275

The design of each product is done to satisfy customer’s needs.

R&D CENTER Research and development activity takes places on different levels: • Basic Research: preliminary studies aimed at acquiring knowledge on cutting materials. • Applied Research: to acquire new knowledge on tools applications, on new geometries, on materials and on new coatings. • Experimental Development: systematic activities based upon Silmax knowledge acquired through the research and the tests experience, in order to develop or improve tools, enhancing, with new products, the customers production process and developing systems and services.

Fonte Delcam

These activities allow us to become a partner of choice for customers looking at performance and process improvements. We have developed different solutions for every industry, making available to our customers the most advanced know how in cutting technology for both standard and special tools.

Fonte Delcam

Silmax is equipped with CAD instruments as well as with the most advanced graphic simulators VSHFLÀFDOO\GHVLJQHGIRUWRROVVKDUSHQLQJDQG with a dedicated architecture for the complete engineering of the production process. During the designing phase all tools characWHULVWLFVDUHGHÀQHGIURPWKHJHRPHWU\WRWKH type of grinding wheel to be used, and the sharpening machining parameters.

276

Silmax studies, develops and produces a wide range of special tools in Carbide and high speed steel. Silmax grants you the opportunities in case you have to realize a tool starting either from GUDZLQJVRUIURPDVSHFLÀFDSSOLFDWLRQ Developing a special tool, starting from the assimilated (understood) knowledge with the activities of Research and Development, allows to realize an optimized product in terms of base materials, tool’s geometry, surfaces treatment, PVD coating. This activity put into effect the processing of costs budget, delivery times, design, cutting parameters, technical assistance. Our productions are well known in all the different industrials sectors: energy, aerospace, medical, oil-hydraulics and in all the sectors where there is the need of chip removal machining.

277

Our Technical Assistance Department is always available for all the customer’s needs. Our high skilled technicians are able to analyze and solve every working problem and to optimize the use of our tools. Moreover Silmax has organized the customer VHUYLFHVDOVRLQWKHLUIRUHLJQRIÀFHV

INFORMATION APPLICATION FORM To better answer your requests we have arranged a technical information form, which can be easily downloaded from our web site (www.silmax.it) and sent to the Technical Assistance Department.

 9LD)XFLQH/DQ]R7RULQHVH 7HO   )D[ ZZZVLOPD[LWDVVLVWHQ]D#VLOPD[LW

7(&+1,&$/5(3257



6(&7,21&21&(51,1*7+(&86720(5 &86720(5 0U

3K1R

&RPSRQHQW

3URGXFWLRQ4W\-RE 

'DWH

HPDLO

6DPSOH4W\7RRO 

6(&7,21&21&(51,1*7+(0$&+,1(7+(0$7(5,$/$1'7+(0$&+,1,1* 0$&+,1(

.Z     

&ODPSLQJ

2WKHU     

+ROGHU

2WKHU     

&RROLQJ

&RRODQW

5LJLGLW\RIPDFKLQH

0DFKLQLQJ'LUHFWLRQ

0$7(5,$/

     1PP 

5LJLGLW\RISLHFH¶VFODPSLQJ

7RRO



+5&     

0$&+,1,1*3OHDVHHQFORVHDSLFWXUHRIWKHZRUNLQJRSHUDWLRQ

-RE'HVFULSWLRQ

'(6&5,37,21 

',$0(7(5PP 



1530 



7RROFRGH1DPH =1RRI7HHWK  9FPPLQ 

6,/0$;

















722/



 





)]PPWRRWK 







$SPP 







)PPPLQ  $HPP 

1RRI&RPSRQHQWV 1RRI+ROHV 7RROOLIHP 































&\FOHWLPHPLQ 







)DLOXUHFULWHULD ZHDU%UHDNDJHHWF 







3RZHU$EVRUSWLRQ 



 

