LASER World of PHOTONICS, June 22 25, 2015, Munich CUSTOMIZED SOLUTIONS

Transcription

1 LASER World of PHOTONICS, June 22 25, 2015, Munich CUSTOMIZED SOLUTIONS

2 CONTENTS CUSTOMIZED SOLUTIONS Customized solutions 3 Fraunhofer press tour 5 Presentations 6 Laser tool is a byword for speed and precision. Laser manu facturing processes open up new avenues for producing individual or complex parts, and can be used to join Hall A3, Booth 121 Technical coordinators, press lightweight components as well as make them via additive 12 manufacturing. Laser-based production technologies improve Fraunhofer IAF 13 part quality and increase production throughput, with the broad Fraunhofer ILT 14 spectrum of processes going beyond additive manufacturing to Fraunhofer IPT 15 include drilling, cutting, joining, coating, texturizing and cleaning. Fraunhofer IWS 16 Different laser sources are used for individual applications in Hall B3, Booth 341 Technical coordinator, press many industrial sectors. Fiber lasers, disk lasers, rod lasers, 17 slab lasers and diode lasers all produce a beam that precisely Fraunhofer IKTS 18 focuses the processing power of the laser on a specific area. Fraunhofer IOF 19 In addition, the latest high-performance ultrafast lasers can Fraunhofer IPMS 20 achieve maximum precision, even during cold material processing Fraunhofer IPT 21 as required in the electronics, semiconductor and optics Fraunhofer ISIT 22 industries. Fraunhofer IST 23 Linking the real and tangible world of laser manufacturing with Exhibiting Fraunhofer Institutions 24 the virtual world of IT opens up new perspectives for industry 4.0, Further Fraunhofer trade fair appearances 25 with digital photonic production methods enabling manufactur Fraunhofer your partner for R&D 26 ers to print custom three-dimensional components based on a Editorial notes

3 CT scan or a CAD drawing. This new and fascinating world of Monday, June 22, 2015 production also invites new business models in which the Awarding of the Young Talent Award Green Photonics customer becomes co-creator, or in which spare parts stores are Time: p.m. substituted by 3D-printing services. Location: Forum Hall A2»Optical Metrology and Imaging«The Young Talent Award Green Photonics is awarded by the Visitors to LASER World of PHOTONICS 2015 will discover a total Fraunhofer-Gesellschaft within the Fraunhofer Green Photonics of nine Fraunhofer Institutes presenting their custom technolo innovation cluster ( gies at the joint Fraunhofer booths in Hall A3, Booth 121 and Hall B3, Booth 341. At the heart of the institutes business activities is contract research and development across a broad FRAUNHOFER PRESS TOUR field of optical technologies, ranging from optics design, laser source development, optical measurement systems and precision Tuesday, June 23, 2015 optomechanical systems to micro- and macro laser processing of Customized Solutions different materials. The portfolio includes process and system Time: a.m p.m. solutions as well as feasibility studies and the provision of expert Includes snacks and open discussion advice. Location: Joint Fraunhofer booth Hall B3, Booth 341 (part I of the tour) and This brochure provides you with an overview of the solutions Hall A3, Booth 121 (part II of the tour) that Fraunhofer researchers are presenting at LASER World of PHOTONICS If you wish, we would be delighted to arrange a time for you to meet with our representatives at the trade fair. Whatever your needs, we greatly look forward to having an opportunity to discuss them with you in person! 4 5

