leybold optics
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leybold optics
VAKPOL & GAZ ul. Czeremchowa 10 53-009 Wrocław Zygmunt Kamola Paweł Winkowski [email protected] www.vakpol.com CBK Warszawa 2012 LEYBOLD OPTICS INFICON UIC ALD CBK Warszawa 2012 Working independently Professor W. Gaede Professor Max Auwärter Heraeus Hochvakuum Professor Auwärter Degussa AG becomes Effective October 1st, Under the sheltering roof Oerlikon-Buehrle Holding AG renames of each other, company develops the first leaves the vacuum GmbH merges with leaves Balzers. sole owner of Leybold- Degussa sells all ist stock of a single joint holding to Unaxis in 2000. Focus for Unaxis is founders Ernst Leybold high vacuum devices Technology department Leybold to form Leybold- Oerlikon-Bührle now Heraeus GmbH, which in LEYBOLD AG to company, eight separate Information Technology. in Cologne and Wilhelm in Cologne. at Heraeus. Heraeus GmbH. becomes sole owner of changes its name to Oerlikon-Bührle Holding Business Units operate LEYBOLD OPTICS is going independent the Balzers Group. Leybold AG. AG of Zurich. indepently. as manufacturer of coating systems for Carl Heraeus in Hanau With Prince Franz Sales exceed lay separate foundations Dr. W. Rohn develops Josef II and Emil Georg 100 million DM for subsequent high-tech the chromium-nickel Bührle, Professor firms. process as substitute Auwärter founds the for platinum. Gerätebau-Anstalt Balzers in Liechtenstein. The merger of Balzers AG and Leybold AG, creates one of the world´s largest enterprises in the field of vacuum and thin film technology. Ernst Leybold (1824-1907) Cologne LEYBOLD W.C. HERAEUS Hanau Wilhelm Carl Heraeus (1827-1904) GERÄTEBAUANSTALT BALZERS optical applicatioins with a worldwide network of sales and service organisations. As of Sept 30, 2001 Unaxis sells LEYBOLD OPTICS to EQT, a private Equity Fund founded by the Swedish Wallenberg industrialist family. INFICON History 1850 to 2004 1 4 2008 Template - January 2008 The Solution ALD Vacuum Technologies AG The Solution ALD Technology & Markets Vakuum Metallurgy Energyproduction Leisure Vakuum Thermal Recycling Vakuum Heat Treatment Communication Transportation/Aircraft Transportation/Cars Transportation/Aircraft Tools Recycling Waste Treatment 30.05.2012 16:37 Folie 6 Strategic Target Markets 1999 – 200? The Solution Titanium Parts TiAl Valves Metallurgy Vacuum Technology Heat Gear Treatment Components Recycling 30.05.2012 16:37 Folie 7 Turbine Blades SolarSilicon Hydraulics Injection and Systems Transmission NiCd PCB Batteries Hg Wastes Contaminated Activated Waste Carbon Automotive and Airacraft Parts Household Waste SHORT PATH DISTILATION Feed mixture Vacuum Distillation Thin Film Distillation Short Path Distillation A and B Paar exemples : Monoglycerides Diglycerides Palm oils, Tocopherol Fish oil, Rice bran oil Fatty acids and derivatives Cocoa butter, Dimeric fatty acids ; Lactic acid, Paprika oleoresin ; Vegetable oils Rotating wiper system A B See the light. LEYBOLD OPTICS at a Glance "The bulk of a crystal has been created by God – The surface by the devil" Wolfgang Pauli LEYBOLD OPTICS - Product Portfolio Applications in Ophthalmic & Health Ophthalmics Medical Components Applications in Precision & Telecom Telecommunication Microlithography Special Optics DVDM filters !!!! Applications in Reflection & Protection Automotive Plastics Silicon Based Tandem Solar Cell Modules !!! New Products using Leybold Optics technology The LAB-Family Inside dimension of the chamber (W x H x D): LAB500: 500 x 650 x 520 mm LAB600: 600 x 750 x 620 mm LAB700: 700 x 950 x 720 mm LAB900: 900 x 1150 x 920 mm LAB1000: 1050 x 1000 x 1025 mm LAB500 LAB900 LAB600 with Loadlook LEYBOLD OPTICS Dresden GmbH Page 5 Substrate Holder & Heater Table Pallete Calotte (1 or 4 segments) Motion Variants - Massiv shaft with DC servo actuator or stepping motor - Ferrofluidic‘s hollow shaft with positionable AC servo actuator drive Substrate Heating - IR-resistor heater ( 2,2kW ) - Quarz radiation heater ( 1 kW ) LEYBOLD OPTICS Dresden GmbH Page 22 Coating Sources Thermal evaporator - Evaporation assembly - High current generator AS053 (400A with 5V or 200A with 10V) Sputter sources -circular cathode 2“ ... 