278

&203(7,725

&RPSDQ\







722/

Silmax studies, develops and produces a wide range of special tools, in Carbide and high speed steel upon customer’s request and also IROORZLQJKLVVSHFLÀFGUDZLQJ It is also possible to optimize our standard tools DFFRUGLQJ WR
NECK RELIEF







l2

d h6

a

+1 0

6 8 10 12 14 16 18 20 25

0,05 0,05 0,05 0,05 0,05 0,05 0,05 0,05 0,05

10 10 10 10 10 10 10 10 10

Z2 (*)

R


b1

h6 0

+0,05 -1

6 8 10 12 14 16 18 20

4,2 5,5 7 8 8 10 10 11

e1

h1

0

h11

18 18 20 22,5 22,5 24 24 25

5,1 6,9 8,5 10,4 12,7 14,2 16,2 18,2

(*) € € € € € € € € €

1,20 1,40 1,70 1,90 2,10 2,40 2,60 2,90 3,30

CORNER RADIUS

WELDON SHANK (DIN)

d1









(*) € € € € € € € €

1,90 2,00 2,30 2,90 2,90 5,00 5,00 5,10

For its customers, Silmax proposes a high standDUG5HVKDUSHQLQJDQG5HFRDWLQJVHUYLFH We grant the reconditioning of your tools in a short time, with performances comparable to WKHRQHVRIWKHQHZWRROV The use of: new generation CNC sharpening machines, advanced measurement systems,

0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0

€ € € € € € € € € €

2,10 2,10 2,10 2,10 2,60 2,60 2,60 3,10 3,10 4,20

Z3 (*) € € € € € € € € € €

2,60 2,60 2,60 2,60 3,10 3,10 3,10 3,70 3,70 4,70

Z4 (*) € € € € € € € € € €

3,10 3,10 3,10 3,10 3,70 3,70 3,70 4,20 4,20 5,20

Z6 (*) € € € € € € € € € €

4,20 4,20 4,20 4,20 4,70 4,70 4,70 5,20 5,20 6,20

(*) Net price

privately owned PVD coating system and long standing experience in cutting tools, allow Silmax to offer to its customers an excellent serYLFHLQWHUPVRITXDOLW\DQGGHOLYHU\

279

J

d

1 2

D a

8

9

3 4

l l1 L

10

5 14

O 6

13 11

7

12

Descrizione

Description

Description

Beschreibung

D

Diametro della Fresa

Mill diameter

Diamètre de fraise

Fräser-Durchmesser

d

Diametro del Gambo

Shank diameter

Diamètre de queue

Schaft-Durchmesser

L

Lunghezza totale

Overall lenght

Longueur totale

Gesamtlänge

l

Lunghezza di taglio

Lenght of cut

Longueur de coupe

Schnittlänge

l1

Lunghezza ribassata

Neck Length

Longueur degagé

Abgesetzte Länge

a

Ribassamento del codolo

Neck

Degagement

Abgesetzter Schaft

Cr

Raggio di raccordo

Corner radius

Rayon Torique

Übergangsradius

r

Raggio

Radius

Rayon

Radius

z

Numero dei denti

Number of teeth

Nombre de dents

Zähnezahl

Angolo d’elica

Helix angle

Angle d’hélice

Drallwinkel

Angolo di spoglia radiale superiore (Mordente)

