pas ctg tur cer-cermet en

Cermets

Machining the bright way

2h6

KUNO

Time

Cermets because ...

..... optimum surface finishesare attainable

Advantages of cermets

..... close manufacturing tolerancescan be maintained

..... with correct applicationlong tool life is obtained

3Cermets because ...

..... dry machining is no problem

..... subsequent grinding / finishingoperations are no longer required

..... special chip grooves ensurethat during finishingoperation or minimal materialremoval swarf control is optimized

41931 1956 1962 1968 1974 1981 1990 1994 2000

PLAN

SEE

TITA

NIT

S

TIZI

TF0

5T, F

10T

TIZI

TTC

M05

, TCM

10

TIZI

TTC

C10

TIZI

TTC

M40

7, T

CC41

0

Objective and developmentThe objective to combine the properties of ceramics, such as

hardness resistance to oxidation heat resistance

with the properties of metals, such as

toughness impact strength

in order to create an ideal cutting material, produces cermets.

The goal of the subsequent development was to improve toughness whilst maintaining the positive wear properties.This goal has been achieved, step by step, through many generations of cermet development.

The first tungsten-carbide-free hard metal the first cermet was patented by PLANSEE in the year 1931 (inventors:P. Schwarzkopf and J. Hirschl).This alloy (TiC, Mo2C, Ni [Co,Cr]) was considerably more brittle than the cermets of today, demonstrating erraticperformance due to unsuitable conditions and processes of the time.

Firs

t cer

met

wor

ldwi

de

Firs

t cer

met

wor

ldwi

dew

ith A

l 2O3

coat

ing

Britt

lene

ss

Application safety

Cermets

= PLANSEE TIZIT grade

Cerm

etTy

pe A

TiC-

Mo-

Ni

Cerm

etTy

pe B

TiC-

WC-

Mo-

Ni-C

o

Cerm

etTy

pe C

TiC-

TiN

-TaC

-Mo-

Ni-C

o-W

C

Cerm

etTy

pe D

TiC-

TaC-

WC-

Mo-

Ni-C

o

5%

100

80

60

40

20

0WC TiC Ta(Nb)C Co

%

70

50

40

30

10

0WC Ti(C,N) Ta(Nb)C Mo C2

20

60

Co+Ni

The differences compared to conventional hard metal consist primarily in the composition and the special grainstructure of the hard material particles.

The hard material components basically consist of titanium carbonitrideswith a high content of nitrogen and additional carbides of the WC group,Ta(Nb)C, Mo2C, VC. The core - shell structure is typical of the hardparticles of cermets.A metal binder phase of nickel or nickel-cobalt guarantees the desiredadhesion of the carbides, providing a stable grain composition and thenecessary toughness.The most important hard element of the hard metal, namely tungstencarbide, does not exist as free WC in the structure.

Titanium carbonitrides are characterised by their high thermodynamicstability and low tendency to bind with ferrous materials.Essential advantages result from this fact.Similar characteristics are demonstrated by certain coatings.Advantages of these features are minimal diffusion and friction duringuse.

Composition

Hard metal Cermets

Microstructure of a modern cermet usingTCM10 as an example

Structure

max

min

max

min

6Production

Cermet production is not notably different from the production of hard metal.

The selected raw materials based on carbide, carbonitride and nitride are milled and spray dried in order to producea granulate that can be pressed.The following pressing and sintering operations result in a compact and hard form. Further finishing operationssuch as grinding, honing and coating then produce a ready for use indexable insert.

Cermets

Compared to hard metal, powder preparation, pressing, sintering and grinding are more complex operations.State-of-the-art processes and production plants represent the basis for high-quality cermets manufactured byPLANSEE TIZIT.

