oerlikon balzers global leader in advanced surface...
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Oerlikon BalzersGlobal leader in advanced surface technologyDecember 4, 2014Dr. Helmut Rudigier
Company Overview – Five core competencies
Manmade Fibers Segment
Manmade Fibers Segment
Advanced TechnologiesSegment
Advanced TechnologiesSegment
Drive SystemsSegment
Drive SystemsSegment
Surface SolutionsSegment
Surface SolutionsSegment
VacuumSegmentVacuumSegment
Gaining strength for the next level.
We are a leading global supplier of PVD coatings and other surface technologies for precision components as well as metalworking and plastics processing tools. Together with Oerlikon Metco we are about to become the world technology leader in surface solutions. With our combined strengths we will provide even better solutions to our customer’s demands in the future. A wide spectrum of industries will benefit from new possibilities created from the combined product and solution portfolio.
Gaining strength for the next level.
We are a leading global supplier of PVD coatings and other surface technologies for precision components as well as metalworking and plastics processing tools. Together with Oerlikon Metco we are about to become the world technology leader in surface solutions. With our combined strengths we will provide even better solutions to our customer’s demands in the future. A wide spectrum of industries will benefit from new possibilities created from the combined product and solution portfolio.
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Surface Technologies
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THIN-FILM COATING� PVD
� PECVD (PACVD)
THICK LAYER COATING� Thermal Spray� Laser Cladding
DIFFUSION� Plasma-nitriding� Gas-nitriding
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Our business: Tailor–made solutions for all requirements
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Coating servicesPick-up serviceShort and dedicated delivery timesCentres in 34 countriesReconditioningPolishing
Inhouse centresCustomized coating linesIntegrated into the customers facilities; run by Balzers 8 centres in operation
Coating systemsHighly productive and reliable equipmentAbout 650 coating systems in operation world-wideAfter-Sales Service
Balzers develops coatings, coating technologies and equipment
Key data for Business Unit Oerlikon Balzers
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� Unique company with global network for coating service
� 94 coating centres in 34 countries
� CHF 511 million sales in 2013
� About 3500 employees worldwide
� About 30% global market share(job coating)
� Approximately 3.5 times biggerthan the No. 2
� R&D expenses: approx. 7% of sales
Close to you – Anywhere in the world
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AmericasArgentinaBrazilCanadaMexicoUSA
EuropeAustriaBelgiumCzech Rep.FinlandFranceGermanyHungaryItalyLiechtensteinLuxembourg
NetherlandsPolandPortugalRomaniaRussiaSpainSwedenSwitzerlandTurkeyUnited Kingdom
AsiaChinaIndiaIndonesiaJapanMalaysiaPhilippinesSingaporeSouth KoreaThailand
22 Centres 39 Centres 33 Centres
Oerlikon Balzers Market Segments
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Cutting Tools Forming ToolsPrecision
ComponentsAutomotive
Components
Forming tools for metal & plastic processing(e.g. moulds & dies)
Precision components(e.g. watch components, bearings, shaving knifes)
High volume automotive components (e.g. diesel injector parts, piston pins)
Cutting tools for metal machining (e.g. end mills, drills, hobs, inserts)
Design Parts
Decorative coatings as substitute to traditional chrome plating solutions(ePD™)
Tools Components
Why do customer pay for coatings?Automotive: Improved fuel economy
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Energy balance of a passenger carat part-load operation (1)
21.5% energy to move the car
33% Exhaust gas
16.5% Friction losses (11.5% engine, 5% transmission),
25% Other losses
100%
Ene
rgy
inpu
t
(1) Source: K. Holmberg et al. Tribology International 47 (2012) 221: CO2 emissions. Study assumes 60km/h, driving cycle 8l/100km, 75kW engine.
(2) Calculated for 15l/100 km assumed for part load conditions as typical for city traffic.
