DOSSIER TECHNIQUE. Microsystèmes sur plastique : du packaging de composants à l électronique du futur. Jeudi 12 Décembre 2013 Bellignat

Transcription

1 PEP - Centre Technique de la Plasturgie et des Composites Microsystèmes sur plastique : du packaging de composants à l électronique du futur Jeudi 12 Décembre 2013 Bellignat Les actes de conférences seront téléchargeables à partir du 16 décembre Vos identifiants et mots de passe sont obligatoires pour accéder à votre espace pro et aux informations privées des Innov Days. Vous trouverez ces éléments sur la confirmation de votre inscription. (Attention, conservez ces informations, elles ne vous seront fournies qu une seule fois et vous resserviront pour tout accès à votre espace personnel sur le site des Innov Days). 2 Rue Pierre & Marie Curie BP Bellignat OYONNAX Cedex Tél : +33 (0) Fax : +33 (0) info@poleplasturgie.com

2 CONTACTS PEP - Centre Technique de la Plasturgie et des Composites 2 rue Pierre & Marie Curie BELLIGNAT Tél : +33 (0) Fax : +33 (0) info@poleplasturgie.com Luc UYTTERHAEGHE Directeur Général luc.uytterhaeghe@poleplasturgie.com Maël MOGUEDET Responsable BU Plastronique mael.moguedet@poleplasturgie.com Lionel TENCHINE Responsable Ligne Programme «Microsystèmes sur Plastique» lionel.tenchine@poleplasturgie.com Fabienne Perrier Assistante Commerciale fabienne.perrier@poleplasturgie.com

3 8h30 9h00 9h15 9h45 10h15 10h45 à 11H15 11h15 11h45 12h15 12h30 à 14h30 14h30 15h00 15h30 16h00 Programme Les langues des conférences seront le français et l anglais Une traduction simultanée sera assurée Accueil des participants Introduction et présentation de la journée Luc UYTTERHAEGHE, Directeur Général - PEP Plastics in the LED supply chain : from LED-package to luminaries Philips Lighting (Netherland) Packaging de composants à cavité : de nouveaux matériaux et procédés de plasturgie pour de nouvelles fonctionnalités Novapack Technologies La plasturgie comme solution à l intégration de composants électroniques dans les «textiles intelligents» HTH/CEA-LETI/PEP Pause PLASMACOAT 3D : a revolutionary plating-free process for high-performance full polymer based systems Plasma Innovation (Austria) Packaging plastique pour microsystèmes silicium : les enjeux pour la plasturgie Application à l aéraulique Flowdit Introduction aux démonstrations de l après-midi Présentation de la cellule PICTIC sur le site du PEP PEP/ARBURG Procédé innovant d anti-contrefaçon sur les pièces plastiques PEP/MIMOTEC Pause déjeuner Visite des stands et ateliers de démonstration Silicon Precision in Plastics Sony DADC BioSciences (Austria) Touch sensor solutions based on PolyTC transparent conductive films Poly-IC/Kurz PICTIC : développement et intégration de composants électroniques imprimés grande surface et flexibles CEA LITEN Conclusion de la journée Visite des stands et ateliers de démonstration

4 PEP - Centre Technique de la Plasturgie et des Composites Lionel TENCHINE & Maël MOGUEDET Depuis plus de 20 ans, le PEP, a pour mission d offrir aux industriels de la filière plasturgie et composite des moyens, des expertises et des prestations à haute valeur ajoutée. Il propose plus particulièrement des innovations technologiques, incrémentales ou de rupture, pour l injection des polymères thermoplastiques. Avec deux sites, l un à Oyonnax au cœur de la plus grande concentration d entreprises de Plasturgie en Europe, et l autre au Bourget du Lac pour son activité Composites, le PEP compte 80 collaborateurs, pour un chiffre d affaires de 8 millions d euros en Ses activités se distinguent en : des activités de transfert de technologie, de développement technologique (produit, process, matériaux), d expertises et de prestations à destination de l ensemble des entreprises de plasturgie et des composites (donneurs d ordres, transformateurs, moulistes, producteurs de matières, équipementiers, etc.) et dans tous les domaines d activités (santé, automobile, aéronautique, électronique, connectique, bâtiment, etc.) des projets de R&D collaboratifs articulés autour de 5 Lignes Programmes : Produits hybrides, Recyclage des polymères, Optimal Design, Outillages Avancés et Microsystèmes sur Plastiques Lionel Tenchine a obtenu son master en micro et nanoélectronique de l Université d Aix-Marseilldiplôme d ingénieur de l Ecole Centrale Marseille la même année. A l issue de ses travaux de recherche sur le en 2007, ainsi que le packaging sous vide des MEMS au CEA-LETI, il a obtenu le grade de docteur de l INP Grenoble en Il a ensuite intégré la Business Unit Plastronique du Pôle Européen de Plasturgie en tant t que chef de projet R&D. Depuis 2013, il est responsable de la ligne programme Microsystèmes sur plastique. Maël Moguedet a une formation universitaire en mécanique et matériaux. Il a obtenu son doctorat en 2005 à l INSA de Lyon, sur l optimisation de l injection des thermoplastiques renforcés fibres de verre longues pour l industrie automobile. Arrivé au PEP en 2006 en tant que chef de projet R&D, il devient Responsable Programme «Plastronique» en 2008, et prend ensuite la direction de la Business Unit du même nom créée en 2011, dans laquelle une équipe de 8 personnes travaille à l intégration d intelligence dans les produits plastiques, selon 3 axes stratégiques: 1. La micro et nano-structuration des pièces plastiques injectées, pour conférer au produit final des propriétés de surfaces fonctionnelles 2. Les MID (Molded Interconnect Devices), ou comment réaliser des interconnexions et reports de composants électroniques en 3D directement sur le produit plastique. 3. Et enfin les microsystèmes plastiques, couplage de la microstructuration uration avec les MID pour des fonctions microélectroniques. 2 Rue Pierre & Marie Curie BP Bellignat OYONNAX Cedex Tél : +33 (0) Fax : +33 (0) info@poleplasturgie.com

