.05 - 0.13  B4 - B6  fz = 0.04 - 0.11

Austenitic  14  B7 - B9  fz = 0.07 - 0.17  B7 - B9  fz = 0.05 - 0.14

K  Gray cast iron (GG)  Ferritic  15   TT9030  BL   TT9030  BL

Vc = 120 - 220  Vc = 80 - 200

Pearlitic  16  B4 - B6  fz = 0.08 - 0.18  B4 - B6  fz = 0.05 - 0.13

B7 - B9  fz = 0.10 - 0.24  B7 - B9  fz = 0.07 - 0.17

Cast iron nodular (GGG)  Ferritic  17   TT9030  AS or BL   TT9030  BL

Vc = 160 - 280  Vc = 150 - 250

Pearlitic  18  B4 - B6  fz = 0.11 - 0.20  B4 - B6  fz = 0.06 - 0.15

B7 - B9  fz = 0.11 - 0.24  B7 - B9  fz = 0.08 - 0.19

Malleable cast iron  Ferritic  19   TT9030  AS or BL   TT9030  BL

Vc = 100 - 220  Vc = 100 - 220

Pearlitic  20  B4 - B6  fz = 0.11 - 0.20  B4 - B6  fz = 0.06 - 0.15

B7 - B9  fz = 0.11 - 0.24  B7 - B9  fz = 0.08 - 0.20

N  Aluminum - Wrought alloy  Not cureable  21  B7 - B9  BL or GS   TTAL10  BL

Cured  22  Vc = 150 - 400  Vc = 150 - 400

Aluminum-cast, alloyed  <=12% Si  Not cureable  23  B4 - B6  fz = 0.08 - 0.16  B4 - B6  fz = 0.08 - 0.16

Cured  24

>12% Si  High temp.  25  B7 - B9  fz = 0.10 - 0.20  B7 - B9  fz = 0.10 - 0.20

Copper alloys  >1% Pb  Free cu TTing  26   TT9030  BL   TT9030  BL

Vc = 50 - 200  Vc = 50 - 200

Brass  27  B4 - B6  fz = 0.08 - 0.18  B4 - B6  fz = 0.05 - 0.13

Electrolitic copper  28  B7 - B9  fz = 0.10 - 0.23  B7 - B9  fz = 0.07 - 0.16

Non-metallic  Duroplastics, fiber plastics  29   TT9030  AS   TT9030  AS

Vc = 25 - 80  Vc = 25 - 80

Hard rubber  30  B4 - B6  fz = 0.05 - 0.10  B4 - B6  fz = 0.05 - 0.10

B7 - B9  fz = 0.10 - 0.20  B7 - B9  fz = 0.10 - 0.20

S  High temp. alloys  Fe based  Annealed  31   TT9030  L *   TT9030  L *

Cured  32  Vc = 15 - 50  Vc = 15 - 50

Ni or Co based  Annealed  33

Cured  34  B4 - B6  fz = 0.04 - 0.10  B4 - B6  fz = 0.03 - 0.08

Cast  35

Titanium, Ti alloys  36  B7 - B9  fz = 0.05 - 0.13  B4 - B6  fz = 0.04 - 0.11

Alpha+beta alloys cured  37

H  Hardened steel  Hardened  38   TT9030  BL   TT9030  BL

Hardened  39  Vc = 25 - 50  Vc = 25 - 50

Chilled cast iron  Cast  40  B4 - B6  fz = 0.06 - 0.15  B4 - B6  fz = 0.06 - 0.15

Cast iron nodular  Hardened  41  B7 - B9  fz = 0.10 - 0.20  B7 - B9  fz = 0.10 - 0.20

*Standard edge geometries are not suitable for reaming titanium and high temperature alloys. In order to choose a proper geometry, please ask for our recommendations.

The given cu TTing data recommendations refer to the short holders (3xD effective reaming overhang). For longer holders, the cu TTing speed to be reduced proportionally.

For relatively large leading angles (spot-facing geometries), the feed to be reduced up to 30%.

All the given cu TTing data recommendations refer to the machines with spindle through coolant supply.