Powder

Pressing

Sintering

Grinding

C e

r m e

t s

H a

r d

m e

t a

l

Precisely defined parameters

Minimum punch / die clearance

HIP sintering for avoidance of porosity

Special grinding process

8TCM407(P10, M05, K05)

TCM10(P15, M10, K10)

Grade descriptionTCM407 / TCM10

Composition:Co/Ni 8,0% ; WC 16,0% ; (Ta,Nb) C 10,0% ;Ti (C,N) rest

Properties:> Maximum heat and wear resistance> Excellent resistance to oxidation> For very high cutting speeds> Ideal for finishing

Composition:Co/Ni 12,2% ; WC 15,0% ; (Ta,Nb) C 10,0%Ti (C,N) rest

Properties:> High heat and wear resistance> Good toughness> For high cutting speeds> Universal application

9H212(P15)

TCC410(P10, M10, K05)

Grade descriptionH212 / TCC410

Composition:Co/Ni 15,0% ; Mo2C 10,0% ; (Ta,Nb) C 12,0% ;Ti (C,N) rest

Composition:Co/Ni 12,2% ; WC 15,0% ; (Ta,Nb) C 10,0%Ti(CN) rest

Coating:CVD - Al2O3 multi-layer coatingTiN ; Ti (C,N) ; Ti (C,N)

Layer thickness:6 m

Properties:> Maximum heat and wear resistance> Excellent resistance to oxidation> For very high cutting speeds> Excellent crater resistance

Properties:> Very good heat and wear resistance> Very good toughness> For high cutting speeds> First choice for rotating solid cermet tools

10

HW

HC

HT1)

Grade overviewCermets

Table of cutting materials

Reference number Hard metal group

1) These hard metals are also called cermets.

Uncoated hard metal consisting mainly of tungstencarbide (WC)

Uncoated hard metal consisting mainly of titaniumcarbide (TiC) or titanium nitride (TiN) or both

Hard metal as above, but coated

This international standarddefines the designation ofhard cutting materialsincluding hard metals,ceramics, diamond andboron nitride for machiningand describes their primaryarea of application.

DIN ISO 513 (extract)1) Only for solid cermet tools

11

Characteristics / Advantages

Characteristics AdvantagesLow frictionLow tendency to stick

High surface quality(grinding no longer necessary)

Low thermal conductivity(Cermets 20 40 / HM 60 100)

Dry machiningModerate heating of workpiece

High heat resistance High cutting speedReduced machining time

High performance without coating Honing not necessarySharp cutting edgeBurr-free machining

Long tool life Lower tooling costs

Low flank wear Consistent dimensional accuracyGood repeatability

Adapted chip grooves Swarf control also with small chip sections

Cermets

12

1. Material

CermetsBasic conditions

Creating adequate basic conditions for cermet machining maximisesbenefits and advantages.

Satisfactory results can be expected with all steel materials (including stainless steels) andductile cast irons (nodular cast iron).

For grey cast irons no clear recommendation can be made.The practical results demonstrate unpredictable performance.

The reasons for this are partly due to the condition of the cast blank but also to the specialstructure of grey cast iron. Perlitic castings as well as those with a high ferrite content are notparticularly suitable for cermets.In this situation notable improvement can be achieved with coated cermets.

Cermets are less suitable / not recommended for non ferrous metals (aluminium, brass, etc.),heat resistant alloys (Inconel, etc.), titanium and hardened steels.The upper limits of component hardness amount to approx. 52 - 54 HRC, above whichcutting edge stability becomes a factor in successful application.

2. Workpieces

The workpieces should have a minimum material allowance and be free of scale, cavities orinclusions.Severe interrupted cuts and unstable conditions make the application of cermets difficult.

13

0 0,25 0,5 0,75 1,0 1,25 1,5

0,05 0,1 0,15 0,2 0,25 0,3 0,35

0 100 200 300 400 500 600

ap

f

vc

3. Machine / workpiece clamping

High rigidity, which guarantees vibration-free machining, allows the potential of cermets tobe fully utilised.

4. Cutting data

The example of turning shows that themajority of cutting depths is below 1.5 mm.The frequency of the optimum allowance of0.5 mm is evident (one dot correspondsto one practical test).The feed rates are concentrated in the areaof 0.1 0.25 mm/ rev.

Successful applications with cutting depthsand feed rates beyond specified are ratherunusual exceptions. With reference tocutting speed, cermets are not particularlysensitive.

With their low tendency to stick they aresuitable for both the low vc-range (e.g. withreboring) and high speeds for fine / finishturning of large parts.