8“ -planar cathode PK500 and PK750 -double cathode Twinmag Electron-beam evaporator - ESV6, ESV14/4, ESV14/Q - HV-generator switched with 5kW or 10 kW - filament transformer switched - E-gun controller unit EGC28 Ion beam sources - Mark I - Mark II LEYBOLD OPTICS Dresden GmbH Page 23 Thickness Measurement and Control COATING THICKNESS MEASUREMENT - IC/5 (Co deposition possible) - XTC/2 - Standard and sputtering measuring heads - Shutter assembly - Double head sensor - CrystalSixTM sensor -Sample exchange OPTICAL MEASUREMENT SYSTEM OMS 5000 LEYBOLD OPTICS Dresden GmbH Page 24 LAB 600UV with Load lock Process chamber WxHxD 600x750x620mm Load lock BxHxT 400x450x420mm 2x e-Gun ESV14/4 1x Ion source Mark II 15“ VAT gate valve Coolvac 3011 with Ecodry/WSU251 Ultimate pressure <5*E-9mbar moveable Substrate holder from PK to LL rotable and turnable holder 19“ cabinet with all integrated devices PLC with 11“ Touch Screen Terminal LEYBOLD OPTICS Dresden GmbH Page 29 LAB 900 Stainless steel chamber WxHxD 900 x 1150 x 920mm 2x e-Gun ESV14/4 1x Ion source Mark II 20“ VAT gate valve Coolvac 10011 with Sogevac SV200 Rootsblower WSU501 4 part Substrate calotte with hollow shaft 2x 19“ cabinet with all integrated devices PLC with 11“ Touch Screen Terminal IC5 deposition controller with double head sensor LEYBOLD OPTICS Dresden GmbH Page 30 Sputter Inline A700 V modular, vertical In-line sputtering system mainly for glass coating max. size of substrate 1000 x 600 mm, loading size 260 mm (3D substrate) bias capable transportation system Substrate heating up to 400°C switched matrix for power supply with SINUS, PULS and DC generator Load lock with storage of substrate 4x TWINMAG PK750 and 2x single PK750 for reactive process PC-visualization with PLC and fieldbus LEYBOLD OPTICS Dresden GmbH Page 32 3D-COATING Batch type systems AluMet series (Vertical and Horizontal) PylonMet VXL Load-Lock type (short cycle time) systems DynaMet 3H DynaMet 4V DynaLine 4V / DynaLine 5V Systems are utilizing LEYBOLD OPTICS Coating Technology: - Thermal Evaporation - Inter Pole Target (IPT) Magnetron Sputtering - Plasma Enhanced Chemical Vapor Deposition (PECVD) Confidential New Product SYRUSpro The New Generation Of Optical Coating System SYRUSpro 900 SYRUSpro 1100 SYRUSpro 1500 • New Quartz Crystal Monitoring System XMS • New Optical Monitoring System OMS 5000 • New Electron Beam Evaporation Technology HPE6 / HPE10 • New Human Interface, Control System, Process Control SYRUSpro Simulation LEYBOLD OPTICS Dresden GmbH Page 39 SYRUSpro News / Infinate Pattern Generation Easy to get the correct pattern for all your different materials, different crucibles and different pocket sizes 3D-COATING Right Side Access Dateiname.ppt Confidential 3D-COATING The machine To exceed today’s Requirements… And tomorrow’s Flexible demands Confidential 3D-COATING Gray Scale Adjustable Reflectivity/Absorption From brilliant mirror to smoked metal impression Virtually identical a* and b* Only L* varied Cross-view of the substrate and the thin-film vacuum-coating layer: Intrinsic, reactive sputtered layer Substrate Confidential 3D-COATING Wide colour range Adjustable colour (by interference layer thickness) Single interference layer only Cross-view of the substrate and the thin-film vacuum-coating layer: Interference Layer (Colour) by reactive sputtering Mirror layer by sputtering or NCVM layer Substrate Confidential INFICON Intelligent Sensor Solutions – quadrupole mass spektrometer Leak Detection [ helium ,frigens, others ] Vacuum measurment systems Vacuum equipment Strategic Business Units Intelligent Sensor Solutions Leak Detection 1 48 2008 Template - January 2008 Vacuum Control Locations Syracuse, NY, USA Cologne, Germany 1 49 2008 Template - January 2008 Balzers, Liechtenstein Scentograph CMS100’s internal battery and gas supply make it totally portable. 