Legend:

TT9030  BL

Vc = 10 - 20

B4-B6  fz = 0.04 - 0.15

B7-B9  fz = 0.05 - 0.20

Machining data for TM-REAM - Blind hole

ISO  Material  Condition  Material No.  Blind hole  Interrupted blind hole

P  Non-alloy steel,cast steel, free cu TTing steel  <0.25%C  Annealed  1   TT9030  AS   TT9030  AS

>=0.25%C  Annealed  2  Vc = 60-160  Vc = 60 - 120

<0.55%C  Quenched and tempered  3  B4 - B6  fz = 0.06 - 0.18  B4 - B6  fz = 0.05 - 0.15

Quenched and tempered  5  B7 - B9  fz = 0.08 - 0.20  B7 - B9  fz = 0.07 - 0.16

Low alloy steeland cast steel (Less than 5% ofalloying elements)  Annealed  6   TT9030  AS   TT9030  AS

Quenched and tempered  7  Vc = 60-160  Vc = 60 - 120

8  B4 - B6  fz = 0.06 - 0.18  B4 - B6  fz = 0.05 - 0.15

9  B7 - B9  fz = 0.08 - 0.20  B7 - B9  fz = 0.07 - 0.16

High alloy steel, cast steel and tool steel  Annealed  10   TT9030  AS   TT9030  AS

Quenched and tempered  11  B4 - B6  fz = 0.04 - 0.10  B4 - B6  fz = 0.03 - 0.08

B7 - B9  fz = 0.05 - 0.13  B7 - B9  fz = 0.04 - 0.10

M  Stainless steel and cast steel  Ferritic / martensitic  12   TT9030  AS   TT9030  AS

Martensitic  13  B4 - B6  fz = 0.04 - 0.10  B4 - B6  fz = 0.03 - 0.08

Austenitic  14  B7 - B9  fz = 0.05 - 0.13  B7 - B9  fz = 0.05 - 0.10

K  Gray cast iron (GG)  Ferritic  15   TT9030  AS   TT9030  AS

Vc = 80 - 200  Vc = 60 - 120

Pearlitic  16  B4 - B6  fz = 0.06 - 0.18  B4 - B6  fz = 0.05 - 0.13

B7 - B9  fz = 0.08 - 0.23  B7 - B9  fz = 0.08 - 0.18

Cast iron nodular (GGG)  Ferritic  17   TT9030  AS   TT9030  AS

Vc = 160 - 280  Vc = 160 - 240

Pearlitic  18  B4 - B6  fz = 0.06 - 0.18  B4 - B6  fz = 0.06 - 0.16

Malleable cast iron  Ferritic  19   TT9030  AS   TT9030  AS

Pearlitic  20  B4 - B6  fz = 0.06 - 0.18  B4 - B6  fz = 0.05 - 0.15

B7 - B9  fz = 0.08 - 0.23  B7 - B9  fz = 0.08 - 0.20

N  Aluminum - Wrought alloy  Not cureable  21   TTAL10  GS or AS   TTAL10  GS or AS

Cured  22  Vc = 150 - 400  Vc = 150 - 300

Aluminum-cast, alloyed  <=12% Si  Not cureable  23  B4 - B6  fz = 0.08 - 0.16  B4 - B6  fz = 0.07 - 0.15

>12% Si  High temp.  25  B7 - B9  fz = 0.11 - 0.20  B7 - B9  fz = 0.11 - 0.20

Copper alloys  >1% Pb  Free cu TTing  26   TT9030  AS   TT9030  AS

Brass  27  B4 - B6  fz = 0.08 - 0.16  B4 - B6  fz = 0.08 - 0.16

Electrolitic copper  28  B7 - B9  fz = 0.10 - 0.20  B7 - B9  fz = 0.10 - 0.20

Cured  34  B4 - B6  fz = 0.03 - 0.08  B4 - B6  fz = 0.03 - 0.08

Titanium, Ti alloys  36  B7 - B9  fz = 0.04 - 0.11  B7 - B9  fz = 0.04 - 0.11

H  Hardened steel  Hardened  38   TT9030  AS   TT9030  AS

Chilled cast iron  Cast  40  B4 - B6  fz = 0.05 - 0.13  B4 - B6  fz = 0.05 - 0.13

Machining data for TB-REAM

Lead A (15°/3°)(Reaming allowance: 0.1 ~ 0.3)

Feed (mm/rev)  Rake (°)  Cu TTing speedVc (m/min)

ISO  Material  Material No.  Carbide  Coated carbide  Cermet  PCD  CBN

P  Non-alloy steel and cast steel, free cu TTing steel  1 - 5  0.1-0.4  6  40-60  60-80  110-160

Low alloy steel and cast steel(Less than 5% of alloying elements)  6 - 9  0.1-0.4  6  20-40  40-60  110-160

High alloyed steel,cast steel and tool steel  10 - 11  0.1-0.4  6  20-40  20-60  20-60