4 PRESENTATIONS INDUSTRIAL LASER APPLICATIONS Location: Forum Hall A3 Monday, June 22, 2015 Thursday, June Advanced Applications of ultra-short pulsed Laser Systems Laser Processing of Glass Chairmen: Dirk Müller, Coherent LaserSystems GmbH, Chairmen: Christof Siebert, TRUMPF Laser- und Dr. Arnold Gillner, Laser Technology ILT Systemtechnik GmbH, Time: p.m. Dr. Edgar Willenborg, Laser Technology ILT Tuesday, June 23, 2015 Time: p.m. 3D-Printing: Laser based Additive Manufacturing for Production of Metal Parts Laser Polishing of Optics and Edge Rounding Chairmen: Dr. Dieter Schwarze, SLM Solutions GmbH, Speaker: Christian Weingarten, Dr. Wilhelm Meiners, Laser Technology ILT Laser Technology ILT Time: a.m p.m. Time: a.m. Basic Principle and Examples of Applications Speaker: Dr. Wilhelm Meiners, LASERS AND OPTICS Laser Technology ILT Location: Forum Hall B3 Time: a.m. Tuesday, June 23, 2015 Pico- and Femtosecond Lasers Status and Prospects Chairmen: Dr. Thomas Rettich, TRUMPF GmbH + Co. KG, Dieter Hoffmann, Laser Technology ILT, Prof. Dr. Andreas Tünnermann, Applied Optics and Precision Engineering IOF Time: p.m. 6 7

5 Wednesday, June 24, 2015 CW (and Long Pulse) Diode pumped Solid State Lasers and Fiber Lasers Status and Prospects Chairmen: Frank Gäbler, Coherent Inc., OPTICAL METROLOGY AND IMAGING Location: Forum Hall A2 Dieter Hoffmann, Laser Technology ILT, Prof. Dr. Andreas Tünnermann, Tuesday, June 23, 2015 Applied Optics and Precision Engineering IOF Terahertz Spectroscopy and Inspection in Time: a.m p.m. Industrial Applications Chairmen: Dr. Thomas Renner, TOPTICA Photonics AG, Wednesday, June 24, 2015 Prof. Dr. Martin Schell, Optical Freeforms New Possibilities from Design to Telecommunications, Heinrich-Hertz-Institut, HHI Manufacturing Time: p.m. Speaker: Dr. Kevin Füchsel, Applied Optics and Precision Engineering IOF Terahertz Emitter and Detector Antennas Speaker: Dr. Thorsten Goebel, Time: p.m. Telecommunications, Heinrich-Hertz-Institut, HHI Time: p.m. Wednesday, June 24, 2015 High Power Diode Lasers: Edge Emitters and Vertical Emitters Status and Prospects Terahertz Systems for Industrial Applications Chairmen: Dr. Jens Biesenbach, DiLAS Diodenlaser GmbH, Speaker: Dr. Joachim Jonuscheit, Martin Traub, Laser Technology ILT Physical Measurement Techniques IPM Time: p.m. Time: p.m. 8 9

6 Thursday, June 25, 2015 CLEO/EUROPE-EQEC 2015 European Research on Laser Based Technologies Location: ICM, Hall B0 Advanced Manufacturing and Photonics for Production Chairman: Ulrich Thombansen, Monday, June 22, 2015 Lasertechnology ILT GaSb-based 2 µm Semiconductor Disk Laser: Time: 9.20 a.m p.m. Power scaling for optical pumping of Ho:YAG Poster Presentation: Peter Holl, Introduction: Driving Innovation by Laser-based Applied Solid State Physics IAF, et al. Manufacturing to the Regions of Europe Time: p.m. Speaker: Ulrich Thombansen, Lasertechnology ILT Wednesday, June 24, 2015 Time: a.m. Laser Sources for Defence and Security Chairman: Prof. Dr. Joachim Wagner, LASHARE Accelerate the Transition from Lab to Applied Solid State Physics IAF Application by Laser-based Equipment Assessment Time: p.m. (LEA) Innovation for Manufacturing SMEs Initiative (I4MS) Detection of Explosives and their Precursors Speaker: Ulrich Thombansen, using Imaging Mid-Infrared Laser Backscattering Lasertechnology ILT Spectroscopy Time: a.m. Speaker: Jan-Philip Jarvis, Applied Solid State Physics IAF HALO Real Time Adjustment of Laserbeam Properties Time: p.m. for Optimum Process Results FP7 and H2020 Projects Speaker: Wolfgang Schulz, Lasertechnology ILT Time: p.m