Radial rake angle

Angle de coupe radial

Radialer Spanwinkel

1

Larghezza spoglia radiale primaria

Radial primary relief width

Dépouille radiale

Breite der Hauptschneidenfase

2

Larghezza del dente

Land width

Contre-dépouille

Fasenbreite

3

Angolo prima spoglia radiale

Radial primary relief angle

Angle de dépouille radiale

Radialer Freiwinkel der Hauptschneide

4

Seconda spoglia radiale

Radial secondary clearance angle

Angle de contre-dépouille radiale

Radialer zusätzlicher Freiwinkel der Hauptschneide

5

Larghezza spoglia assiale primaria

Axial primary relief width

Largeur de dépouille axiale Breite der Axialfase

6

Gola

Flute

Goujure

7

Vano truciolo

Chip room

Poche à copeaux

Grosser Spanraum

8

Piano di Mordente

Cutting face

Face de coupe

6SDQÁlFKH

9

Angolo di rastremazione frontale

End cutting edge concavity angle

Concavité en bout de fraise

Nebenschneidenwinkel

10

Gola frontale

End gash

Dégagement axial copeaux

Vordere Spannut

11

Prima spoglia frontale

Axial primary relief angle

Angle de dépouille axiale

Axialer Hauptschneidenwinkel

12

Angolo seconda spoglia frontale

Axial secondary clearance angle

Contre-dépouille axiale

Axialer zusätzlicher Freiwinkel

13

Denti frontali

End teeth

Fond de dent

Stirnschneiden

14

Angolo di spoglia frontale superiore (Mordente)

Axial rake angle

Angle de coupe axial

Axialer Spanwinkel

O J

280

Spannut

Cr

Number of teeth 1 tooth: ODUJHFKLSURRP*RRGUHVXOWVLQSURÀOLQJ8VHGIRU axial drilling in aluminium alloys and materials with long chips.

2 teeth: large chip room and small core diameter. Good results in roughing and in slot milling. Also used for plunging and drilling in aluminium alloys and materials with long chips. 3 teeth: the most universal milling tool. Excellent choice for slot milling.

4 teeth: universal geometry, used for side and face milling and peripheral milling. High tool rigidity due to the large core diameter. More teeth: PDLQO\IRUÀQLVKLQJJRRGVXUIDFHÀQLVK,WDOORZV a high feed rate. Soft cut because there is always a tooth in the workpiece material.

Type of machining

Side milling

Face milling

Side and face milling

Slot milling

Plunging

Diagonal plunging

Pocketing

Helical interpolation

3D Copy milling

Trochoidal milling

Feed direction

Raw material

&KLSEUHDNHUSURÀOHV

Front geometry

281

CARBIDE

Version DIN

HSS

Short

Long

Short

Regular

Medium

Long

6527K

6527L

327

844K

Silmax Norm

844L

D.