Concerning the cutting speed, the materialused must be taken into consideration.Information can be found in the tables ofcutting data values (pages 32-33).

14

-CF

Maxilock N

-SF

Maxilock S

-SMF

-TFQ

5. Chip grooves

Cermets

Due to their specific field of application cermets require adapted chip grooves and cuttingedge design that meet the specification required for successful cermet application.A cutting edge only moderately honed together with a ground flank guarantee the necessaryedge quality for finishing. Fine chips are formed safely and evacuated without problems fromthe cutting zone.

InsertChip groove code

CharacteristicsInsert type

Application area

1.) Insert with as sintered periphery Inexpensive insert

2.) Insert with ground periphery Close tolerance Precise cutting edge

Method Material

Fine machiningturning

Steel Stainless steels Ductile cast irons

All surfaces ground Maximum precision Negative chamfer

for stable cutting edge

Mediummachiningmilling


Milling

Insert with ground periphery Close tolerance Precise cutting edge

Very fine andfine machiningturning


Insert with as sintered periphery Inexpensive insert

Fine and mediummachiningturning


Insert with as sintered periphery Wiper edge Masterfinish effect

Mediummachiningturning

Light roughing


15

f [mm]

a[m

m]p

4

6

0,20

2

0,4 0,60,1 0,3 0,5 0,7

3

5

1 -SMF-SMF-SM-SM-SF

-SMF

-SF

-SMF

-SF

-SM

-SF

-SM

-SF-TFQ

-S

-SF

-S

-SF

-S

-SF

-S

-SF

-S

-SF

-S

-SF

-S

-SF

-S

-SF-FN -S

-SF-FN -S

-SFFN -S

-SF-FN -S

-SFN -S

-SF-FN -S

-SFFN -S

-SFN -S

-SFN -S

-SFFN -S

-SF-FN -S

-SFN -S

-SFN -S

-SFFN -S

-SFN -S

-SFN -S

-SFN-CF

a[m

m]p

f [mm]

4

6

0,20

2

0,4 0,60,1 0,3 0,5 0,7

3

5

1 -TFQ-SMF-SMF-SMF-S-S-S-S-CF -S-CF -S-CF -S-CF -S-CF -S-CF -S-CF -S-CF -S-CF-FN -SM-CF-FN -SM-CFN -SM-CFFN -S-CF-FN -S-CF-FN -SM-CFN -S-CFN -S-CFFN -S-CFN -S-CFFN -S-CF-FN -S-CFN -S-CFN -S-CFN -S-CFFN -S-CFN-SF

a[m

m]p

f [mm]

4

6

0,20

2

0,4 0,60,1 0,3 0,5 0,7

3

5

1 -CF-CF-CF-CF-CF-CF-CF -TFQ-SF

-CF-SF

-CF-SF

-CF-SF

-CF-SF

-CF-SF

-CF-SF

-CF-SF

-CF-SF

-FN-CF-SF

FN-CF-SF

FN-CF-SF

FN-CF-SF

N-CF-SF

FN-CF-SF

FN-CF-SF

N-CF-SF

N-CF-SF

FN-CF-SF

FN-CF-SF

N-CF-SF

N-CF-SF

FN-CF-SF

N-CF-SF

N-CF-SF

N -SMF

-CF

-SF

-SMF

a[m

m]p

f [mm]