7 HALL A3 BOOTH 121 FRAUNHOFER IAF Semiconductor lasers for spectroscopy and sensing Fraunhofer IAF laser technologies find application in many different areas from the monitoring of food quality and safety and security applications, to environmental analysis, to medical diagnostics and therapy. Along the entire value chain, TECHNICAL COORDINATORS Fraunhofer IAF scientists develop IR semiconductor laser systems tailored to customer requirements. The expertise ranges from the design and growth of epitaxial layer structures to processing of Axel Bauer laser chips and the development of customized laser modules. Phone ilt.fraunhofer.de Exhibits Silke Boehr Phone Quantum Cascade Lasers (QCLs) in action: Laser spectroscopy for mid-ir inline measurement systems ilt.fraunhofer.de Spectral tunable QCLs in the 4 11 μm wavelength range Laser Technology ILT 2.X μm tunable semiconductor disk lasers with khz linewidth and 2 W output power Steinbachstrasse Aachen, Germany µm semiconductor disk lasers with 20 W output power PRESS Dr. Ralf Ostendorf Ines Bott Fraunhofer-Gesellschaft Phone Phone Beate Koch ralf.ostendorf@ ines.bott@iaf.fraunhofer.de Spokeswoman iaf.fraunhofer.de Phone beate.koch@zv.fraunhofer.de

8 F R A U N H O F E R I LT FRAUNHOFER IPT With some 420 employees the Fraunhofer ILT in Aachen counts The Production Technology IPT develops among the leading contract research and development institu and qualifies processes with the aim of making efficient use of tions in the field. For around 30 years now, Fraunhofer experts laser radiation in value chains. Laser production processes and have been developing and optimizing laser beam sources and products are directly influenced by different factors relating to laser processes for use in areas such as production, medical and machinery, workpieces and environment. This is why the measuring technologies, energy and the environment. engineers at Fraunhofer IPT in Aachen rely on high-precision metrology systems and processes to guarantee process stability Topics and product quality for innovative applications such as laser Laser beam source development (diode lasers, micromachining and laser structuring of metals, composites and solid state lasers, fiber lasers, ultrafast lasers, tunable lasers) plastics. Optics design and development, packaging Laser manufacturing technology for macro processing Topics and exhibits (including production of lightweight components by Tomographic measurement systems for weld seam characterization and quality assurance joining and additive manufacturing, online process control, material deposition, high-speed cutting) Inline measurement technology for laser-beam structuring Laser manufacturing technology for micromachining Inline measurement technology for measuring component (including fast, precise texturizing with ultrafast pulse lasers, position inside machines joining of transparent plastics) Modelling and simulation for optimizing production processes and beam sources Guilherme Mallmann Susanne Krause Digital photonic production (including 3D printing) Phone Phone guilherme.mallmann@ susanne.krause@ ipt.fraunhofer.de ipt.fraunhofer.de Silke Boehr Petra Nolis Phone Phone silke.boehr@ilt.fraunhofer.de petra.nolis@ilt.fraunhofer.de 14 15

9 FRAUNHOFER IWS The Material and Beam Technology IWS in Dresden deals with surface and laser technology. The production of functional surfaces and the development of technologies and systems using tailored light from lasers are HALL B3 BOOTH 341 exciting fields of research that hold great promise for the future. At the 2015 LASER World of PHOTONICS trade fair, we will be presenting a newly developed processing head for laser TECHNICAL COORDINATOR wire-buildup welding, which perfectly complements the existing systems technology for laser powder-buildup welding. Dr. Stefan Riehemann Phone iof.fraunhofer.de Other highlights include Laser-generated components made from materials that are difficult to weld Applied Optics and Precision Engineering IOF Technologies for distortion-free laser beam welding Albert-Einstein-Strasse Jena, Germany (such as for lightweight sidewalls of railway vehicles) Technology development for MIG/MAG laser-hybrid welding (such as for crane booms) Technologies and systems for producing counterfeit-proof PRESS surfaces using laser interference texturizing Beate Koch Systems technology for rapid beam deflection Spokeswoman Phone beate.koch@zv.fraunhofer.de Dr. Ralf Jäckel Dr. Ralf Jäckel Phone Phone iws.fraunhofer.de iws.fraunhofer.de 16 17