d

L

l

l

z=2/3

z=4

l

l

z=2/3

z=4

38

6

3

38

d

L

3

d

L

l

d

L

l

7

6

48

4

6

51

7

8

6

49

5

6

6

49

5

L

l

d

L

l

7

6

54

10

52

8

6

56

12

6

52

8

6

56

12

1

3

38

3

3

1,5

3

38

3

4

2

3

38

3

4

2

6

50

3

4

2,5

3

38

3

4

2,5

6

50

3

4

3

3

38

4

5

3

38

7

8

3

6

50

4

5

6

57

7

8

3,5

6

50

4

6

6

57

7

10

4

6

54

5

8

6

57

8

11

6

51

7

6

55

11

6

63

19

5

6

54

6

9

6

57

10

13

6

52

8

6

57

13

6

68

24

6

6

54

7

10

6

57

10

13

6

52

8

6

57

13

6

68

24

7

8

58

8

11

8

63

13

16

10

60

10

10

66

16

10

80

30

8

8

58

9

12

8

63

16

19

10

61

11

10

69

19

10

88

38

9

10

66

10

13

10

72

16

19

10

61

11

10

69

19

10

88

38

10

10

66

11

14

10

72

19

22

10

63

13

10

72

22

10

95

45

12

70

13

12

79

22

12

102

45

12

73

16

12

83

26

12

110

53

12

73

16

12

83

26

12

110

53

12

73

16

12

83

26

12

110

53

12

73

16

12

83

26

12

110

53

16

79

19

16

92

32

16

123

63

16

79

19

16

92

32

16

123

63

16

79

19

16

92

32

16

123

63

16

79

19

16

92

32

16

123

63

11 12

12

73

12

16

12

83

22

26

13 14

14

75

14

18

14

83

22

26

15 16

16

82

16

22

16

92

26

32

17 18

18

84

18

24

18

92

26

32

19 20

92

20

26

20

104

32

38

6 10 10 12 12 16 16

62 75 83 96 96 105 105

18 25 33 39 39 45 45

20

88

22

20

104

38

20

121

55

20

141

75

22

20

88

22

20

104

38

20

121

55

20

141

75

24

25

102

26

25

121

45

25

166

90

25

25

102

26

25

121

45

25

166

90

26

25

102

26

25

121

45

25

166

90

28

25

102

26

25

121

45

25

141

65

25

166

90

30

25

102

26

25

121

45

25

141

65

25

166

90

32

32

112

32

32

133

53

32

158

78

32

186

106

40

40

130

38

40

155

63

40

217

125

45

40

130

38

40

217

125

50

50

147

45

50

252

150

20

282

d

50

177

75

25

141

65

µm = 0,001 mm

D mm m7 d11 e8 f8 h5 h6 h7 h8 h9 h10 h11 h12 js16 k10 k11 k12 P9 H11

D mm z9

1÷3

3÷6

6 ÷ 10

10 ÷ 18

18 ÷ 30

30 ÷ 50

50 ÷ 80

80 ÷ 120

+12

+16

+21

+25

+29

+34

+41

+48

+2

+4

+6

+7

+8

+9

+11

+13

-20

-30

-40

-50

-65

-80

-100

-120

-80

-105

-130

-160

-195

-240

-290

-340

-14

-20

-25

-32

-40

-50

60

-72

-28

-38

-47

-59

-73

-89

-106

-126

-6

-10

-13

-16

-20

-20

-28

-35

-43

-53

0

0

0

0

0

0

0

0

-4

-5

-6

-8

-9

-11

-13

-15

0

0

0

0

0

0

0

0

-6

-8

-9

-11

-13

-16

-19

-22

0

0

0

0

0

0

0

0

-10

-12

-15

-18

-21

-25

-30

-35

0

0

0

0

0

0

0

0

-14

-18

-22

-27

-33

-39

-46

-54

0

0

0

0

0

0

0

0

-25

-30

-36

-43

-52

-62

-74

-87

0

0

0

0

0

0

0

0

-40

-48

-58

-70

-84

-100

-120

-140

0

0

0

0

0

0

0

0

-60

-75

-90

-110

-130

-160

-190

-220

0

0

0

0

0

0

0

0

-100

-120

-150

-180

-210

-250

-300

-350

+300

+375

+450

+550

+650

+800

+950

+1100

-300

-375

-450

-550

-650

-800

-950

-1100

+40

+48

+58

+70

+84

+100

+120

+140

0

0

0

0

0

0

0

0

+60

+75

+90

+110

+130

+160

+190

+220

0

0

0

0

0

0

0

0

+100

+120

+150

+180

+210

+250

+300

+350

0

0

0

0

0

0

0

0

-6

-12

-15

-18

-22

-26

-32

-37

-31

-42

-51

-61

-74

-88

-106

-124

+60

+75

+90

+110

+130

+160

+190

+220

0

0

0

0

0

0

0

0

1÷3

3÷6

6 ÷ 10

10 ÷ 14

14 ÷ 18

18 ÷ 24

24 ÷ 30

30 ÷ 40

+51

+65

+78

+93

+103

+125

+140

+174

+26

+35

+42

+50

+60

+73

+88

+112

283

Rm (N/mm2)

HV 10 (Vickers)

HB (Brinnel)

240 255 270 285 305 320 335 350 370 385 400 415 430 450 465 480 495 510 530 545 560 575 595 610 625 640 660 675 690 705 720 740 755 770 785 800 820 835 860 870 900 920

75 80 85 90 95 100 105 110 115 120 125 130 135 140 145 150 155 160 165 170 175 180 185 190 195 200 205 210 215 220 225 230 235 240 245 250 255 260 268 272 280 287

71 76 81 86 90 95 100 105 109 114 119 124 128 133 138 143 147 152 157 162 166 171 176 181 185 190 195 199 204 209 214 219 223 228 233 238 242 247 255 258 266 273

284

HRC (Rockwell)

22 23 24 25 26 27 28

Rm (N/mm2)

HV 10 (Vickers)

HB (Brinnel)

HRC (Rockwell)