4

6

0,20

2

0,4 0,60,1 0,3 0,5 0,7

3

5

1 -CF-CF-CF-SF

-CF-SF

-CF-SF

-CF-SF

-CF-SF

-FN-CF-SF

FN-CF-SF

FN-CF-SF

FN-CF-SF

FN-CF-SF

FN-CF-SF

FN-CF-SF

FN-CF-SF

FN -SMF-CF-SF

N -SMF-CF-SF

N -S-SMF-CF-SF

N -SM-SMF-CF-SF

N -S-SMF-CF-SF

N -SMF-CF-SF

N -S-SMF-CF-SF

N -S-SMF-CF-SF

N -S-SMF-CF-SF

N -S-SMF-CF-SF

N -SM-SMF-CF-SF

N -S-SMF-CF-SF

N -S-SMF-CF-SF

N -S-SMF-CF-SF

N -S-SMF-CF-SF

N -S-SMF-CF-SF

N -S-SMF-TFQ

-TFQ

ap: 0,05 - 2,0 mmf: 0,05 - 0,2 mm

ap: 0,05 - 2,5 mmf: 0,05 - 0,25 mm

ap: 0,05 - 2,5 mmf: 0,08 - 0,3 mm

ap: 0,5 - 4,0 mmf: 0,1 - 0,6 mm

16

TIZIT

Cermets are suitable for machining methods in which relatively small chip sections areevacuated, which can be due to the method itself or the selection of cutting parameters.

6. Machining methods

Suitable grade: TCM407/TCM10/TCC407 Suitable grade: TCM10

Turning Milling

The machining methods are important when choosing the cermet grade.For milling exclusively tough grades with an adequate cutting edge design are applied.

Suitable grade: TCM10 Suitable grade: TCM10

Parting Threading

17

Cermets

Correct Wrong

Conventional approach No drawing cuts

Preroughing following the profile precisely Variation in depths of cut

Several cuts One cut

Numerous rules for application can be deducted from practical experience. Respecting themthe probability of successful application is high.

7. Application recommendations

18

TIZIT TIZIT

Correct Wrong

Dry milling Wet milling

Tangential exit 90 exit

Cooling only with small chip sections(apmax < 0.5 / fmax < 0.2)

Cooling with roughing

Cermets

19

Correct Wrong

Max. 0.25 mm depth of cut Large approach

Continuous cut Interrupted cut

Cooling possible(fmax

20

CNGG 120404EN-CFCNGG 120408EN-CFCNMG 120404EN-CFCNMG 120408EN-CFCNMG 120412EN-CFCNMG 120408EN-TFQCNMG 120412EN-TFQ

TCC4

10TC

M10

TCM

407

DNMG 110404EN-CFDNMG 110408EN-CFDNMG 110412EN-CFDNMG 150604EN-CFDNMG 150608EN-CFDNMG 150612EN-CF

Maxilock N tooling system

Turning

Insert delivery program

InsertType,ordering description

Program see special catalogueTool holders for turning and boringNo. 90, in preparation No. 176

The tried and tested lever lock creates a safe connectionbetween insert and tool holder. Simply loosen the clampingelements to be able to take the insert off the seat so thatthen a new cutting edge can be used.The insert has an inclination of 6 in the holder (axial andradial) which creates the correct clearance angle for thenegative insert.

21

TNMG 160404EN-CFTNMG 160408EN-CFTNMG 160412EN-CF

TCC4

10TC

M10

TCM

407

WNMG 060404EN-CFWNMG 060408EN-CFWNMG 060408EN-TFQWNMG 080408EN-CFWNMG 080408EN-TFQWNMG 080412EN-CF



22

CCGT 060202EN-SFCCGT 060204EN-SFCCGT 09T302EN-SFCCGT 09T304EN-SFCCGT 09T308EN-SFCCGT 120404EN-SFCCGT 120408EN-SFCCMT 060204EN-SMFCCMT 09T304EN-SMFCCMT 09T308EN-SMFCCMT 120404EN-SMF

TCC4

10TC

M10

TCM

407

Maxilock S tooling system

Turning



Program see special catalogueTool holders for turning and boringNo. 90, in preparation No. 176

The centre screw guarantees a safe connection of theinsert with the tool holder. Chip evacuation is nothindered by obstructive clamping elements.Due to the neutral insert position the effectively availablerake angle is identical with the rake angle of the insert.