FrictionAreas
Fuel saving byreduced friction[l/100km (2)]
Piston group
Crankshaft
Valve train
0.7 – 1.4
0.2 - 0.4
0.1 – 0.2
Friction reduction is important Thin Films: Enabling Diesel injection
� Reliable operation at highest pressures (currently up to 2500 bar)
� Compliance with narrow system tolerances < 1 µm
� Long service life combined with minimal wear
Why do customer pay for coatings?Performance drives innovation
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ProductivityTool life
TiAlXN
AlCrNMultilayer
TiAlNMultilayer
XAlTiXN
X
+ Al
AlTiN
AlCrXN
X
AlCrN
TiAlN
Time2001 2003 2006 2010 2011 2012
~1985
~1996
~1999
2006
2009 Material removal rate [cm3/min]*)
x 15
*) tool: Ø 10 mm end mill, workpiece material: heat-treatable steel 800-1000 N/mm2, source: customer
� A 50% increase of tool life cuts costsper piece by only 1%
� A 30% reduction of tool costs reduces costsper piece by only 1%
� An increase of cutting parameters by 20%(cutting speed, depth of cut) reduces costsper piece by 15 %
Tools
X denotes a doping element
BALINIT ® boosts productivity by 20%
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Threaded cores for bottle caps Description
Production process: injection moulding
Particularity: lubricants and mouldrelease agents cannot be used for pharmaceutical or food packaging
Threaded cores uncoated
Production downtime: 1 day per week
Threaded cores BALINIT ® -coated
� Trouble-free production during several months
� 10% shorter cycle times
� Yield productivity gains of up to 20%
Broadband coatings versus application specific coatings
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High-end coatings for special applications. BALINIT® ALDURA for hard machining, BALINIT® ALNOVA for Ti and stainless steel, X.CEED for Inconel.
BALINIT®
LATUMA
BALINIT®
ALNOVABALINIT®
ALDURA
20HRC 50HRC 65HRC
Per
form
ance
Hardness of work piece
BALINIT® ALCRONA PRO
Wood
cera
mic
s
Wear mechanism
abrasive abrasive+adhesive adhesive
Coa
ting
thic
knes
s
grap
hite
wrought Al-alloys
AlSi10, AlSi9Cu
CFRP
AlSi17, AlSi20
MMC
DIAMOND ta-C
Machining non ferrous materialsApplication for Diamond and ta-C (*)
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(*) ta-C: tetragonal amorphous carbon; a hydrogen free carbon modification with a large fraction of sp3-type bounds.
Diamond coatings
BAI730D
6 µm
60 µm
Applications: Machining of graphite, CFRP materials, abrasive Al-Si alloys
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Today’s state-of-the-art coating technologies
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Process characteristics
�High degree of Ionization
Coating properties
�High density, high hardness
�Excellent adhesion
� Less smooth, droplets
Process characteristics
� Low degree of Ionization
Coating properties
� Low density, low hardness
� Moderate adhesion
�Smooth surface
Oerlikon Balzers’ S3p™ – Far beyondconventional HiPIMS technology
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Pulse duration [ms]
1
0.2
3
Pla
sma
dens
ity a
.u.
2 20 200
ConventionalHiPIMS
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� 100% Balzers developed power supply technology
� Scalable pulse duration and current
� Excellent control of pulse shape
� Covers a significantly wider range of current density compared to conventional HiPIMS
� Enables coatings precisely tailored to your needs
HiPIMS: High Power Impulse Magnetron Sputtering
S3p™: coating morphology at variable ionizationTailoring material properties
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Reference coatings
DC-sputter ARC evaporation
S3pTM; high ionizationS3pTM; low ionization
DC-sputter ARC evaporation
1um 1um
column size
Scalable Pulsed Power Plasma enables HiPIMS– without limits
Arc
Advantage of S3p™ Excellent smooth surface; example chip flute
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Coating: BAI 830 : TiN (4µm); INNOVA; S3p™: TiAlN, 4µm, polished carbide drills
Arc EvaporationINNOVA
1000x
10000x
IONITRON Technology low voltage electron beam evaporation
S3p® INGENIA
1000x
10000x10000x10000x
1000x
Advantages of S3p™ coatings
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Selected internal test results
S3p™- AlCrN-basedThread forming
PVD Arc - TiAlN-basedDrilling wo posttreatment
S3p™- TiAlN-basedDrilling w/o posttreatment
PM-HSS thread former M10 42CrMo4 1.7225 1000 N/mm2
vc = 17.5 m/min; Depth: 20 mmblind hole; emulsion cooling
Torque (Nm)Arced coating w/o post-treatment S3p™ coating w/o post-treatment
Drilling 5 x D: 42CrMo4 (1.7225), Ø 6.0 mm, vc = 80 m/min, f = 0.12 mm, internal coolants
S3p™ coating w/o posttreatmentArced coating w/o posttreatment
time(s)
Torque (Nm)
sec -10
-5
0
5
10
15
20
25
30
sec
Torque (Nm) Torque (Nm)
0 1 2 3 4 5
sec
0 1 2 3 4 50 1 2 3
BALIQ MICRO CoatingsNew coatings made possible with S3p™
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BALIQ ™
MICRO ALCRONOSBALIQ ™
MICRO TISINOS
20HRC 50HRC 65HRC
Pro
duct
ivity
/ Too
l Life
Application temperature/ hardness
Micromachining
up to HRC 70
BALIQ TAP ALCRONOS redefines thebenchmark in process reliability.