940 970 995 1020 1050 1080 1110 1140 1170 1200 1230 1260 1300 1330 1360 1400 1440 1480 1530 1570 1620 1680 1730 1790 1845 1910 1980 2050 2140

293 302 310 317 327 336 345 355 364 373 382 392 403 413 423 434 446 458 473 484 497 514 527 544 560 578 596 615 639 655 675 698 720 745 773 800 829 864 900 940

278 287 295 301 311 319 328 337 346 354 363 372 383 393 413 413 424 435 449 460 472 488 501 517 532 549 567 584 607 622

29 30 31 32 33 34 35 36 37 38 39 40 41 42 44 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68

Side milling

Face milling

Side and face milling

Slot milling

Plunging

Diagonal plunging

Pocketing

Helical interpolation

Conventional milling. The width of the chip starts at zero and increases to a maximum at the end of the cut. Tendency to push workpiece away. Tool edge slides instead of FXWWLQJFDXVLQJKLJKIULFWLRQEHWZHHQWRROÁDQN face and material.

Climb milling. The tooth meets the work at the top of the cut, SURGXFLQJWKHWKLFNHVWSDUWRIWKHFKLSÀUVW (IÀFLHQWFXWWLQJ/RQJDQGUHOLDEOHWRROOLIH %HWWHUVXUIDFHÀQLVK

285

Description

Units of measurement

Revolution per minute

Formulas

[Rpm]

Feed speed

Vf = Fz u z u n

[mm/min]

Cutting speed

Vc u 1000 D u3

n=

[m/min]

D u3 un 1000

Vc =

Feed per revolution

[mm]

f = fz u z

Feed per tooth

[mm]

fz =

Vf z un

[cm3/min]

Q=

ae uap uVf 1000

Chip removal rate

(IIHFWLYHGLDPHWHUIRUEDOOQRVHHQGPLOOVDWDVHWDQJOHƒǃƒ ap ିଵ ቀ஽ିଶ ௔௣ቁቃ ஽ ଶ

ae

[mm] β

deff

ܽ‫݌‬ቀ஽ିଶ ௔௣ቁቃ (IIHFWLYHGLDPHWHUIRUEDOOQRVHHQGPLOOVDWDVHWDQJOHǃ ƒ ‫ ܦ‬ඥ ‫ܦ‬ቂߚ ܽ‫ ݌‬െ ିଵ ‫ܦ‬െ

Deff = ‫ܦ‬

஽

‫ݎܥ‬ ‫ݎܥ‬ ඥ ‫ܦ‬ቂߚ ܽ‫ ݌‬െ ିଵ ܽ‫݌‬ቀଶ஽ିଶ

஽

ቂߚ ቁቃ

௔௣

ିଵ ቀ

െ

௔௣ ஼௥

ቁቃ

ap

[mm]

ae

deff

௔௣

ିଵ

ቀ െ ቁቃ ቂߚ ‫ܦ‬െ ‫ݎܥ‬ ‫ݎܥ‬ (IIHFWLYHGLDPHWHUIRUFRUQHUUDGLXVHQGPLOOVDWDVHWDQJOHƒǃƒ ஼௥ ඥ ‫ ݌ܽ ܦ‬െ ܽ‫݌‬ଶ ap

Deff = ‫ ܦ‬െ

Parameter

‫ݎܥ‬

‫ݎܥ‬

ቂߚ

ିଵ ቀ

െ

Units of measurement

௔௣ ஼௥

ቁቃ [mm]

ap ae

deff

Description

D

[mm]

End mill diameter

z

[Nr]

Number of teeth

Cr

[mm]

Corner radius

ae

[mm]

Cutting width

ap

[mm]

Cutting depth

Deff

[mm]

Effective engagement diameter

E 286

[degrees]

Setting angle

ae

deff β

ቂߚ

Deff = ‫ܦ‬

During the milling, a careful check of the cutting edge, increases the tool’s life. The evaluation of different forms of wear allows to identify the type of wear, and to act on the appropriate technologic parameters.