23

DCGT 070201EN-SFDCGT 070202EN-SFDCGT 070204EN-SFDCGT 11T302EN-SFDCGT 11T304EN-SFDCGT 11T308EN-SFDCMT 070202EN-SMFDCMT 070204EN-SMFDCMT 11T304EN-SMFDCMT 11T308EN-SMF

SCGT 09T304EN-SFSCGT 09T308EN-SFSCMT 09T304EN-SMFSCMT 09T308EN-SMF

TCGT 110202EN-SFTCGT 110204EN-SFTCGT 110208EN-SFTCGT 16T304EN-SFTCGT 16T308EN-SFTCMT 110204EN-SMFTCMT 110208EN-SMFTCMT 16T304EN-SMFTCMT 16T308EN-SMF

VCGT 110201EN-SFVCGT 110302EN-SFVCGT 110304EN-SFVCGT 160404EN-SFVCGT 160408EN-SFVCMT 110304EN-SMFVCMT 160404EN-SMFVCMT 160408EN-SMF

TCC4

10TC

M10

TCM

407



24

RDHX 0802MOSN

RPHX 10T3MOSN

RPHX 1204MOSN

TCC4

10TC

M10

TCM

407

System A251 - C251

Milling



Program see special catalogueMaximill A251 / C251 No. 153

Shell mill and shank type milling cutterswith button inserts.

Form-locked insert indexing Internal coolant supply Face milling, milling of clearance faces

with particularly high feed rates Dia. range 20 125 mm

25

SEHW 1204AFSN

SDHT 1204AESNSDHW 1204AESN

XDHW 1204AEFN

WPHT 0603PDSR-29

SDHW 120508SR

SDHW 0903AESN

XDHW 0903AEFN

TCC4

10TC

M10

TCM

407

7818029

7818037

7818039

7818031

7818041

S...

X...

S...

X...

A260 system

CartridgeType,ordering description

Program see special catalogueTools and inserts for milling No. 126

The cartridge milling tool with the new dimensionconcerning the number of variations and flexibility.

A standard basic body for all cartridge styles Three adjustment possibilities for axial run-out Possibility to combine roughing and

finishing cartridge Dia. range 80 400 mm

Cartridges and insert delivery program

Insert

Milling

26

SDHW 0903AESN

XDHW 0903AEFN

SDHT 1204AESNSDHW 1204AESNSDHW 1204AESN-R

XDHW 1204AEFN

TCC4

10TC

M10

TCM

407

S...

X...

S...

X...

System A270 - C270 - C272

Milling




Shell end and shank type milling cutter programwith 45 approach angle.

Close, normal and course pitch Internal coolant supply Finishing insert for sizes 09 and 12 Face milling, chamfering, circular reboring

and plunging possible Dia. range 16 160 mm

27

WPHT 0603PDSR-29

TCC4

10TC

M10

TCM

407

A280 system




Milling

90 shell end milling cutter with trigon insert.

Light cutting / low cutting forces Integrated wiper edge Economical Large chip pockets Dia. range 40 125 mm

28

SDHW 120508SR

TCC4

10TC

M10

TCM

407

A490 system

Milling




Shell end cutter with 90 approach angle.

Four efficient cutting edges! Integrated face chamfer Economical, robust Close pitch, internal coolant supply Face and shoulder milling, milling of 90 grooves Dia. range 50 125 mm

29

TIZIT

DIN 6535HA

E06.06.R.04E06.08.R.04E06.10.R.04E06.12.R.06E06.14.R.06E06.16.R.08E06.18.R.08E06.20.R.08

TCC4

10TC

M10

TCM

407

Helimax system

Milling

Delivery program

ToolType,ordering description


End mills manufactured from solid carbide and end millswith brazed helical carbide strip.

Long and precisely ground peripheral cuttingedge for optimal finishing (milling)

High rigidity, precise radial run-out Dia. range 6 20 mm

Special products are available upon request!

30

RR 0325-330RR 0420-330RR 0520-330RR 0620-330RR 0820-330RR 1020-330RR 1220-330RR 1420-330RR 1620-330RR 1820-330RR 2020-330

H 21

2

D 330+10-0

D [mm]

3,254,205,206,208,20

10,2012,2014,2016,2018,2020,20

-0 / +0,10

-0 / +0,25

-0 / +0,30

-0 / +0,45

-0 / +0,55

Cermet rods, as sintered

Program see special catalogueHard metal for precision tools No. 147

With grade H212 very positive cutting edge geometriesare possible, furthermore it is characterised by higher heatresistance and lower tendency to oxidation compared tohard metal.H212 cermet rods from PLANSEE TIZIT for themanufacturers of precision tools close a gap within thematerials offered up to now.