M  Stainless steel, cast steel  12 - 14  0.1-0.3  12  20-40  40-60  20-60

K  Grey cast iron (GG)  15 - 16  0.1-0.3  0 / 6  40-60  60-100  Please ask

Cast iron nodular (GGG)  17 - 18  0.1-0.3  0 / 6  40-60  60-100

Malleable cast iron  19 - 20  0.1-0.3  0 / 6  40-60  60-100

N  Aluminum wrought alloy  21 - 22  Please ask

Aluminum-cast,alloyed  23 - 25

Copper alloys  26 - 28

Non-metallic  29 - 30

Lead C ()(Reaming allowance: 0.2 ~ 0.4)

P  Non-alloy steel and cast steel, free cu TTing steel  1 - 5

Low alloy steel and cast steel(Less than 5% of alloying elements)  6 - 9

High alloyed steel,cast steel and tool steel  10 - 11

M  Stainless steel, cast steel  12 - 14

K  Grey cast iron (GG)  15 - 16  Please ask

Cast iron nodular (GGG)  17 - 18

Malleable cast iron  19 - 20

N  Aluminum wrought alloy  21 - 22  0.15-0.3  12  150-250  Please ask

Aluminum-cast,alloyed  23 - 25  0.15-0.3  12  150-250

The cu TTing conditions in the table below should be used to start a new application.Optimal conditions for a specific application should be evaluated by examining the resultsand changing the machining conditions accordingly.

For more information of material groups, see the materials & grades "material conversion table" Steel

Cast iron

Nonferrous

Lead B (/3°)(Reaming allowance: 0.1 ~ 0.3)

P  Non-alloy steel and cast steel, free cu TTing steel  1 - 5  0.1-0.4  6  60-80  80-120  110-160

Low alloy steel and cast steel(Less than 5% of alloying elements)  6 - 9  0.1-0.4  6  60-80  80-120  110-160

High alloyed steel,cast steel and tool steel  10 - 11  0.1-0.4  6  40-60  40-80  40-80

M  Stainless steel, cast steel  12 - 14  0.1-0.3  12  40-60  60-80  60-80

K  Grey cast iron (GG)  15 - 16  0.1-0.3  0 / 6  60-80  80-120  Please ask

Cast iron nodular (GGG)  17 - 18  0.1-0.3  0 / 6  60-80  80-120

Malleable cast iron  19 - 20  0.1-0.3  0 / 6  60-80  80-120

N  Aluminum wrought alloy  21 - 22  12  160-200  Please ask

Aluminum-cast,alloyed  23 - 25  12  160-200

Copper alloys  26 - 28  0  80-100

Non-metallic  29 - 30  0  10-70

Lead D (/3°)(Reaming allowance: 0.1 ~ 0.2)

N  Aluminum wrought alloy  21 - 22  12  110-200  Please ask

For more information of material groups, see the materials & grades "material conversion table"

Technical Data

. Chamfering ring designation - DRILL-RUSH

. Chamfering ring designation - TOP-DRILL and T-DRILL

. Modular head disassembly in the event of center drill damage

If the modular head cannot be unclamped due to center drill damage, insert the wrench into the rear section of the shank. Then, turn it clock-wise to disassemble the modular head.

. Disassembling wrench and handle are included with the modular drill holder. (MDB Dxx/xx…)

. Hole tolerance

Diameter D(mm)  Tolerance (μm)

>D  ≤D  B10  C9  C10  D8  D9  D10  E7  E8  E9  F6  F7  F8  G6  G7  H6  H7

_  3  +180 +140  +85 +60  +100 +60  +34 +20  +45 +20  +60 +20  +24 +14  +28 +14  +39 +14  +12 +6  +16 +6  +20 +6  +8 +2  +12 +2  +6 0  +10 0

3  6  +180 +140  +100 +70  +118 +70  +48 +30  +60 +30  +78 +30  +32 +20  +38 +20  +50 +20  +18 +10  +22 +10  +28 +10  +12 +4  +16 +4  +8 0  +12 0

6  10  +208 +150  +116 +80  +138 +80  +62 +40  +76 +40  +98 +40  +40 +25  +47 +25  +61 +25  +22 +13  +28 +13  +35 +13  +14 +5  +20 +5  +9 0  +15 0

10 14  14 18  +220 +150  +138 +95  +165 +95  +77 +50  +93 +50  +120 +50  +50 +32  +59 +32  +75 +32  +27 +16  +34 +16  +43 +16  +17 +6  +24 +6  +11 0  +18 0