1 Large Int. OEM Private Brand Label Diffuse Market of Medium to Small Customers Reps Specialized Distributors Sales Potential per Customer INFICON Sales Strategy 2008 Template - January 2008 Number of Customers 53 INFICON Vacuum Control OEM‘s SEMI: SOLAR: Industrial: 1 54 2008 Template - January 2008 Pirani Capacitance diaphragm Pirani / Capacitance Cold cathode Hot ion (Bayard Alpert) Hot ion / Pirani TripleGauge™ 10-7 10-6 10-5 10-4 10-3 10-2 10-1 100 101 102 103 104 105 106 Pascal 10-10 10-9 10-8 10-7 10-6 10-5 10-4 10-3 10-2 10-1 100 101 102 103 104 mbar 10-8 Ultra high vacuum High vacuum Medium vacuum Rough vacuum Sea level atmosphere Interplanetary space 1 55 2008 Template - January 2008 Lower ionosphere Top of high mountain Triple Gauge™ BCG450 Bayard-Alpert Pirani Capacitance Diaphragm Gauge • 3 gauges in 1 (replaces hot ion, convection enhanced Pirani & ATM switch) • Gas-type-independent measurement above 10 Torr • Highly accurate • Differential atmospheric switch Heater grid Etched wafer as carrier material Quartz Membrane Helium Nitrogen (air) Sensor Design Glass housing with feedthroughs Pump connection Wafer with quartz windows shield Cathode plate 1 58 Anode ring 2008 Template - January 2008 Detection limit : 10exp-7 [mbarl/s] • Measurement range : 10exp-1 ÷ 10exp-6 [ mbarl/s ] • No turbo pumps • Easy measurement without special vacuum systems • only small difference pressure nedded Valves & Fittings 1 66 2008 Template - January 2008 Interfaces 1 67 2008 Template - January 2008 I. Metoda I. Czułość mbarl/s 1. Penetranty 10‾ ³ (10‾4 ) 2.Ultradźwięki 10‾ ³ 3.Próba wodna 10‾ ³ (10-4 ) 4.Bańki mydlane; NEKAL TEST; BUBLE-TEST 10‾ ³ 5.SENSORY naj. generacji 10‾ ³ - detektory, półprzewodniki Wodór 6.FREONY 10-7 10‾ 5 (halogeny) 7.AMONIAK 5x10‾ 8 8.SF6 10‾ 6 9.SPEKTROMETRY mas 10.HELOWY 10‾ 6 - specjalizowany 10‾ 9 spektrometr 10‾12 11.RADIOIZOTOPY Kr 85 10‾13 10‾ 6 Nasza firma poleca usługi w zakresie : • Wykrywania nieszczelności na dowolnych obiektach zarówno w próżni jak i dla obiektów pracujących przy nadciśnieniu a stosowana przez nas metoda helowa pozwala na lokalizację nieszczelności w zakresie od • 10+3 do 10-10 mbarl/s Dla innych gazów niż hel posiadany przez nas sprzęt zapewnia czułość na poziomie • • • • • • • 10-7 mbarl/s Badania prowadzimy wg międzynarodowych norm EN-1779 i EN -1518 Pomiarów próżni , Doboru pomp , diagnostyki technicznej urządzeń , modernizacje Projektowania i budowy przemysłowych urządzeń do badania szczelności w masowej produkcji, Regeneracja izolacji próżniowej zbiorników kriogenicznych Pomiary próżni izolacji zbiorników kriogenicznych Próby pneumatyczne urządzeń ciśnieniowych Kilka przykładów( z ponad 500 ) badań przemysłowych: - instalacje chemiczne (zbiorniki, rurociągi ) - Cold-Box’y - układy chłodzenia wodorem generatorów energetycznych - kondensory próżniowe w elektrowniach - wymienniki ciepła ( spawy na dnach sitowych) - całość prac szczelnościowych i wytworzenie próżni izolacyjnej w zbiornikach do ciekłego metanu ( LNG) • zbiorniki ciekłych gazów - badanie szczelności , regeneracja izolacji próżniowej zbiorników na ciekłe gazy • próba pneumatyczna zbiornika 100 m3 na wodór [ 62 barów] połączona z badaniem szczelności oraz próżniowym osuszeniem zbiornika do 5 ppm H2 Questions 1 71 2008 Template - January 2008 Dziękuję za uwagę. W razie pytań proszę o kontakt: Zygmunt Kamola +48 602 315 212 e-mail: [email protected] [email protected] www.vakpol.com www.inficon.com