FLANK WEAR:

7KHÁDQNZHDUFRQVLVWVLQWKHUHPRYDORIWKHPDWHULDORQWKH rake of the tool. The wear of the surface goes together with WKHFXWWLQJGLUHFWLRQDQGLWLVGHÀQHGDVZLGWKRIWKHZHDU VLJQ9E ,ILW·VWRRKLJKUHGXFHÀUVWWKHFXWWLQJVSHHG9F  than the cutting width (ae).

CRATER WEAR:

The crater wear is a removal crater shaped of the material on the surface of the superior rake surface. Reduce the cutting speed (Vc).

CHIPPING:

The chipping of the cutting edge is determined by a mechanic over stress, this can take place on the rake VXUIDFHRURQWKHVXSHULRUUDNH5HGXFHÀUVWWKHSURJUHVVI]  than the depth of the cut (ap).

DEFORMATION:

Deformation is basically linked to the thermal over-charge for the cutting thread. First of all reduce the cutting speed (Vc), then the progress I] DQGWKHQFXWWLQJZLGWKDH 

BUILT-UP EDGE:

BUILT-UP EDGE is the phenomenon why the particles of the material processed adhere to the cutting edge of the tool. 5HGXFHWKHFXWWLQJVSHHG9F DQGRUWKHSURJUHVVI]  Increase the actual cutting angle. ,QFUHDVHWKHFRRODQWÁRZ

287

TYPE Futura Nano

Alcrona Pro

Latuma

X-Hard

Alnova

Diamond

X-Alu

X-Pro

HMF

HMG/NIG

HMC

HMH

HMY

HMD

HMW

HMX

Chemical composition

TiAlN

AlCrN

AlTiN

TiSiN

AlCrN based

Diamond

TiAlN+WC

AlCrN

Hardness (HV05)

3300

3200

3300

3600

3200

8000-10000

3000

3200

7KLFNQHVVǍP

1-4

2-4

1-4

2-4

2-4

6-12

2-4

2-4

Max. Service temperature

900

1200

900

1200

1200

600

800

1200

Application

STD

HRC

&2/285 DTC

DIAMOND

$/8

DRILLS

HPC/DTC/ HRC/DTC/ STD &2/285

MACHINING

Steel

Futura Nano

Alcrona Pro

Latuma

X-Hard

Alnova

Diamond

X-Alu

X-Pro

HMF

HMG/NIG

HMC

HMH

HMY

HMD

HMW

HMX

zz

zzz

zzz

zz

z

zz

zzz

zzzz

z

zz

zzz

zzz

z

zz

zzz

zz

Hardened Steel

Stainless Steel

Superalloys

z

z

Aluminium

288

zz

zz

zzz

zz

zz

zz

zzz

Graphite

Plastics

zzz

z

z

z

zzz

Silmax, pioneer in introducing PVD coating, after 30 years of partnership with Balzers, has realized its own coating department. The new department includes the washing plant, the Balzers’ technology coating plant and the new automatized wharehouse. PVD coating process provides 3 main under-process: • Surfaces preparation • Coating • Quality control SURFACES PREPARATION Silmax provides a cleaning line fully automatized including 2 ultrasound washing vats, 1 osmosing rinse vat and one drying system. COATING Silmax is committed to Oerlikon Balzers technology, using the newly owned INGENIA system. The plant features its endowments: • SPEED Quick loads, from 2 to 3 hours, allows up to 8 loads a day. • PRECISION Extraordinary precision in checking the thickness and the adhesion of the coating • FLEXIBILITY  +LJKO\ÁH[LEOHDVIDUDVLWFRQFHUQVFRDWLQJV and relevant technologies, load and handling.

QUALITY CONTROL To grant the top quality of its coatings, Silmax KDVHVWDEOLVKHG precise testing procedures. Inside each coating load at different levels, are included some samples that will EHVXEPLWWHGWRD further check to pin down on: • The correct coating adhesion to the underlayer through indentation • The correct coating thickness using Calotest and the microscope. Only after the positive result of tests, tools are DSSURYHGWREHGHOLYHUHGWRFXVWRPHUV

Silmax PVD Center in Lanzo Torinese

289

Silmax SpA has recently integrated a new ERP system for the business processes management. One of the most important is the customer information, which allows the customer to enter in their private area and check anytime: purchase orders status, delivery notes, invoices, statistics.