18 24  24 30  +244 +160  +162 +110  +194 +110  +98 +65  +117 +65  +149 +65  +61 +40  +73 +40  +92 +40  +33 +20  +41 +20  +53 +20  +20 +7  +28 +7  +13 0  +21 0

30  40  +270 +170  +182 +120  +220 +120  +119 +80  +142 +80  +180 +80  +75 +50  +89 +50  +112 +50  +41 +25  +50 +25  +64 +25  +25 +9  +34 +9  +16 0  +25 0

40  50  +280 +180  +192 +130  +230 +130

50  65  +310 +190  +214 +140  +260 +140  +146 +100  +174 +100  +220 +146  +90 +60  +106 +60  +134 +60  +49 +30  +60 +30  +76 +30  +29 +10  +40 +10  +19 0  +30 0

65  80  +320 +200  +224 +150  +270 +150

Tailor-made Order Form Indexable Drill Tailor-made Order Form

Technical data

.Machine type MCT

Lathe  Vertical

Horizontal Machine name Power  kW

.Coolant supply Internal

External Coolant pressure bar Coolant type

Workpiece

.Part .Material .Hardness

.Machine type MCT                   Lathe

SIG:

Vertical        Horizontal  Machine name Power                              kW

DC: DCONMS:

.Coolant supply Internal         External   Coolant pressure            bar

LCF: LS:

Coolant type

OAL:

Workpiece .Part .Material

SIG: STA:

.Hardness

Hole type

.Blind

.Through

DC_2:

Coating

SDL:

.TiAlN

LCF:

LS:

.Non-coated

Shank type

Cylindrical shank

Whistle notch shank

Cylindrical with flat type

would be hole dimensions and please note hole tolerance if possible. DC, DC_2

Weldon shank

Comment

. Deep hole drilling order form

.: Mandatory data field

Campany name : Inquiry number :

Address : Inquiry date :

Contact person : Customer No :

Workpiece(If possible,please a TTach a drawing) Product name Hole diameter ( Hole depth (drilling length) No. of holes Tolerance (of hole) Surface finish (Rz,Ra...) Deviation (mm/100) Straightness (mm/100) Material Material (DIN,AISI,JIS...) Hardness (HB,HS,HRC...) Condition. Annealed Cast Other Machine Machine supplier name Machine type / model Rigidity GoodDate of manufacture Retrofi TTed NC latheDouble rotation (TR/WR) Tool and workpiece Rotating workpiece (WR) Rotating tool (TR) Safety devices Motor power Type of coolant Coolant supplier name Water based  Soluble Emulsion Oil based Coolant pressureCoolant volume (mm) (mm) Quenched Tempered  Normal Bad  M/C Other (kW)                    %                                                     (bar)                                                     (L/min)

Tool (Drill head) Drill diameter( (mm) Thread Inner Outer Brazed Indexable Adjustable Direct mount Coating Coated Uncoated Coating type TiN TiAlN . Solid drilling . Counterboring Cu TTing angle. 20 ° 45 ° Brazed indexable Nomal angle Close angle Pre-bored size(per side) (mm) Fullball R Flatbo TTom R Bo TTom finishing. Compound R . Trepanning Core size( (mm) Tube inner dia( (mm) Tube outer dia( (mm) Tube Outside dia( (mm) Total length(L) (mm) Internal thread External thread 4 Starts 2 Starts Tube thread 1 end  Both ends Inner tube length (mm) Inner tube slit 1 end Both ends Drilling system Single tube system STS Double tube system DTS Boring conditions Through hole drilling Blind hole drilling Cross hole drilling. . Please sketch your drilling application  Other Corner R 1 Starts

General information  Production

Quantity per year:

Present performance status:

grade, tool life, etc:

Cu TTing data: Vc=              m/min,      N=            rpm

f=              mm/rev,      F=              mm/min

-0.07 PL LU LF

LS

Sketch of drilling application

. Note:  It may be necessary to change several of the parameters that you indicated based

on our experience with your application.

Tool Quantity Nominal diameter and tolerance

Please fill in dimensions on the sketch above. Driver Code No

For standard drivers, please use codes from next pages and  for special drivers, please a TTach sketch and specifications.

