Drills > Jobber > Industrial

Jobber Drills – R40 UNI

Name: Jobber Drills - R40 UNI - HPS
SKU: D168
Availability: InStock

D168

Jobber Drill R40 UNI offers superior performance
Suitable for production drilling as an alternative to carbide drills
Suitable for materials up to 1500N/mm2
Point geometry ensures high strength & short chips
Endmill shank for greater accuracy
TiAlN for

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Range

Features

Application

Specification

Item #

Diameter d1 (mm)

Length l1 (mm)

Length l2 (mm)

Diameter d2 (mm)

Info

D1680100

1.00

D1680110

1.10

D1680120

1.20

D1680130

1.30

D1680140

1.40

D1680150

1.50

D1680160

1.60

D1680170

1.70

D1680180

1.80

D1680190

1.90

D1680200

2.00

D1680210

2.10

D1680220

2.20

D1680230

2.30

D1680240

2.40

D1680250

2.50

D1680260

2.60

D1680270

2.70

D1680280

2.80

D1680290

2.90

D1680300

3.00

D1680310

3.10

D1680320

3.20

D1680330

3.30

D1680340

3.40

D1680350

3.50

D1680360

3.60

D1680370

3.70

D1680380

3.80

D1680390

3.90

D1680400

4.00

D1680410

4.10

D1680420

4.20

D1680430

4.30

D1680440

4.40

D1680450

4.50

D1680460

4.60

D1680465

4.65

D1680470

4.70

D1680480

4.80

D1680490

4.90

D1680500

5.00

D1680510

5.10

D1680520

5.20

D1680530

5.30

D1680540

5.40

D1680550

5.50

D1680555

5.55

D1680560

5.60

D1680570

5.70

D1680580

5.80

D1680590

5.90

D1680600

6.00

D1680610

6.10

101

D1680620

6.20

101

D1680630

6.30

101

D1680640

6.40

101

D1680650

6.50

101

D1680660

6.60

101

D1680670

6.70

101

D1680680

6.80

109

D1680690

6.90

109

D1680700

7.00

109

D1680710

7.10

109

D1680720

7.20

109

D1680730

7.30

109

D1680740

7.40

109

D1680750

7.50

109

D1680760

7.60

117

D1680770

7.70

117

D1680780

7.80

117

D1680790

7.90

117

D1680800

8.00

117

D1680810

8.10

117

D1680820

8.20

117

D1680830

8.30

117

D1680840

8.40

117

D1680850

8.50

117

D1680860

8.60

125

D1680870

8.70

125

D1680880

8.80

125

D1680890

8.90

125

D1680900

9.00

125

D1680910

9.10

125

D1680920

9.20

125

D1680930

9.30

125

D1680940

9.40

125

D1680950

9.50

125

D1680955

9.55

133

D1680960

9.60

133

D1680970

9.70

133

D1680980

9.80

133

D1680990

9.90

133

D1681000

10.00

133

D1681010

10.10

133

D1681020

10.20

133

D1681030

10.30

133

D1681040

10.40

133

D1681050

10.50

133

D1681060

10.60

133

D1681070

10.70

142

D1681080

10.80

142

D1681090

10.90

142

D1681100

11.00

142

D1681110

11.10

142

D1681120

11.20

142

D1681130

11.30

142

D1681140

11.40

142

D1681150

11.50

142

D1681160

11.60

142

D1681170

11.70

142

D1681180

11.80

142

D1681190

11.90

151

101

D1681200

12.00

151

101

D1681210

12.10

151

101

D1681220

12.20

151

101

D1681230

12.30

151

101

D1681240

12.40

151

101

D1681250

12.50

151

101

D1681260

12.60

151

101

D1681270

12.70

151

101

D1681280

12.80

151

101

D1681290

12.90

151

101

D1681300

13.00

151

101

D1681350

13.50

160

108

D1681400

14.00

160

108

D1681450

14.50

169

114

D1681500

15.00

169

114

D1681550

15.50

178

120

D1681600

16.00

178

120

D1681650

16.50

184

125

D1681700

17.00

184

125

D1681750

17.50

191

130

D1681800

18.00

191

130

D1681850

18.50

198

135

D1681900

19.00

198

135

D1681950

19.50

205

140

D1682000

20.00

205

140

ISO	VDI	Description	Condition	Hardness	Strength
P	1	Steel - Non-alloy, cast & free cutting (~ 0.15 %C)	Annealed	125MPa	440MPa
P	2	Steel - Non-alloy, cast & free cutting (~ 0.45 %C)	Annealed	190MPa	640MPa
P	3	Steel - Non-alloy, cast & free cutting (~ 0.45 %C)	Quenched & Tempered	250MPa	840MPa
P	4	Steel - Non-alloy, cast & free cutting (~ 0.75 %C)	Annealed	270MPa	910MPa
P	5	Steel - Non-alloy, cast & free cutting (~ 0.75 %C)	Quenched & Tempered	300MPa	1010MPa
P	6	Steel - Low alloy & cast < 5% of alloying elements	Annealed	180MPa	610MPa
P	7	Steel - Low alloy & cast < 5% of alloying elements	Quenched & Tempered	275MPa	930MPa