10 FRAUNHOFER IKTS FRAUNHOFER IOF Transparent ceramics for medicine, The Applied Optics and Precision automotive and optics applications Engineering IOF develops innovative optical systems for controll These days, ceramic materials can be relied on to successfully ing light, including generation, manipulation and its application. fulfill all manner of functions. They are extremely hard, have high Our range of services covers the entire photonic process chain, chemical and thermal resistance, strong electrical insulation from optomechanical and optoelectronic system design through properties and good biocompatibility. Scientists at the Fraunhofer to the production of custom solutions and prototypes tailored Institute for Ceramic Technologies and Systems IKTS are to the customer. The institute works in the five business fields constantly developing these materials, uncovering property of optical components and systems, precision engineering com profiles that were unthinkable a few years ago. Transparent ponents and systems, functional optical surfaces and layers, ceramics place incredibly high demands on the technology used photonic sensors and measuring systems, and laser technology. to make them. However, given the specific optical parameters they offer in combination with typical ceramic properties, Topics and exhibits they provide interesting alternatives and supplements to the High-dynamic 3D measurement technology conventional materials used for optical systems applications. Micro-optical see-through near-to-eye display Fiber laser technology Precision adjustment of optical components Dr. Uwe Reichel Katrin Schwarz Phone Phone uwe.reichel@ikts.fraunhofer.de katrin.schwarz@ Dr. Stefan Riehemann Dr. Stefan Riehemann ikts.fraunhofer.de Phone Phone stefan.riehemann@ stefan.riehemann@ iof.fraunhofer.de iof.fraunhofer.de 18 19

11 FRAUNHOFER IPMS FRAUNHOFER IPT Key areas of development and production are (optical) micro- The work of the Production Technology electromechanical systems (MEMS, MOEMS) and their integration IPT centers on the production and testing of complex high-end into systems for light deflection and modulation. optics and the assembly of compact optical systems with high Certified according to ISO , class 4, the Fraunhofer functional integration, of the kind used for laser technology Institute for Photonic Microsystems IPMS offers customers top applications. Specialists in the fields of process technology, quality products and processes, scientific expertise, application machine development and metrology work on implementing experience, modern plant technologies and cleanroom infra continuous process chains for the direct and replicative structures. Services range from conceptual design through to production of high-performance glass and plastic optics. product development and pilot fabrication from the device Their approach for conducting successful optics manufacturing up to the complete system solution. and assembly projects is to take a holistic view of individual process steps and their integration into the overall process. Topics and exhibits MEMS scanner mirror for MEMS laser projection Topics and exhibits MEMS scanning grating for spectral analysis Replicative production of binary structures in glass in the medium infrared range Ultra-precise machining using monocrystalline diamond tools Person identification using retinal scans Precision glass molding of optical components Micromirror arrays for microscopic image capturing systems Efficient process chains for molding complex glass optics Adjustable micro-lens with integrated polymer actuator Ultra-precise grinding of brittle materials Dr. Michael Scholles Moritz Fleischer Marius Doetz Susanne Krause Phone Phone Phone Phone michael.scholles@ moritz.fleischer@ marius.doetz@ susanne.krause@ ipms.fraunhofer.de ipms.fraunhofer.de ipt.fraunhofer.de ipt.fraunhofer.de 20 21