Workpiece (If possible, please a TTach a drawing)

Material description(DIN material number or any other standard) Hardness and properties  Blind hole        Through hole      Drilling into pre-hole Hole type

Angled entry        Drilling into solid    Boring  Angled exit Drilling depth

mm Hole tolerance Workpiece

Stationary      Rotating

Application

Stationary      Rotating Tool

Machine Machine type Power

kW Cu TTing speed (Vc)

m/min Revolutions

Nmin :                        RPM   Nmax :                      RPM Cu TTing data Feed   Fmin :                        mm/rev   Fmin :                       mm/rev

Feed rate (VF)                                        mm/min

Coolant type    Oil                     Soluble oil             Other

Coolant  Coolant pressure                                    Bar

Coolant volume                                    liter/min

. Standard gundrill drivers for machining centers and lathes

Drivers

Drivers are available for dedicated and CNC machines as well as any specified diameter or length. Please note that the driver codes and technical data can be found in the chart below.

Driver type  Drawing  DCONMS x LS  Driver code

Cylindrical DIN1835A DIN6535HA  DCONMS LS  20x50  10

25x56  11

32x60  12

40x70  13

.75x2.03"  95

1.00x2.28"  96

1.25x2.28"  97

Weldon DIN1835B DIN6535HB  DCONMS LS DCONMS LS  20x50  22

25x56  23

32x60  24

40x70  25

.75x2.03"  99

1.00x2.28"  100

1.25x2.28"  101

Whistle notch DIN1835E  DCONMS LS  20x50  34

25x56  35

32x60  36

40x70  37

. Standard drivers for gundrill machines

Tailor-made Order Form Reamer

Grade Comparison Table

. Turning grades

. Miniature turning grades

ISO class  TaeguTec  ARNO  Diametal  Kyocera  NTK  Tungaloy  Sumitomo

P   TT4410  TT4430  TT9020  AM5015 AM5025 AM5120  D60 D30 D10  PR1725 PR1425 PR1005 PR1025 PR1115 PR1225 PR930 PR1535  VM1 DM4 DT4 TM4 ZM3 QM3  AH710 SH725 SH730 AH725 AH7025 AH730 AH9030 AH120 AH130 AH3135  AC510U AC520U AC1030U AC530U ACZ150

M   TT4410  TT4430  TT9020  AM5110 AN5015 AM5025 AM5120 AM5220 AM5130  D60 D30 D20 D10  PR1725 PR1425 PR1025 PR1125 PR1225 PR930 PR1535  VM1 DM4 DT4 TM4 ZM3 QM3  AH710 SH725 AH725 AH120 AH130  AC510U AC520U AC1030U AC530U ACZ150

S   TT4410  TT4430  TT9020  AM5110 AM5015 AM5025 AM5120 AM5220 AM5130  D60 D30 D20  PR1725 PR1425 PR1025 PR1125 PR1225 PR930 PR1535  DM4 DT4 TM4 QM3  AH905 AH8005 AH8015 AH110 SH730 AH725 AH120  AC510U AC520U AC1030U AC530U ACZ150

. Parting & Grooving Grades

. Cermet grades

. Ceramic grades

Application  Composition  TaeguTec  Sandvik  Kennametal  Ceramtec  NTK  Kyocera  Sumitomo  Tungaloy

K  AlO, ZrO232  AW120  CC620  SN60 SN80  HC1 HW2  KA30

AlO, TiC 23 AB30  CC650  KY1615  SH2 SH4  HC2 HC5 HC6  A65  NB90S NB90M  LX21

Si, Al2O3, 3N4YO, AlN 23 AS500  KY1310 KY3000  SL506 SL508 SL606 SL608  SX9

, ZrO2, Si3N4AlO, YO3 232 AS10  CC6090 CC6190  KY1320 KY3500 KYK10  SL500 SL808  SX1 SX6 SX8  KS6000 KS6050  SN2000K SN2100K NS260  FX105 CX710

CVD coated  SC10  CC1690  KY3400 KYK25  SL550C SL554C SL654C SL658C SL854C SL858C  SP2 SP9  CS7050  NS260C

H  Al, TiCN 2O3 AB20  SH2 SH4  HC2 HC5 HC7  LX10

PVD coated  AB2010  CC6050  KY4400  ZC4 ZC7  A66N PT600M  NB100C  LX11

S  AlO23, SiC whisker  TC430  CC670  KY4300  WA1 WA5  WX2000

Si, TiN 3N4 TC3020 TC3030  CC6060 CC6065  KY2100 KY1540 KYS30 KYS25 KYS30P  SX5 SX7 SX9  KS6030 KS6040  SN1000S SN2000S

. CBN grades

Application  TaeguTec  Iscar  Tungaloy  Sumitomo  Sandvik  Kennametal  Mitsubishi  Kyocera  Seco