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The technological progress The hands-on advantages
Smooth and defect-free coatings with outstanding adhesion >
Superior process reliability under all application conditions, no post-treatment necessary
Low susceptibility to sticking of AlCrN-based coatings >
Prevention of adhesion and build-up edges even with difficult-to-machine materials
Coating design possible even beyond TiN / TiCN > Universal deployment: one coated
tool for several applications
High wear resistance of AlCrN-based coatings even under severe thermal stress
>Long tool lives, even under MQL and dry machining conditions
Process reliability in thread formingApplication: Stainless steel
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ToolPM-HSS thread former M3
WorkpieceSteel 1.4571 (AISI 316Ti, SUS 316 Ti)
Machiningvc = 12 m/minThread depth: 7.5 mmBlind holeEmulsion 6%
SourceOerlikon Balzers andUniversity of Hamburg
Tool life (number of threads)
1.200
2.000
1.800
1.600
1.400
1.000
800
600
400
200
0
+171%
BALIQ™ TAP ALCRONOS
BALINIT® A(Ionitron)
BALIQ MICRO ALCRONOS redefinesthe benchmark in process reliability
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The technological progress The hands-on advantages
Smooth and defect-free coatings with outstanding adhesion >
Smooth chip removal without mechanical post-treatment, high coating surface quality for high component quality
High coating thickness precision for very sharp edges >
The ultimate in tool precision
Low susceptibility to sticking of AlCrN-based coatings >
Prevention of adhesion and build-up edges even with difficult-to-machine materials
High wear resistance of AlCrN-based coatings even under severe thermal stress >
High thermal stress resistance of tools with small dimensions, highly reproducible tool service lives
Convincing test results for microdrillsDrilling in stainless steel
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ToolMicrodrillD = 1.0 mm
WorkpieceSteel 1.4571 (AISI 316Ti, SUS 316 Ti)
MachiningLD: 20 x dEmulsion
SourceTool manufacturer Europe0
50
100
150
200
250
300
350
Uncoated BALIQ MICRO ALCRONOS
Arc Evaporation
Tool fracture/process not reliable
Tool life (number of holes)
BALIQ INSERT ALTINOS: innovative machining with high process reliability.
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The technological progress The hands-on advantages
Smooth and defect-free coatings with outstanding adhesion > Top-tier coating surface quality for
high component quality
High wear resistance of AlTiN-based coatings even at high service temperatures >
Very high thermal stability of the tool,resulting in long tool lives withperceptibly fewer tool changes
High coating thickness precision and precise coating of even the sharpest cutting edges >
Significant performance gains mainlywith smallest chip thicknesses andoptimised component surface quality
Low susceptibility to sticking of AlTiN-based coatings. >
No adhesion and built-up edgeformation even for difficult-to-machine materials such as titaniumand stainless steels
BALIQ INSERT ALTINOS for finish machining stainless steel
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ToolCarbide insert
WorkpieceSteel 1.4571 (AISI 316Ti,SUS316Ti)
Cutting parametersvc = 50 m/minf = 0.03 mm/revap = 0.2 mmDry cutting
SourceOerlikon Balzers CuttingLaboratory
Rel. tool life (%)
0
50
100
150
200
250
300
350 +224%
BALIQ TM INSERTALTINOS
conventional coating
Thank you.
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