Delivery program

RodType,ordering description

Rods

Tol.

31

LDHW

TCM

10

LDHW 15T308SR

SEKN

TCM

10

SEKN 1203AFSN

TPKN

TCM

10

TPKN 2204PDSR

SPKN

TC

M10

SPKN 1203EDSR

Type,ordering descriptionInsert



Special inserts


Milling

32

HB

420500 - 850

1000600

850 - 10001180680

1180

1100

TCM407TCM407TCM407TCM407TCM407

vc [m/min]

340 - 430290 - 340240 - 290320 - 360230 - 280200 - 250250 - 310230 - 330280 - 340210 - 250200 - 260250 - 280

160 - 200

280 - 430200 - 270330 - 500180 - 330

1

2

36

7/89

1011

12

1314

14

14

1415

1617

181920

N/mm

180260160250130230

200180

230-260330

0,15% C0,15% - 0,45% C 0,45% C

125

150-250300180

250-300350200350200325

AAAAA

FFFFF

RRRRR

Workpiece material Type of treatment / alloy

Hard

ness

Cutting data values

Gro

up

grey cast ironperlitic / ferriticperlitic / martensitic

grey cast iron withspheroidal graphite

ferriticperlitic

tempered iron

stainless steel

annealedquenchedquenchedhardened

ferritic / martensiticausteniticDuplexmartensitic / austenitic

non alloyed steelannealedannealedtempered

low alloyed steelannealedtemperedtempered

high alloyed steelannealedtempered

corrosion resistant steelannealedtempered

ferriticmartensitic

Turning

ferriticperlitic

33

TCM10TCM10TCM10TCM10TCM10

vc [m/min]

TCC410TCC410TCC410TCC410TCC410

vc [m/min]

vc [m/min]

vc [m/min]

280 - 350230 - 270190 - 240260 - 300180 - 230140 - 220160 - 200160 - 200230 - 270170 - 250170 - 240200 - 240

130 - 160

220 - 300180 - 230250 - 350160 - 250

300 - 420280 - 350220 - 320250 - 300180 - 260140 - 200160 - 220100 - 160240 - 350140 - 250200 - 280110 - 250100 - 220100 - 210

180 - 300150 - 260200 - 330160 - 280

350 - 600340 - 400180 - 350250 - 360200 - 320150 - 250180 - 280150 - 250300 - 400150 - 260250 - 400180 - 350

180 - 250

180 - 400150 - 250200 - 350180 - 320

400 - 520350 - 400300 - 350400 - 440300 - 360250 - 300310 - 380280 - 400350 - 400260 - 310250 - 320300 - 350

210 - 250340 - 480260 - 360360 - 520400 - 680230 - 400180 - 320

TIZIT

0,1xD

TIZIT

fz = 0,02 - 0,05

Turning TurningIndexable inserts Helimax*

Milling with

*TIZIT tip*TIZIT tip*TIZIT tip*TIZIT tip*TIZIT tip

34

146

290

TIZIT

32 H7

Standard parts

Problems / criteria: Surface quality Rz 20m Shape tolerance

Flatness Parallelism Angularity

Result: Surface quality achieved Rz 3-6 m The requirements of shape

tolerance were perfectly fulfilled

Application data:Vc [m/min] 300ap [mm] 0.25ae [mm] 146fz [mm] 0.09

Workpiece: Standard partsMaterial: X 45 NiCrMo 4Strength: 600 - 800 N/mm2Machine: Milling machineTools: A 260.20.R.12/029

SEHW 1204AFSN TCM10

Problems / criteria: Quantity per cutting edge Maintaining size tolerance Surface quality

Result: + 35% quantity per cutting edge

Application data:Vc [m/min] 290ap [mm] 0.04f [mm/rev.] 0.125

Workpiece: Connecting rodMaterial: GGG 70Strength: 235 - 265 HBMachine: Boring machineTools: Special boring bar

