Innovaud Connect: Les technologies et le spatial

Size: px

Start display at page:

Download "Innovaud Connect: Les technologies et le spatial"

Linette Thornton
5 years ago
Views:

1 Innovaud Connect: Les technologies et le spatial

2 2 SCHOTT AG

3 3 Pour vous servir aujourd hui:

4 4 SCHOTT AG is owned by the Carl Zeiss Foundation Carl Zeiss Foundation Heidenheim an der Brenz and Jena Foundation acting as shareholder 100% 100% SCHOTT AG Mainz Carl Zeiss AG Oberkochen Subsidiaries Subsidiaries SCHOTT Group ZEISS Group SCHOTT AG

5 Key figures on course to sustainable growth Fiscal Year 2013/14 1,87 billion 135 million 135 million 15.400 sales, 86 % of which were generated outside Germany 86% EBIT 135 Mio. Euro 135 Mio.

5 5 Key figures on course to sustainable growth Fiscal Year 2013/14 1,87 billion 135 million 135 million sales, 86 % of which were generated outside Germany 86% EBIT 135 Mio. Euro 135 Mio. Euro capital expenditure on property, plant and equipment employees, 5,100 of whom are based in Germany In 35 countries production sites and sales offices 135 Mio. Euro SCHOTT AG

6 6 A B2B company with outstanding expertise raw material specialty glass and glassceramics glass or glass- ceramics component glass compound component module/ system end product core competence melting core competence processing SCHOTT AG

7 7 Our Values SCHOTT AG

8 8 We are the preferred partner for many industries thanks to our expertise Home Appliance Pharmaceutical Electronics Consumer Electronics Optics Medical Technology Automotive Aviation Our Vision We make SCHOTT part of everyone s life. SCHOTT AG

9 Advanced Optics - Products Optical Materials HH

& Substrates Prisms Windows & Substrates Optical

Filters Interference Filters Optical Filter Glass

Special Materials Active & Passive Laser Glasses

Shielding Glass Radiation Resistant Glass

eco Thin Glass B 270 i Ultra-White Glass D 263 LA

Thin Glass MEMpax MICROCROWN Microscopy Glasses

9 9 Advanced Optics - Products Optical Materials HH Glasses HT & HTultra i-line Glasses Low Tg Glass Optical Glass Optical Components Lenses (aspherical, cylindrical, spherical) Glass Wafer & Substrates Prisms Windows & Substrates Optical Filters NIR cutoff Filter Contrast Enhancement Filters Interference Filters Optical Filter Glass Suntanning Filters ZERODUR ZERODUR ZERODUR K20 Special Materials Active & Passive Laser Glasses DARO Technology Chalcogenide Glasses Radiation Shielding Glass Radiation Resistant Glass Sapphire Zinc Sulfide Wafers & Thin Glass AF 32 eco Thin Glass B 270 i Ultra-White Glass D 263 LA eco Thin Glass D 263 M Cover Glass D 263 T eco Thin Glass MEMpax MICROCROWN Microscopy Glasses Ultra-Thin Glass Architecture Decorative Glass MIRONA NARIMA ARTISTA Clear RIVULETTA Anti-reflective Glass AMIRAN CONTURAN MIROGARD Glass for Restoration GOETHEGLAS RESTOVER TIKANA

10 Advanced Optics - Applications Astronomy Ultra light weighted mirror

telescopes Camera system for use in space for earth observation Selected

Camera systems Microoptics for mobile devices Sports optics Industrial

displays Lithography ZERODUR as a key component of steppers Selected optical

Medical & Biotech Microscopy Substrates for use in analytics Filters for

filters for enhanced visibility ZERODUR ring laser gyroscope bodies for

& lens applications Components made of optical glass & laser glass

10 10 Advanced Optics - Applications Astronomy Ultra light weighted mirror substrates Mirror substrates for large segmented and monolithic astronomical telescopes Camera system for use in space for earth observation Selected filters for astronomical instrumentation Consumer Optics Digital projection Camera systems Microoptics for mobile devices Sports optics Industrial Equipment Laser tools Measure equipment Protection of sensors Professional displays Lithography ZERODUR as a key component of steppers Selected optical glass types for stepper optics Optical components for steppers Glass wafer Medical & Biotech Microscopy Substrates for use in analytics Filters for special therapy methods Dermatological treatment Safety & Security Special filters for enhanced visibility ZERODUR ring laser gyroscope bodies for navigation systems IR-materials (chalcogenide, ZnS, sapphire) for protection & lens applications Components made of optical glass & laser glass Architecture Exterior Anti-reflective Glass Decorative Glass Glass for restoration Interior Anti-reflective Glass Decorative Glass