P	8	Steel - Low alloy & cast < 5% of alloying elements	Quenched & Tempered	300MPa	1010MPa
P	9	Steel - Low alloy & cast < 5% of alloying elements	Quenched & Tempered	350MPa	1180MPa
P	10	Steel - High alloy, cast & tool	Annealed	200MPa	680MPa
P	11	Steel - High alloy, cast & tool	Hardened & Tempered	325MPa	1100MPa
P	12	Steel - Corrosion resistant & cast - Ferritic / Martensitic	Annealed	200MPa	680MPa
P	13	Steel - Corrosion resistant & cast - Martensitic	Quenched & Tempered	240MPa	810MPa
M	14.1	Stainless Steel - Austenitic	Age Hardened	180MPa	610MPa
M	14.2	Stainless Steel - Duplex		250MPa	840MPa
M	14.3	Stainless Steel - Precipitation Hardening		250MPa	840MPa
K	15	Cast Iron, Grey (GG) - Ferritic / Pearlitic		180MPa	610MPa
K	16	Cast Iron, Grey (GG) - Pearlitic		260MPa	880MPa
K	17	Cast Iron, Nodular (GGG) - Ferritic		160MPa	570MPa
K	18	Cast Iron, Nodular (GGG) - Pearlitic		250MPa	840MPa
K	19	Cast Iron, Malleable - Ferritic		130MPa	460MPa
K	20	Cast Iron, Malleable - Pearlitic		230MPa	780MPa
N	21	Aluminum & Magnesium, wrought alloy - Non Heat Treatable		60MPa	210MPa
N	22	Aluminum & Magnesium, wrought alloy - Heat Treatable	Age Hardened	100MPa	360MPa
N	23	Aluminum & Magnesium, cast alloy ?12% Si - Non Heat Treatable		75MPa	270MPa
N	24	Aluminum & Magnesium, cast alloy ?12% Si - Heat Treatable	Age Hardened	90MPa	320MPa
N	25	Aluminum & Magnesium, cast alloy >12% Si - Non Heat Treatable		130MPa	460MPa
N	26	Copper & Copper alloys (Brass/Bronze) - Free cutting, Pb > 1%		110MPa	390MPa
N	27	Copper & Copper alloys (Brass/Bronze) - Brass (CuZn, CuSnZn)		90MPa	320MPa
N	28	Copper & Copper alloys (Brass/Bronze) - Bronze (CuSn)		100MPa	360MPa
N	29	Non-metallic - Thermosetting & fiber-reinforced plastics
N	30	Non-metallic - Hard rubber, wood etc.
S	31	High temperature alloys - Fe based	Annealed	200HB	680MPa
S	32	High temperature alloys - Fe based	Age Hardened	280HB	950MPa
S	33	High temperature alloys - Ni / Co based	Annealed	250MPa	840MPa
S	34	High temperature alloys - Ni / Co based	Age Hardened	350HB	1180MPa
S	35	High temperature alloys - Ni / Co based	Cast	320HB	1080MPa
S	36	Titanium & Titanium alloys - CP Titanium			400MPa
S	37.1	Titanium & Titanium alloys - Alpha alloys			860MPa
S	37.2	Titanium & Titanium alloys - Alpha / Beta alloys	Annealed		960MPa
S	37.3	Titanium & Titanium alloys - Alpha / Beta alloys	Age Hardened		1170MPa
S	37.4	Titanium & Titanium alloys - Beta alloys	Annealed		830MPa
S	37.5	Titanium & Titanium alloys - Beta alloys	Age Hardened		1400MPa
H	38.1	Hardened steel	Hardened & Tempered	45
H	38.2	Hardened steel	Hardened & Tempered	55HRC
H	39.1	Hardened steel	Hardened & Tempered	58HRC
H	39.2	Hardened steel	Hardened & Tempered	62HRC
H	40	Cast Iron - Chilled	Cast	400MPa	1350MPa
H	41	Cast Iron	Hardened & Tempered	55HRC

KEY

Optimal Effective PSteel MStainless KCast Iron NNon-Ferous Metals STitanium & Super Alloys HHard Materials

ISO	VDI	Material grade	Condition	Hardness	N/mm2
P	1	1.0401	Condition	Hardness	N/mm2	A	125 HB	440
P	1	1.0402	A	125 HB	440
P	1	1.0715	A	125 HB	440
P	1	1.0718	A	125 HB	440
P	1	1.0722	A	125 HB	440
P	1	1.0736	A	125 HB	440
P	1	1.0737	A	125 HB	440
P	1	1.1141	A	125 HB	440
P	1	1015	A	125 HB	440
P	1	1015	A	125 HB	440
P	1	1020	A	125 HB	440
P	1	1213	A	125 HB	440
P	1	1215	A	125 HB	440
P	1	1350	A	125 HB	440
P	1	1370	A	125 HB	440
P	1	1450	A	125 HB	440
P	1	1912	A	125 HB	440
P	1	1914	A	125 HB	440
P	1	1926	A	125 HB	440
P	1	050 A 20	A	125 HB	440
P	1	080 M 15	A	125 HB	440
P	1	080 M 15	A	125 HB	440
P	1	10PbF2	A	125 HB	440
P	1	10SPb20	A	125 HB	440
P	1	10SPb20	A	125 HB	440
P	1	11 L 08	A	125 HB	440
P	1	11SMn28	A	125 HB	440
P	1	11SMnPb28	A	125 HB	440
P	1	12 L 13	A	125 HB	440
P	1	12 L 14	A	125 HB	440
P	1	12SMN35	A	125 HB	440
P	1	12SMnP35	A	125 HB	440
P	1	1B	A	125 HB	440
P	1	230 M 07	A	125 HB	440
P	1	240 M 07	A	125 HB	440
P	1	2C	A	125 HB	440
P	1	32C	A	125 HB	440
P	1	9SMn28	A	125 HB	440
P	1	9SMn36	A	125 HB	440
P	1	9SMnPb28	A	125 HB	440

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Jobber Drills – R40 UNI

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