290

Headquarters and production plant Via Fucine, 9 – 10074 Lanzo Torinese (TO) – ITALIA GPS: N. 45°16’50” E. 7°28’20” www.silmax.it

E-mail

Phone numbers

Fax

[email protected]

+39.0123.940301

+39.0123.940399

[email protected]

+39.0123.940332

+39.0123.940339

[email protected]

+39.0123.940326

+39.0123.940339

[email protected]

+39.0123.940301

+39.0123.940343

[email protected]

+39.0123.940301

+39.0123.940343

[email protected]

+39.0123.940301

+39.0123.940343

General Info Sales Administration Purchase Technical support Quality

SILMAX GMBH Mergenthaleralle 10-12 D-65760 Eschborn Germany Tel. +49 6196400840 Fax +49 6196400910 www.silmax.com email: [email protected]

SILMAX BEIJING REPRESENTATIVE OFFICE Room 731, Moma Building Chaoyang N., Road 199 100022 Beijing – P.R. China Tel. +86 1085970667 Fax +86 1085970667 www.silmax.com email: [email protected]

SILMAX TOOLS INDIA PVT. LTD. #3160, HAL 2nd Stage 560 008 Bangalore Karnataka – India Tel. +91 8025252555 Fax +91 8025252555 www.silmax.in email: [email protected]

291

Code

Section

Chapter

005F 011F 013 013A 013EV 013EVK 013F 013F 013R 013S 015 015s 017 020B 023A 023F 025 031F 038A 038F 041A 043 052F 060B 075F 080F 08w 093A 093F 09w 101 102 105T 106 106 Cr 107 108 108 109 10A 10B 10C 10D 10E 10F 10G 10GH 111 111 111 111 Cr 111 Cr 113 113 113 Cr 113A

Altri HSS HSS HSS Carbide Carbide Carbide HSS HSS HSS HSS Carbide Carbide HSS HSS HSS HSS HSS HSS HSS HSS Carbide HSS HSS HSS HSS Carbide HSS HSS Carbide HSS HSS Altri Carbide Carbide Carbide Carbide HSS Carbide HSS HSS Altri Altri HSS HSS Altri Altri Carbide Carbide HSS Carbide Carbide Carbide HSS Carbide HSS

Altre Frese SGR SGR PM Evolution Evolution STD SGR SGR PM SGR Alu Colour SGR PM SGR SGR SGR PM SGR PM HRC SGR SGR SGR SHELL HRC PM SGR HRC SHELL SHELL Altre Frese STD STD STD STD FIN STD SHELL SHELL Altre Frese Altre Frese SHELL SHELL Altre Frese Altre Frese Micro STD FIN *UDÀWH STD STD FIN STD PM

292

Page 228 173 174 159 9 9 131 175 176 158 173 81 69 180 161 179 180 177 157 172 160 55 181 181 182 216 49 161 178 49 217 219 228 123 123 116 117 193 117 222 223 230 230 220 221 231 232 104 121 197 89 122 124 199 125 163

Code

Section

Chapter

Page

113EV 113R 114 115 115s 115s Cr 116 117 118 118 118 Cr 118A 119 119 Cr 120 120 Cr 121 121 121 122 122 123 123 123A 124 124 Cr 125 126 128 130 131 131 131 138 142 143 143 Cr 144 145 145 146 147 148 148 149 151 152 152 152 Cr 153 153 Cr 155 160 165s 171 171

Carbide HSS Carbide HSS Carbide Carbide Carbide Carbide Carbide HSS Carbide HSS Carbide Carbide Carbide Carbide Carbide Carbide HSS Carbide Carbide Carbide HSS HSS Carbide Carbide HSS Carbide HSS Carbide Carbide Carbide HSS HSS Carbide Carbide Carbide Carbide Carbide HSS HSS Carbide Carbide HSS Carbide Carbide Carbide HSS Carbide Carbide Carbide Carbide HSS Carbide Carbide Carbide