12 FRAUNHOFER ISIT FRAUNHOFER IST Micro-actuators for optical applications Maximum precision with thin films The Silicon Technology ISIT is showcasing The Surface Engineering and Thin Films IST analogous adjustable and resonant micromirror scanners for is appearing jointly at the LASER World of PHOTONICS 2015 applications including: laser material processing at up to 2 kw, trade fair with the affiliated Application Center for Plasma and automotive laser headlights, compact full-color laser projection Photonics. Show cased exhibits include a plasma source for the displays, gesture-recognition systems, and imaging sensor uses. laser plasma hybrid process used in the micro-structuring of Vacuum encapsulation at wafer level allows 2D actuators to optical components. operate reliably over a wide temperature and humidity range. These devices are used in scanning camera systems or for LIDAR Benefits distance measurements, as well as in structured lighting and Innovative surface treatment by combining laser and plasma medical technology applications. Cost efficiency and increased productivity Ultra-precise optical interference filters that were made using the Ulrich Hofmann Claus Wacker new EOSS sputtering system (Enhanced Optical Sputtering Phone Phone System) will also be on display. ulrich.hofmann@ claus.wacker@ isit.fraunhofer.de isit.fraunhofer.de 22 Benefits Batch processing of up to 10 substrates at the same time Maximum uniformity and top precision Dr. Simone Kondruweit Dr. Simone Kondruweit Phone Phone simone.kondruweit@ simone.kondruweit@ ist.fraunhofer.de ist.fraunhofer.de 23

13 ICM B0 C1 C2 C3 C4 B1 B2 B3 B4 B5 B6 A1 A2 A3 A4 A5 A6 EXHIBITING FRAUNHOFER INSTITUTIONS HALL A3, BOOTH 121 Photonic Microsystems IPMS Silicon Technology ISIT Maria-Reiche-Strasse 2 Fraunhoferstrasse Dresden, Germany Itzehoe, Germany Applied Solid State Physics Material and Beam IAF Technology IWS Tullastrasse 72 Winterbergstrasse 28 Production Technology IPT Surface Engineering and Freiburg, Germany Dresden, Germany Steinbachstrasse 17 Thin Films IST Aachen, Germany Bienroder Weg 54E Braunschweig, Germany Laser Technology ILT Production Technology IPT Steinbachstrasse 15 Steinbachstrasse Aachen, Germany Aachen, Germany FURTHER FRAUNHOFER TRADE FAIR APPEARANCES HALL A2, BOOTH 414 HALL A3, BOOTH 541 Applied Optics and Precision Ceramic Technologies Microelectronic Circuits Laser Technology ILT Engineering IOF and Systems IKTS and Systems IMS Special Exhibit 3D Printing Albert-Einstein-Strasse 7 Winterbergstrasse 28 Finkenstrasse 61 Additive Manufacturing Jena, Germany Dresden, Germany Duisburg, Germany Steinbachstrasse Aachen, Germany HALL B3, BOOTH

14 EDITORIAL NOTES Hall B1, Booth 427 Hall B3, Booth 359, Berlin-Brandenburg pavilion Telecommunications, Fraunhofer-Gesellschaft Heinrich-Hertz-Institut, HHI Telecommunications, Communications Am Stollen 19H Heinrich-Hertz-Institut, HHI Director: Klaudia Kunze Goslar, Germany Einsteinufer 37 Hansastrasse 27 c Berlin, Germany München, Germany FRAUNHOFER YOUR PARTNER FOR R&D Project manager The Fraunhofer-Gesellschaft is the largest organization for applied research in Europe. Its research activities are conducted zv.fraunhofer.de Susanne Pichotta Phone by 66 Fraunhofer Institutes and research facilities at numerous locations throughout Germany. The Fraunhofer-Gesellschaft employs a staff of almost 24,000, who work with an annual Fraunhofer-Gesellschaft, München 2015 research budget totaling over 2 billion euros. Of this sum, around 1.7 billion euros is generated through contract research. More than 70 percent of the Fraunhofer-Gesellschaft s contract research revenue is derived from contracts with industry and from publicly financed research projects. International collaborations with excellent research partners and innovative companies around the world ensure direct access to regions of the greatest importance to present and future scientific progress and economic development

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