H  TB610  IB10H IB50  BX310  BN1000  BNX1  CB7105 CB7015  KB1610  MBC010  KBN510  CBN10

IB10HC  BNC80        BNC100 BNC2010  KB5610 KB9610  MB8025 BC8105  KBN10M KBN10C KBN25C  CBN050C

TB2015 TB650  IB20H IB55  BX330 BX530  BN250          BN2000 BNX20  CB7115 CB7025  KB1625  MB810  KBN525  CBN100

IB25HA  BXM10  BNC160 BNC2020  KB5625  MB820 BC8110  KBN05M                  KBN25M  CBN160C

TB670  IB25HC  BX360 BX380  BNX25         BN350  CB7125 CB7135 CB50  MB825          MB8025 BC8120  CBN150 CBN170

BXM20 BXA20  BNC200    BNC300  MB835 BC8020 BC8130  KBN30M  CBN060K CBN100P

K  TB7015 TB730  IB90  BX930           BX850  BX950  BN500  BN7500    BN7000  CB50  KB1630 KB1345  MB4020 MB710  KBN60M   KBN65B  CBN200

IB05S  IB10S  BX470 BX480  BN700     BNC500  CB7050  KB5630 KB9640  MB730  KBN65M KBN70M  CBN400C

KB90A TB7020  BX90S BXC90  BNS800  MBS140  KBN900  CBN300 CBN350

. PCD grades

ISO class  TaeguTec  Iscar  Tungaloy  Sumitomo  Sandvik  Kennametal  Mitsubishi  Kyocera  Seco  NTK

N01-N10  TD810  ID8  DX180 DX160  DA90  KD1405  MD203  KPD230  PCD30M PCD30

N05-N20  KP300  ID5  DX140  DA150  CD10  KD1400  MD220  KPD010  PCD20  PD1

N15-N30  TD830  DX120 DX110  DA2200  DA1000  KD1425  MD205  KPD001  PCD10 PCD05  PD2

SFEED-RUSH Grades

. Turning SFEED-RUSH grades

SFEED-RUSH grades have upgraded toughness and chipping resistance through special post-coating treatment process of CVD grades. Through the post-coating treatment process, single color inserts have been transformed into two different colors, on the side and the top (see the illustrations below).

ISO class  Grade  ISO Rage  Insert color

TT8105B  P05-P15  All yellow color  Upgraded SFEED-RUSH Grade Special post-coating treatment Two colors: yellow and black

TT8115B  P05-P20

P   TT8125B  P15-P30

TT8135B  P25-P40

Turning Chip Breaker Comparison Table

. Negative insert

. Positive insert

ISO classfication  Cu TTing mode  TaeguTec  Sandvik  Kennametal  Seco  Walter

P  Medium with wiper  WT  WM  MW  W-F2  PM

FA  PF, UF  UF, 11, GM  FF1  PF4

FX

GT-SL GT-SA, GT-SM

FP  F1

FG  UM  LF  PS5

XF

Medium  PC, GT-SH FM  PM  MP

GT-SH  XM  PM5

MT  PR, UR  MF  F2, MF2, M5  E47, MT-

XR

PMR- PMR- PMR- PMR-

N  Finishing - Medium- G Tol.  GT-SA, FL  AL  HP  AL  PM2

S  Finishing - G Tol.  GT-FGS, SA  GT-UM  GT-HP, LF  GT-F1  GT-PF2

Finishing  FG  MF, UM  FP, LF  F1, F2  PF4, PS5

Medium  PC  MM  MF2  PM5

Valenite  Mitsubishi  Sumitomo  Kyocera  Tungaloy  Korloy  Iscar

MW  WG

XP

FV  LU  GK, GP, DP  01, PF, PSF  VL, HFP  38, PF

FP  VF

SMG  FC  CF GF CK  JS

PM3  FK  XQ  VF

PM4  SU  GK  HMP, C05  SM

SQ, SV  SC, SK  16, GT-

GQ HQ  PSS PS

MQ, MV  SF, MU  14, 17

PM5  MT-  MT-  PM  C25  19, MT-

PMR- UJ  G, PMR- 23

IL  AZ  AW, AG  AH  AL  AK, AR  AF, AS

GT-PM2  GT-FJ  GT-SI  GT-VP1

1A  FM, LM, SV  SU  MQ  PSF  VL  PF

2A  MM, MV  MU  PSS, PS, PM  MP

Hardness Conversion Table

Vickers 50kg HV     Brinell HB10mm ball       LOAD 3000kgf   Rockwell Shore's HS   Tensile strengthN/mm2 (kgf/mm2)

