Industrial Inline Control for Advanced Vacuum Roll to Roll Systems. Gerhard Steiniger Web inspection - surface Quallity control 7.

Similar documents
EQUIPMENT VACUUM WEB COATING SYSTEMS ROLL-TO-ROLL ROLL-TO-ROLL

ORGANIC ELECTRONICS PROCESS DEVELOPMENT AND ENCAPSULATION TECHNOLOGIES

VACUUM WEB COATING SYSTEMS ROLL-TO-ROLL ROLL-TO-ROLL VACUUM WEB COATING SYSTEMS

P I SCALE Creating an Open Access Flexible O L E D P ilo t L in e S e r vic e

PROCESS TECHNOLOGIES FOR ADVANCED ORGANIC ELECTRONIC DEVICES: MICRODISPLAYS, LIGHTING AND SOLAR CELLS

Advances in Roll-to-Roll Imprint Lithography for Display Applications Using Self Aligned Imprint Lithography. John G Maltabes HP Labs

Development of OLED Lighting Applications Using Phosphorescent Emission System

Present status of Roll-to-Roll Fabrication for OLED lighting

Advanced Display Manufacturing Technology

Challenges for OLED Deposition by Vacuum Thermal Evaporation. D. W. Gotthold, M. O Steen, W. Luhman, S. Priddy, C. Counts, C.

New Rotary Magnetron Magnet Bar Improves Target Utilization and Deposition Uniformity

R2R Processing of Flexible Devices

AMOLED Manufacturing Process Report SAMPLE

Thin-Film Encapsulation of Organic Light Emitting Devices (OLEDs) Dr. Emilie Galand Huntsman Advanced Materials CSEM Plastic Optoelectronics - Basel

THE NEXT LEVEL IN ARCHITECTURAL GLASS COATING ADVANCED EQUIPMENT & PROCESS EXPERTISE ADVANCED EQUIPMENT & PROCESS EXPERTISE

P-224: Damage-Free Cathode Coating Process for OLEDs

:: Reduce needs for heat dissipation components. :: Extend battery life in mobile products. :: Save power and reduce heat generation in TVs

EQUIPMENT COATING SYSTEMS FOR THIN-FILM PV THIN-FILM PHOTOVOLTAICS. SCALA VISS PIA nova GC120VCR XENIA

Press Release Plastic Electronics 2013 October 8th 10th, 2013, in Dresden/Germany Hall 2, booth no. 292 (joint booth of Organic Electronic Saxony)

AIXTRON in EXCILIGHT project

[1.9] AMOLED 공정 Introduction OLED Materials Patterning Process Process Equipments

OLED Technology Introduction

HB LEDs & OLEDs. Complete thin film process solutions

Development of OLED Lighting Panel with World-class Practical Performance

Content. Core Technology (Short introduction) LCMO (Light Controlled Molecular Orientation) technology

GENCOA Key Company Facts. GENCOA is a private limited company (Ltd) Founded 1995 by Dr Dermot Monaghan. Located in Liverpool, UK

Improvements in Gridless Ion Source Performance

CORONA & PLASMA FOR NARROW WEB

Discrete Mode Laser Diodes emitting at l~689 and 780nm for Optical Atomic clock applications.

Rotating PVD Cathodes with Lifetime Guarantee

CORONA & PLASMA FOR NARROW WEB

projectors, head mounted displays in virtual or augmented reality use, electronic viewfinders

OLED ON CMOS: WHAT ABOUT THINNING AND BENDING?

Imagine... About Us. Benefits of Rotary Cathodes. Shaping the future

Application note. Materials. Introduction. Authors. Travis Burt, Huang ChuanXu*, Andy Jiang* Agilent Technologies Mulgrave, Victoria, Australia

Screen investigations for low energetic electron beams at PITZ

PUBLISHABLE Summary To provide OLED stacks with improved reliability Provide improved thin film encapsulation

center for organic materials and electronic devices dresden

THE NEW LASER FAMILY FOR FINE WELDING FROM FIBER LASERS TO PULSED YAG LASERS

Present and future of OLED lighting

Organic light emitting diode (OLED) displays

Applied Materials. 200mm Tools & Process Capabilities For Next Generation MEMS. Dr Michel (Mike) Rosa

Phosphorescent OLED Technologies: The Next Wave. Plastic Electronics Conference Oct 9, 2012

Solution Processable OLEDs. Anna Hayer EuroDisplay /09/2013

Illumination Challenges in Non- Industrial Vision Applications. Simon Stanley Managing Director ProPhotonix IRL Ltd

Flexible and transparent OLED device. July, Lead author: Robert Abbel, Holst Center / TNO Pim Groen, Holst Center / TNO

IGM. Development of Vapor Deposition Processes for OLEDs. Bachelor Thesis. Prof. Dr.-Ing. N. Frühauf. 28th of September Alexandru Andrei Lungu

Digital Light Processing

High Performance White OLEDs Technologies for Lighting

Development and Mass-Production of an OLED Lighting Panel - Most-Promising Next-Generation Lighting -