TCGT 110208EN-SF TCC410

Practical examples

Connecting rod

35

TIZIT

ZTIZIT

Z M 3:1

a=

20m

mp

a = 0,5mme

22

18

f6

440

Problems / criteria: Increase of feed rate, at the same time

manufacturing tolerances are maintained.(Parallelism = 0.01mm to 1000 mm)

Result:Number of pieces reached

TIZIT: constantly 50 partsCompetitor: max. 20 parts

Machining time:TIZIT: 0.43 minCompetitor: 2.21 min

Application data: TIZIT CompetitorVc [m/min] 250 69ap [mm] 20 20fz [mm] 0.45 0.32

Workpiece: Intermediate drumMaterial: GG 30Condition: StableMachine: Voest Alpine turn-milling centreTools: TIZIT: E06.20.R.08 TCM10

Competitor: Solid carbide milling cutter

Problems / criteria: Dimensional tolerance h6 Vibrations Swarf evacuation Surface quality N6

Result: The combination of the chip groove -SF

and grade TCM10 resulted in notableimprovements of dimensionalaccuracy and surface quality.

Advantage: non conforming materialconsiderably reduced

Application data:Vc [m/min] 220ap [mm] 1.0 - 1.5f [mm/rev.] 0.10

Workpiece: ShaftMaterial: 32 CrMOV 12 10Strength: 1200 - 1500 N/mm2Machine: MAHO / GrazianoTools: SDUCR 2020 K11

DCMT 11T308EN-SF TCM10

Intermediate drum

Shaft

172

/1W

e re

serv

e th

e rig

ht to

mak

e te

chni

cal c

hang

es fo

r pro

duct

impr

ovem

ent.

172 E 07.01

Parent companyPLANSEE TIZIT AktiengesellschaftA-6600 Reutte/TirolTel.: +43 (5672) 600-0Fax: +43 (5672) 600-502 Cutting Tools

+43 (5672) 600-503 Wear PartsE-Mail: [email protected]: [email protected]://www.plansee.com

AustriaPLANSEE TIZIT AktiengesellschaftA-6600 Reutte/TirolTel.: +43 (5672) 600-0Fax: +43 (5672) 600-505E-Mail: [email protected]

= Sales Cutting Tools

BulgariaINSTRUMENT AGBoulevard Stoletov 157BG-5301 GabrovoTel.: +359 (66) 438-11Fax: +359 (66) 437-42E-Mail: [email protected]


GermanyPLANSEE TIZIT GmbHSchtzenstrae 29D-72574 Bad UrachTel.: +49 (7125) 1501-0Fax: +49 (7125) 8594E-Mail: [email protected]


FranceSocit PLANSEE TIZIT S.A.R.L.20, Rue LavoisierF-95300 PontoiseTel.: +33 (1) 3433-3180Fax: +33 (1) 3030-9339E-Mail: [email protected]


Great BritainPLANSEE TIZIT (UK) Ltd.Cliff LaneGrappenhallWarrington WA4 3JXTel.: +44 (1925) 261-161Fax: +44 (1925) 267-933E-Mail: [email protected]


ChinaPLANSEE TIZIT Hong Kong Ltd.Room 1201-1202Hollywood Centre233 Hollywood Rd., Sheung WanHong KongTel.: (+852) 2542-1838Fax: (+852) 2854-3777E-Mail: [email protected]


IndiaSiel TIZIT Limited58, Motilal Gupta RoadBarishaIN-700 008 CalcuttaTel.: +91 (33) 447-5435Fax: +91 (33) 447-6472Telex: 021 8142 ihm inE-Mail: [email protected]


ItalyTIZIT S.p.APiazza F. Martelli, 7I-20162 MilanoTel.: +39 (02) 6441-111Fax: +39 (02) 6611-6040E-Mail: [email protected]


SpainPLANSEE TIZITVa de las Dos Castillas, 9cPortal 2, Bajo BE-28224 Pozuelo (Madrid)Tel.: +34 (91) 351-0609Fax: +34 (91) 351-2813E-Mail: [email protected]


USASCHWARZKOPFTECHNOLOGIES Corporation115 Constitution BoulevardFranklin, MA 02038Tel.: +1 (508) 553-3800Fax: +1 (508) 553-3823E-Mail: [email protected]


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