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Manufacturing / Sharpening / Lapping / Geometrical optics / Diamond tool / Fabrication and testing of optical components / Aspheric lens / Diamond turning / Magnetorheological finishing / Metalworking / Technology / Optics


Co–sponsored by: 14–17 October 2013 Technical Abstract www.spie.org/ofb
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Document Date: 2015-04-19 21:45:34


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City

Charlotte / Rochester / Preston / Stuttgart / /

Company

Arizona Optical Systems LLC / Sydor Optics Inc. (USA) / Optimax Systems Inc. / QED Technologies Inc. / Kreischer Optics Ltd. / OptoTech Optical Machinery Inc. (USA) / Sigmadyne Inc. / Metrology Concepts LLC / ITT / Session 3 Manufacturing / Satisloh North America Inc. (USA) / OptiPro Systems / OptiWorks Inc. / Edmund Optics Inc. (USA) / Zygo Corp. / Schneider Optical Machines Inc. / AccuCoat Inc. (USA) / Naked Optics Corp. / QED Technologies Inc. (USA) / Universal Photonics Inc. (USA) / LaCroix Optical Co. / 3D Systems / OptoTech Optikmaschinen GmbH / Optimax Systems Inc. (USA) / Luphos GmbH / JENOPTIK Optical Systems Inc. (USA) / Satisloh GmbH / Corning Tropel Corp. / Carl Zeiss Industrial Metrology LLC / Nanophase Technologies Corp. / Schneider GmbH & Co. KG / /

Country

France / Japan / United Kingdom / China / Germany / United States / Czech Republic / /

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Facility

mm square / Institute of Plasma Physics / Changchun Institute of Optics / Rochester Riverside Convention Center / Conference Chairs Julie Bentley University of Rochester / University of Rochester / University of Applied Sciences Deggendorf / College of Optical Sciences / /

IndustryTerm

measurement tool / mold manufacturing / steel alloys / concave lapping tools / dopa diamond tools / metal alloy blocks / final polishing tool / overall manufacturing process / grain diamond tools / machinery / optical grinding technology / chemical additives / optical systems / measurement technologies / Additive manufacturing / imaging / manufacturing processes / manufacturing process / energy / optical imaging systems / Classical chemical mechanical polishing / precise metal mirrors / optics manufacturing process / fabricated steel columns / process chain / refractive and reflective optical systems / manufacturing / improved manufacturing / optical applications / steel / freeform optical systems / final manufacturing step / conventional processing / plano grinding tools / resultant finished product / sapphire window manufacturing methods / semiconductor applications / measurement technology / software tool / peripheral equipment / manufacturing technologies / window manufacturing process development / increased processing time / shaped metal mirrors / ultra precise steel moulds / spindle technology / hardened steel / fixed abrasive tools / above mentioned technologies / asphere manufacturing / sided grinding tools / power lasers applications / chemical properties / high encircled energy / employed measurement technology / manufacturing equipment / sapphire window manufacturing / optical imaging / technology optical moulds / metal bonded grinding wheels / /

Organization

Fraunhofer-Institut für Angewandte Optik / Durham Univ. / U.S. Department of Energy office of Inertial Confinement Fusion / New York Photonics Industry Association / Program Committee / University of Rochester / University of Applied Sciences Deggendorf / College of Optical Sciences / Technical Univ. of Liberec / Fraunhofer-Institut für Produktionstechnologie / Univ. of Arizona / Hochschule Deggendorf / Univ. of North Carolina / Institute of Plasma Physics of the ASCR / New York State Energy Research and Development Authority / Lewis Univ. / National Aeronautics and Space Administration / Univ. of Rochester / Friedrich Schiller Univ. / Changchun Institute of Optics / Fine Mechanics and Physics / /

Person

Olivier Cahuc / Heidi Hofke / Jonathan D. Ellis / Rolf Rascher / James H. Burge / Sivan Salzman / Roland Maurer / Martin Hünten / Christine Wünsche / Jon F. Fleig / Samantha Echaves / Walter C. Czajkowski / Andreas Gebhardt / Andreas Tünnermann / Hubert M. Martin / Roman Loose / Michael N. Naselaris / Christian Trum / Jérôme Néauport / Pierre Blaineau / Ted Mooney / Petr Vojtisek / Tom Godin / Roman Dolecek / Thomas Danger / Dennis E. Briggs / Christopher T. Cotton / Edward M. Fess / Brendan Pidgeon / Nathan Travis / John J. Nemechek / Sebastian Scheiding / Matthias Beier / Alan R. Gould / Thomas Battley / John C. Lambropoulos / Meghan Nichol / Goran B. Baer / Michael A. DeMarco / Bruce E. Truax / Nathalie Ferriou-Daurios / Johannes Schindler / Jason G. Budinoff / Fritz Klocke / Paul Meier-Wang / Pavel Psota / Matthew R. Brophy / Sebastian Stoebenau / Teddy J. Lambropoulos / Mark Walters / Friedrich Schiller Univ / Jay Kumler / Heiko Biskup / Jason Keleher / Nathan Smith / Benjamin Bulla / Martin J. Valente / Peter N. Blake / Michael Marcus / Frank Niehaus / Shahram Shiri / Stefan Risse / Wolfgang Osten / Kevin Bartlett / Philippe Cormont / Thomas Corbineau / Carl R. Strojny / Olaf Dambon / Justin J. Mahanna / Alex Pisarski / Garrett J. West / Thomas Bletek / Sebastian Stahringer / Gregory J. Michels / Henry J. Romanofsky / Thomas J. Hordin / Daniel Taroux / Roland Mandler / Toshihide Dohi / Gérard Razé / Jordan Kaiser / Patrick G. Murray / Matthias Pfaff / Christof Pruss / Philippe Darnis / Lewis Univ / Abigail Hooper / David J. Robertson / Ramona Eberhardt / Jan Vaclavik / Richard A. Nasca / Markus Hinn / Stephan Huttenhuis / Stephen D. Jacobs / /

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Position

Rt / author / polisher / lens designer / Kirk J. Warden / experienced worker / ultrasonic head / /

ProvinceOrState

New York / Arizona / North Carolina / /

Technology

X-ray / chemical mechanical polishing / operating system / measurement technology / spindle technology / Smart System Technology / semiconductor / employed measurement technology / smart phone / tomography / MJF technology / measurement technologies / optical grinding technology / MWLI technology / laser / lasers / two technologies / CVD / /

URL

www.spie.org/ofb / /

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