11 Global Manufacturing Network Our facilities worldwide 11 Advanced Optics, SCHOTT AG Grünenplan / Eschershausen Germany Center of Excellence for Thin Glass Advanced Optics, SCHOTT AG Mainz Germany Headquarter, Production, R&D SCHOTT North America, Inc. Duryea, PA USA Production, Processing, R&D SCHOTT Suisse SA, Yverdon A division of SCHOTT Switzerland Yverdon-Les-Bains Switzerland Center of Excellence for Coatings and Components SCHOTT Glass Malaysia Sdn. Bhd. SCHOTT Glass Malaysia Components Sdn. Bhd. Perai, Penang Malaysia Processing (Pressing & Polishing) Wuxi Unique SCHOTT Optical Co. Ltd Wuxi, Jiangsu China Processing

12 12 Product Portfolio of Optical Components

13 Schott Suisse SA, Yverdon-les-Bains Facility A

Large number of coating chambers (e-beam, magnetron

engineers, opticians, long term experienced employees

13 13 Schott Suisse SA, Yverdon-les-Bains Facility A modern buildings with a production area of qm Clean room: m 2 (class 1.000) Technology Large number of different machines Large number of coating chambers (e-beam, magnetron sputtering) Large staff of skilled people: PhDs, engineers, opticians, long term experienced employees Large number of materials on stock Addressed market World wide with a strong focus on Europe

Yverdon is mainly focused on the European industrial

market Technology About 300 different machines 18

sputtering) HR Large staff of high skilled people

14 Yverdon is mainly focused on the European industrial market and currently expanding its US and Asian market Technology About 300 different machines 18 coating chambers (AR, IR, complex magnetron sputtering) HR Large staff of high skilled people (Phd, engineers, qualified opticians) 190 employees High flexibility SCHOTT AG

15 15 Glass machining capabilities From prototype to production Cut pieces, precision blanks Instrument glasses Plane-parallel polished substrates Thin film coating Demist coating Cylindrical lenses Aspherical lenses Ceramics machining Sapphire windows Assembly

16 Precision CNC machined parts Specific advantages

production Ability to machine any type of shape with

design and applications Large CNC capabilities

16 16 Precision CNC machined parts Specific advantages Large stock of optical raw materials enabling immediate production Ability to machine any type of shape with variety of high performance machines available Custom design and applications Large CNC capabilities Materials Glass (optical glass, technical glass, fused silica) Glass ceramics (e. g. Zerodur) Ceramics (e. g. sintered Al 2 O 3, Degussit, Macor) Sapphire Other material on request

Polishing: Windows and substrates for avionics Polished

550x580x20 mm window for aircraft surveillance radar with

camera Zerodur : 520 x 520 x 10 mm Flatness < 2 µm PV

polishing Tight specifications Ultra-hard scratch resistant

17 Polishing: Windows and substrates for avionics Polished windows: Fused silica: E.g. 550x580x20 mm window for aircraft surveillance radar with automatic tracking and imaging systems with high resolution camera Zerodur : 520 x 520 x 10 mm Flatness < 2 µm PV Roughness < 1 nm rms Sapphire windows Know-how in sapphire polishing Tight specifications Ultra-hard scratch resistant AR coatings Sapphire window Dimension: >210 x >120 x 6 mm Wave front error: PV = 250 nm, rms = λ/20

18 Aspheric lenses Specific advantages Over 15 years asphere production

(Magneto-Rheological Finishing: MRF) 5 CNC and 3 MRF machines Process 3 main

correction [MRF]) MRF Key step to obtain high precision Best form accuracy

Possibility of local correction Pre-polishing machine Material All types of

18 18 Aspheric lenses Specific advantages Over 15 years asphere production experience Precision machining techniques and high precision polishing (Magneto-Rheological Finishing: MRF) 5 CNC and 3 MRF machines Process 3 main steps to reach the best form accuracy (form generation, pre-polishing, local correction [MRF]) MRF Key step to obtain high precision Best form accuracy Excellent surface roughness Maximum flexibility (no specific tool) Possibility of local correction Pre-polishing machine Material All types of optical glasses, glass ceramics (e. g. Zerodur), but mainly fused silica MRF finishing machine