Standard ball  Tungsten carbide ball  A scale 60kgf diamond brale HRA  B scale 100kgf 1/16in ball HRB  C scale 150kgf diamond brale HRC  D scale 100kgf diamond brale HRD

1900  93.1  80.5

1800  92.6  79.2

1700  91.9  77.9

1600  91.3  76.6

1500  90.5  75.3

1450  90.1  74.6

1400  89.6  74.0

1350  89.1  73.4

1300  88.7  72.7

1250  88.3  72.1

1200  87.9  71.5

1150  87.5  70.9

1100  87.1  70.3

1050  86.6  69.6

1000  86.2  68.9

940  85.6  68.0  76.9  97

920  85.3  67.5  76.5  96

900  85.0  67.0  76.1  95

880  (767) 84.7  66.4  75.7  93

860  (757) 84.4  65.9  75.3  92

840  (745) 84.1  65.3  74.8  91

820  (733) 83.8  64.7  74.3  90

800  (722) 83.4  64.0  74.8  88

780  (710) 83.0  63.3  73.3  87

760  (698) 82.6  62.5  72.6  86

740  (684) 82.2  61.8  72.1  84

720  (670) 81.8  61.0  71.5  83

700  (656) 81.3  60.1  70.8  81

690  (647) 81.1  59.7  70.5

680  (638) 80.8  59.2  70.1  80

670  630  80.6  58.8  69.8

660  620  80.3  58.3  69.4  79

650  611  80.0  57.8  69.0

640  601  79.8  57.3  68.7  77  2205(210)

630  591  79.5  56.8  68.3  2020(206)

620  582  79.2  56.3  67.9  75  1985(202)

610  573  78.9  55.7  67.5  1950(199)

600  564  78.6  55.2  67.0  74  1905(194)

590  554  78.4  54.7  66.7  1860(190)

580  515  78.0  54.1  66.2  72  1825(186)

570  535  77.8  53.6  65.8  1795(183)

560  525  77.4  53.0  65.4  71  1750(179)

550  (505) 517  77.0  52.3  64.8  1750(174)

540  (496) 507  76.7  51.7  64.4  69  1660(169)

530  (488) 497  76.4  51.1  66.2  1620(165)

520  (480) 488  76.1  50.5  63.5  67  1570(160)

510  (473) 479  75.7  49.8  62.9  1530(156)

500  (465) 471  75.3  49.1  62.2  66  1459(153)

490  (456) 460  74.9  48.4  61.6  1460(149)

480  488  452  74.5  47.7  61.3  64  1410(144)

. Note: Gray figures come from ASTM E 140 table (Calculated by SAE-ASM-ASTM together)

Vickers 50kg HV      Brinell HB10mm ball       LOAD 3000kgf   Rockwell Shore's HS  Tensile strengthN/mm2 (kgf/mm2)

470  441  442  74.1  46.9  60.7  1570(160)

460  433  433  73.6  46.1  60.1  62  1530(156)

450  425  425  73.3  45.3  59.4  1459(153)

440  415  415  72.8  44.5  58.8  59  1460(149)

430  405  405  72.3  43.6  58.2  1410(144)

420  397  397  71.8  42.7  57.5  57  1370(140)

410  388  388  71.4  41.8  56.8  1330(136)

400  379  379  70.8  40.8  56.0  55  1290(131)

390  369  369  70.3  39.8  55.2  1240(127)

380  360  360  69.8  (110.0)  38.8  54.4  52  1250(123)

370  350  350  69.2  37.7  53.6  1170(120)

360  341  341  68.7  (109.0)  36.6  52.8  50  1130(115)

350  331  331  68.1  35.5  51.9  1095(112)

340  322  322  67.6  (108.0)  34.4  51.1  47  1070(109)

330  313  313  67.0  33.3  50.2  1035(105)

320  303  303  66.4  (107.0)  32.2  49.4  45  1005(103)

310  294  294  65.8  31.0  48.4  980 (100)

300  284  284  65.2  (105.5)  29.8  47.5  42  950 (97)

295  280  280  64.8  29.2  47.1  935 (96)

290  275  275  64.5  (104.5)  28.5  46.5  41  915 (94)

285  270  270  64.2  27.8  46.0  905 (92)

280  265  265  63.8  (103.5)  27.1  45.3  40  890 (91)

275  261  261  63.5  26.4  44.9  875 (89)

270  256  256  63.1  (102.0)  25.6  44.3  38  855 (87)

265  252  252  62.7  24.8  43.7  840 (86)

260  247  247  62.4  (101.0)  24.0  43.1  37  825 (84)

255  243  243  62.0  23.1  42.2  805 (82)