Polygon Scanners Capabilities, Applications and System integration. considerations

(12) (10) Patent No.: US 7,133,032 B2. Cok (45) Date of Patent: Nov. 7, 2006

World Class Converting Xpanded Productivity Platform Xpanded Capabilities State-of-the-Art Ergonomics

Toward Novel Flexible Display Top-Emitting OLEDs on Al-Laminated PET Substrates

Scalable self-aligned active matrix IGZO TFT backplane technology and its use in flexible semi-transparent image sensors. Albert van Breemen

Customer Responsibilities. Important Customer Information. Agilent InfinityLab LC Series Site Preparation Checklist

Defect Analysis of Roll-to-Roll SAIL Manufactured Flexible Display Backplanes

High Power Efficiencies at Record Lifetimes: NOVALED s PIN-OLEDs

The Company. A leading OLED player

25W 9xxnm Uncooled Multimode Laser Diode Module

Data. X-ray Image Intensifier HIDEQ 23-3 ISP

Silole Derivative Properties in Organic Light Emitting Diodes

ADDING AN O TO LEDS STATUS AND PERSPECTIVES OF ORGANIC LIGHT EMITTING DIODES PAWEL E. MALINOWSKI, TUNGHUEI KE LED EVENT 2017

Overcoming Challenges in 3D NAND Volume Manufacturing

Korea Coating Materials & Components Co., Ltd. Company Introduction.

High Value Applications and High Growth Markets for Printed Electronics

OLED for Lighting. Outline

VTA1216H Series Linear Photodiode Array (PDA) for X-ray Scanning

OLED Lighting in Automotive Applications State of the Art and Future Demands. OLEDs World Summit 2017, San Francisco, Dr. Werner Thomas, AUDI AG

Teaching Plasma Nanotechnologies Based on Remote Access

Pressure sensor. Surface Micromachining. Residual stress gradients. Class of clean rooms. Clean Room. Surface micromachining

Leading. Through Innovation. Film Technology Franchise. September 9, 2008

SUPPLEMENTARY INFORMATION

General Specifications

New Worlds for Polymers: Organic Transistors, Light Emitting Diodes, and Optical Waveguides Ed Chandross

FRAUNHOFER INSTITUTE FOR ORGANIC ELECTRONICS, ELECTRON BEAM AND PLASMA TECHNOLOGY FEP

High Repetition Rate USP Lasers Improve OLED Cutting Results


MEMS Technologies Dresden - Product Development and Fabrication at IPMS Dresden

THE challenges facing today s mobile

CHA EVAPORATOR. User guidelines. p.1. by Carlos Manzanedo. Last revised: 10/05/2000

CHA EVAPORATOR Short Reference User guidelines

Flexible Electronics Production Deployment on FPD Standards: Plastic Displays & Integrated Circuits. Stanislav Loboda R&D engineer

An Overview of OLED Display Technology

Modular screen printing system from 2 6 colours

Transforming Electronic Interconnect Breaking through historical boundaries Tim Olson Founder & CTO

Quantum Dot Solutions for Lighting and Display Applications. Frank Ignazzitto APEC Conference February 9, 2012

Electron Beam Technology

Electroluminescent Light Sources. By Michael Dierks

ADVANCEMENTS IN GRAVURE TECHNOLOGY: FOR SUSTAINABILITY AND GROWTH PRINTED LIGHTING TECHNOLOGY

Advanced Sensor Technologies

Vinfoil Infigo SF110 UFC module for UV Film Casting application

IOSR Journal of Engineering (IOSRJEN) ISSN (e): , ISSN (p): Volume 2, PP Organic Led. Figure 1.

Leveraging 300 mm Technology Solutions to Enable New MEMS Process Capabilities

Display Technologies CMSC 435. Slides based on Dr. Luebke s slides

VTA0832H Series Linear Photodiode Array (PDA) for X-ray Scanning

Parts of dicing machines for scribing or scoring semiconductor wafers , , , , ,

Characterization and Performance of Multiple Gridless Ion Sources for Wide-area Ion Beam Assisted Processes Applications

The Transition to Patterned Media in Hard Disk Drives

Transcription:

Industrial Inline Control for Advanced Vacuum Roll to Roll Systems Gerhard Steiniger Web inspection - surface Quallity control 7.4-7684 1

Industrial Inline Control for Advanced Vacuum Roll to Roll Systems Outline High productive layers for packaging Copy protect layers by high rate electron beam evaporation Ultra high barrier layers for solar and OLED FED Inline ellipsometric control for solar and OLED 2

High productive layers for packaging Gas Metallizing process OD measure -ment Wafer Metallized Substrate Uncoated Plasma Cathode Power Inline layer uniformity control 3

High productive layers for food packaging World Largest Al boat system by Applied Materials with 4,5 m coating width Al boat evaporators for Food Packaging 4

Effective evaporation system Annual output up to 11 000 t for 4,45 m coating width High coating uniformity Patented staggered boat arrangement Optical inline thickness control by measurement of the absorption at a single wavelength 5