Evolution FIN Micro FIN Alu Alu Micro Colour Colour FIN Colour PM Colour Colour Colour Colour *UDÀWH Micro FIN *UDÀWH Micro STD FIN PM Colour Colour FIN STD FIN STD Micro STD FIN FIN HRC HRC HRC HRC HRC FIN FIN HRC HPC FIN HRC HPC HPC FIN HPC HPC HPC HPC FIN Alu Micro STD

11 199 108 198 78 78 109 69 67 200 67 164 64 64 63 63 87 106 204 88 107 126 207 165 63 63 206 127 206 130 105 129 203 194 51 53 53 51 54 208 208 58 34 209 58 29 31 211 31 33 33 35 211 79 104 119

Code

Section

Chapter

171 171 Cr 1712 172 173 173 174 175 Cr 175s 175s Cr 176 179C 179C 180 190 191 192 193 193 193A 194 195 196 197 198 1W5 210 220 301 302 3030A 3031A 3050A 3051A 3081A 311 312 320 321 322 330 350 351 351 351H 352 353 355 356 357 357 357H 358 358 358H 361

HSS Carbide HSS Carbide Carbide HSS HSS Carbide Carbide Carbide Carbide Carbide Carbide HSS Carbide Carbide Carbide HSS Carbide HSS Carbide Carbide Carbide Carbide Carbide Altri Altri Altri Altri Altri Carbide Carbide Carbide Carbide Carbide Altri Altri Altri Altri Altri Altri Altri Carbide Altri Altri Altri Altri Altri Altri Carbide Altri Altri Carbide Altri Altri Altri

FIN STD FIN Micro STD FIN FIN *UDÀWH Alu Alu STD Alu *UDÀWH SHELL HPC HPC HPC FIN DTC PM DTC DTC DTC DTC DTC Altre Frese BAR BAR 873 873 DRILLS DRILLS DRILLS DRILLS DRILLS 873 873 V Plus 873 873 V Plus PCC DRILLS PCC PCC PCC PCC PCC PCC DRILLS PCC PCC DRILLS PCC PCC PSV

Page 195 120 205 108 126 196 205 89 77 77 127 80 90 216 41 40 42 204 19 165 21 23 19 21 23 229 273 273 252 253 137 139 141 143 145 254 254 239 255 255 239 245 149 244 244 246 247 245 246 148 248 248 148 249 249 236

Code

Section

Chapter

362 363 367 3825 3835 401 401 402 403 405 410 420 430 440 450 460 470 475 480 490 495 503 700 701 710 720 721 722 724 727 729 730 731 731 733 734 735 737 737 737 737 737 738 739C 739C 747 750 765 765s 90 HMM

Altri Altri Altri Carbide Carbide Altri Altri Altri Altri Altri Altri Altri Altri Altri Altri Altri Altri Altri Altri Altri Altri Altri Carbide Carbide Carbide Carbide Carbide Carbide Carbide Carbide Carbide HSS Carbide HSS Carbide Carbide HSS Carbide Carbide Carbide Carbide HSS HSS Carbide Carbide Carbide HSS Carbide Carbide Carbide Altri

PSV PSV PSV DRILLS DRILLS FSB Lime FSB FSB Lime Lime Lime Lime Lime Lime Lime Lime Lime Lime Lime Lime ALR Alu Alu HPC HPC Micro Micro Micro HRC HRC FIN STD FIN HPC HPC FIN Colour *UDÀWH Micro STD FIN FIN Alu *UDÀWH STD FIN *UDÀWH Alu HPC BAR

Page 236 237 237 147 147 234 258 234 235 259 260 261 262 263 264 265 266 267 268 269 270 241 75 75 37 37 98 100 103 57 57 192 118 190 38 38 191 65 91 105 128 202 201 80 92 130 210 91 79 43 272

293