19 19 Coatings Technologies in Yverdon 18 vacuum coating installations including: Electron-beam evaporation Ion Assisted E-beam evaporation Ion Plating UV-coatings Magnetron Sputtering Fast Ion-beam sputtering

20 20 Coatings Substrate materials Technical and optical glasses Filter glasses Thin glass Sapphire IR materials Polycarbonate Products Dielectric and metallic mirrors Anti-reflection coatings Beam splitters, polarizers Coatings with high laser damage threshold Dichroic and custom-made interference filters Bandpass filters UV to IR Scratch resistant coatings Demist coatings, ITO Easy-to-clean/hydrophobic coatings Combinations of them Specifications Diameter: mm Spectral range between 200 nm and nm Applications Analytical measurements/instruments Image projectors Medical analytics Environmental analytics Fluorescence spectroscopy & microscopy Optoelectronics Sensors (industry, automotive, safety and monitoring systems) Laser systems Displays Digital photography Adaptive mirror

21 Coating: Special applications Demist coatings Very resistive anti fog film (whenever glass is exposed to

21 21 Coating: Special applications Demist coatings Very resistive anti fog film (whenever glass is exposed to humidity) Excellent light transmission: invisible to the human eye Any form and size from simple lenses to large structural windows. Conversion filters Combination of color glass and interference coating Enhancing light quality (e.g. surgical lighting) Cold light / Color temperature conversion 3100K to 4200K Genuine color rendering Longpass filters Blocking undesired wavelengths of intense pulsed light for safer and efficient photo-epilation Further applications in dermatological treatment for sun-damaged skin, pigment disorder, etc.

transmittance transmittance Advanced Optics 22 Coating: Special applications UV broadband filters Excellent for UV excitation for environmental analyses Matches absorption peaks of biological

filters Veril filter Linear variable bandpass filter with linearly shifting bandpass across the filter length Eliminates the need for multiple filters High signal to noise ratio Unique filter

22 transmittance transmittance Advanced Optics 22 Coating: Special applications UV broadband filters Excellent for UV excitation for environmental analyses Matches absorption peaks of biological fluorophores Superior blocking in the visible & NIR with a combination of UG11 filter glass & hard coated dielectric layers High UV stability (solarization resistance) Eliminates need for multiple filters Veril filter Linear variable bandpass filter with linearly shifting bandpass across the filter length Eliminates the need for multiple filters High signal to noise ratio Unique filter characteristics allow pure color rendering ideal for phototherapy in life science UV filter wavelength [nm] Veril filter

23 Measurement capabilities Precision angle

300 mm interferometer for laser slabs 25 mm

23 23 Measurement capabilities Precision angle measurement Autocollimator < 0.2 arcsec Surface quality Microscope inspection (scratch, dig) Wave front error 300 mm interferometer for laser slabs 25 mm white light Shack-Hartmann Spectrometer 15 spectrometer nm Up to OD 7 Universal angle measurement equipment Metrology 3D measuring equipment Zeiss Accura2

24 24 Astronomy Research in the depths of outer space ZERODUR glass-ceramic mirror substrates for use in the world s largest telescopes Radiation-resistant glass and filters for use in astronomical instruments SCHOTT AG

transmittance [%] Advanced Optics 25 Coating: Special applications Band pass filters Specifications: State of the art and beyond Space applications ( e. g.

25 transmittance [%] Advanced Optics 25 Coating: Special applications Band pass filters Specifications: State of the art and beyond Space applications ( e. g. Meteosat - aerosol characterization and climatic monitoring) UV applications: Direct photometric measurement of the nitrate concentration (e. g. drinking water photometry) Measurement of TOC concentration, metals, chlorine, water hardness, ph, phosphate, nitrate Fluorescence filter for life science application Customized filters with tight spectral tolerances enabling state-of-the-art fluorescence microscopy High signal to noise ratios due to steep curves High spectral discrimination between very close emitting fluorophores Low inherent fluorescence - ideal fluorescent barrier filters for applications in bio-analytics & beyond theory measured wavelength [nm]

26 Butcher filters business : 2007 study 2009 Production start 2013 Production on going 2015 Various projects Marseille (F) Niagara falls SCHOTT AG

27 New telescope projects High specs required (single side) Customer measurement Niagara falls SCHOTT AG

28 28 Nous sommes

WELCOME TO EO ISRAEL EVENT

WELCOME TO EO ISRAEL EVENT WHO WE ARE 2 Edmund Optics is a global OPTICS and IMAGING company that manufactures and supplies the worldwide technical community with precision optical components and subassemblies.