Copy protect layers by high rate electron beam evaporation Fabry Perot color shift layer system (e.g. Al - Al 2 O 3 Al *) for copy protection of banknote, medical packaging and decorative coatings Our Business in future with color shift *patented 6

Fabry-Perot Perot-Filter with color shift effect Fabry Perot layer system (Al - Al 2 O 3 Al) Top layer (semi-transparent) Middle layer (variable) Base layer (mirror) Colour related to middle layer thickness Due to a new process control technology implemented in the TOPBEAM TM system colour shift reflection layers can be produced with a productivity rate which is twenty times higher compared to the standard sputter web coating technology. 7

Copy protect layers by high rate electron beam evaporation Fabry Perot layer system (e.g. Al - Al 2 O 3 Al) for copy protection of banknotes and decorative coatings 8

High rate evaporation with Electron Beam Closed loop layer control - data feedback from multiple head sensors to beam scanning unit Uniformity for evaporation down to +- 2 % possible 9

Electron Beam evaporation system with one or two EB guns Crucible with evaporation material EB with 2100 mm coating width 2 Electron beam guns 10

Inline control of the layer thickness Spectral reflection measurement of the Al 2 O 3 layer along web width Inline control by ESCOSYS* new EB power distribution uniform layer 11 Registered trademark

Best coating technology depending on the application and customers need sputtering best quality less particles evaporation Boat or Electron Beam less dense layers less variable composition variable composition low rate ( order m/min ) high rate ( order m/s ). Up to 25 times lower cost / m² e.g. copy protection for banknotes color shift layer Al AlO Al Coating cost : 18 $ / m² 0,8 $ / m² 12

Ultra high barrier layers for solar and OLED FED 13

14

Functional Layers for FED* : Multi-layer stack for ultra high barrier films for display and solar applications Inorganic layers : Al 2 O 3,SiOx: Electron Beam evaporation : high rate, reasonable cost web speed e.g. 10 m/s Flexible solar medium lifetime sputtering, PECVD : best quality, higher cost e.g. 2 m/min - 0,03 m/s Flexible solar, OLED Cross-linked layer inline in vacuum or off-line at air* *e.g. ORMOCER by ISC/FhG PET Al 2 O 3 Al 2 O 3 Al 2 O 3 Al 2 O 3 *FED : Flexible Electronic Devices 15

Modular Roll Coater Unwind Module Process Module Rewind Module 1 Process Module with 3 Process Stations e.g. sputtered Al 2 O 3 for barrier layers Unwind Module Process Module 1 Process Module 2 Rewind Module 2 Process Modules, 6 Process Stations 16 * TM

SMARTWEB TM 2 Process Modules, 6 Process Stations 17

Sputter Deposition Sources planar and rotatable cathodes for Metals,TCO, Oxides 18

Ellipsometric inline control for electron beam and sputtering systems Photometry R Ellipsometry offers new possibilities:. Ellipsometry n, k separate : Ψ, Absorption ( SiOx) Layer thickness Possible relations to : T thickness + composition Density Layer-properties 19

Utilization of an ellipsometer in a sputter system For single layers and multilayer systems (future) 20

Ellipsometer installed in a modular sputter system lamp and modulator of the UFMWE* *(Ultra Fast Multi Wavelength Ellipsmeter by Jobin) Monochromator of ellipsometer receiver Chamber with roller for stable measurement 21

Advanced inline measurement by ellipsometer in a high speed electron beam evaporation system Installation of the ultra fast multi-wavelength ellipsometer in a high rate evaporation electron beam system Monochromator Modulator Dangerous life - 3 m above ground for the Ellipsometer staff 22

Electron beam inline process control with the ellipsometer SiO x barrier layer on PET film with 12 µm thickness 100 90 Th-actual Th-set web speed Web speed 8 m/s 10 8 80 web speed 6 thickness [ nm ] 70 60 50 Set 55 nm 4 2 0 web-speed [ m/s ] 40 30 20 Start control by web-speed thickness -6 0 5000 10000 15000 20000 25000 web-length [ m ] Set 25 nm -2-4 23

Ultra high barrier for encapsulation The development of roll to roll inline control is supported by the EU project : FLEXONICS* ( Ultra high barrier for r2r encapsulation of flexible electronics ) Multilayer-system : Inorganic layer : Al 2 O 3, SiO Cross-linked layer : on air by ORMOCER lacquer ( SiO 2 network ) first results r2r - 4 layer stack : water vapor and oxygen permeation in the order of 1 x 10 4 ** for sputtering and evaporation *Partners : University Thessalonica, Jobin/Horiba,IVV/ISC /FhG, ** g/m**2/day cc/m**2/day Alcan, Applied MaterialI,Isovolta, Siemens, Konarca, Uni. Graz, 24

Conclusion Advanced vacuum coating technology and the use of latest developments of inline measurement and control techniques offers new solutions for flexible solar, OLED and copy protect markets 25

Thank you 感謝 Danke Kansha! Gracias Gerhard Steiniger H.J. Lotz, P. Sauer Applied Materials Technology Center Alzenau - Germany Merci 26