250  238  238  61.6  99.5  22.2  41.7  36  795 (81)

245  233  233  61.2  21.3  41.1  780 (79)

240  228  228  60.7  98.1  20.3  40.3  34  765 (78)

230  219  219  96.7  (18.0) 33  730 (75)

220  209  209  95.0  (15.7) 32  695 (71)

210  200  200  93.4  (13.4) 30  670 (68)

200  190  190  91.5  (11.0) 29  635 (65)

190  181  181  89.5  (8.5) 28  605 (62)

180  171  171  87.1  (6.0) 26  580 (59)

170  162  162  85.0  (3.0) 25  545 (56)

160  152  152  81.7  (0.0)  24  515 (53)

150  143  143  78.7  22  490 (50)

140  133  133  75.0  21  455 (45)

130  124  124  71.2  20  425 (44)

127  121  69.8  19  (42)

122  116  67.6  18  (41)

117  111  65.7  15  (39)

Material Conversion Table

. According to VDI 3323 standard

Material group  AISI/SAE  Material No. DIN  BS  EN  AFNOR

1 1  A 366 (1012) 1008 A 570 Gr. 33,36 1115 A 570 Gr. 40 A 570 Gr.50 A 572 Gr.50 A 572 Gr. 65 A 284 Gr.D A 573 Gr.58 A 570 Gr 36;C A 611 Gr. C  0.0030     C10 1.0028 Ust  34-2 (S250G1T) 1.0034 RSt 34-2 (S250G2T) 1.0035 St185 (Fe 310-0) St 33 1.0036 S235JRG1 (Fe 360 B) Ust 37-2 1.0037 S235JR (Fe 360 B) St 37-2 1.0038 GS-CK16 1.0044 S275JR (Fe 430 B) St44-2 1.0045 S355JR 1.0050 E295 (Fe 490-2) St 50-2 1.0060 E335 (Fe 590-2) St 60-2 1.0060 St 60-2 1.0070 E360 (Fe 690-2) St 70-2 1.0112 P235S 1.0114 S235JU;St 37-3 U 1.0116 S235J2G3 (Fe 360 D 1) St 37-3 1.0130 P265S 1.0143 S275J0; St 44-3 U  040 A 10 045 M 10 1449 10 CS 1449 34/20 HR, HS, CR, CS Fe 310-0 1449 15 HR, HS Fe 360 B 4360-40 B Fe 360 B 4360-40 B 030A04  1A Fe 430 B FN 1449 43/25 HR, HS 4360-43 B 4360-50 B Fe 490-2 FN 4360-50 B Fe 60-2 4360-55 E; 55 C Fe 690-2 FN 1501-164-360B LT20 4360-40C Fe 360 D1 FF 1449 37/23 CR 4360-40 D 1501-164-400B LT 20 4360-43C  AF 34 C 10 XC 10 A 34-2 A 34-2 NE A 33 E 24-2 E 28-2 E 36-2 A 50-2 A 60-2 A 70-2 A37AP E 24-3 E 24-3 E 24-4 A 42 AP E 28-3

SS  UNI  UNE  JIS  KS  GOST

C 10  F.1511  S 10C  SM 10C  10

1 C 10  F.151A

Fe 330,Fe 330 B FU  SS 330  SS 330

Fe 330 B FU  St2sp

1300  Fe 320  Fe 310-0  St0

1311  FE37BFU  AE 235 B  16D, 18Kp

1312  Fe 360 B  St3Kp

1311  Fe 360 B  AE 235 B  STKM 12A;C  STKM 12A;C

1449 37/23 HR  Fe 360 B

1325  Fe 330,Fe 330 B FU  SS 330  SS 330

1412  Fe 430 B  AE 275 B  SM 400 A;B;C  SM 400 A;B;C  St4ps; sp

Fe 430 B FN  Fe 430 B FN

2172  Fe 510 B  AE 355 B

1550  Fe 490  a 490-2  SS 490  SS 490  ST5ps; sp

2172  Fe 490-2 FN

1650  Fe 60-2  A 590-2  SM 570  SM 570  St6ps; sp

Fe 590  Fe 590-2 FN

Fe 60-2

1655  Fe 70-2  A 690-2

Fe 690  Fe 690-2 FN

Fe 360 C  AE 235 C

1312  Fe 360 D1 FF

1313  Fe 360 C FN  AE 235 D  St3kp; ps; sp

Fe 360 D FF  Fe 360 D1 FF  16D

Fe 37-2

SPH 265

1414-01  Fe 430 D  AE 275 D