5 PHILIPS LIGHTING Plastics in the LED supply chain : from LED-package to luminaries Susanne GOLDBACH & Wil PEELS The company As one of the top 3 players in traditional lighting, Philips Lighting has a strong will to maintain one of the major players in LED lighting, known for their reliable and innovative solutions. It is about the value we deliver to our customers: top notch design, excellent technology, and superior customer service. Philips Lighting has well known competences in light generation, light conversion, thermal management, optics and driver electronics. LED Platform Development (LPD) is its central development innovation group, which is home based in Eindhoven. LPD has the experience to develop lighting systems from an idea to the concept phase, as well as the realization and testing of working prototypes. This is done in close collaboration with suppliers and R&D partners. LPD bears responsibility for function and platform development on complete product families and will transfer these platforms successfully to the business units. Philips Lighting is also actively involved in the European and global standardization committees for lighting. Dr. Susanne Goldbach She has a Master in Chemical Engineering at the University of Erlangen, Germany, in In 1998 she received her Ph.D. in Electrochemistry at the Laboratoire des Sciences du Génie Chimique, Nancy, France. Started in 1998 at Philips Electronics / Philips Lighting at first as project leader / senior development engineer for process development passive SMT components / ceramic components for HID Lighting and since 2007 she is project leader for development (optical) materials (HID & LED Lighting) and function owner/competence manager optical and housing materials for LED Lighting. Wil Peels He has a Bachelor in Chemistry and a Master in Business Organization. Over 35 years of experience in PCB fabrication, electronic assembly, and IC-packaging. Started in production engineering, and then switched over to operations management, and for the last 15 years working in product (pre-) development. Currently working as function owner/competence manager Enabling Materials within LED Platform Development; the pre-development department of Philips Lighting Systems & Electronics. Philips Lighting LED Plastform Development BG Light sources & Electronics High Tech Campus Building 44-1B 5656AE Eindhoven Netherlands wil.peels@philips.com

6 NOVAPACK TECHNOLOGIES Packaging de composants à cavité : de nouveaux matériaux et procédés de plasturgie pour de nouvelles fonctionnalités Renaud de LANGLADE The company NovaPack s.a.s. was created beginning of 2009 to develop manufacturing capabilities of NovaPack Technologies and is currently managed by the former managers of Kyocera Europe and a leading R&D Packaging doctor-engineer from STMicroelectronics. NovaPack is localized in Saint-Egrève (in Grenoble suburb, France) for R&D activities, and, for its manufacturing activities, has acquired ACUIPLAST, specialized in plastic micro-injection moulding, micromachining and tools, located in Morestel (close to Lyon Saint-Exupéry airport hub). NovaPack is well capitalised private company with an equity now more than 1.5 M and its management are 100% owners. It is an SME with already a total headcount of 12 persons. As evidenced in his name, NovaPack s core competences are in manufacturing of innovative (semiconductors) packaging and only in products and devices totally Pb free (RoHS directive) and green (REACH). Renaud de Langlade Renaud de Langlade got his Engineer Diploma from ENSTBr in 1985, with a Civil Telecom specialty. After 13 years with sales and commercial responsibilities at Thomson and Kyocera, he became independent consultant in Microelectronics Packaging and was manager of Zentrix Technologies. He created then Novapack Technologies in 2003, a company of services in microelectronics packaging, that became in 2009 Novapack sas, with the acquisition of Acuitech, Galland, and more recently Micro-Injection Plastics. He is also co-founder of the Ceradrop company in Limoges. Renaud de Langlade is also : - administrator of Imaps (International Microelectronics And Packaging Society) - expert of Euripides Eureka cluster - expert for the European Comission since 2005 and for the ANR since member of Minalogic COE since expert for «Commission des Finances du Sénat» (SME, tax system and innovation funding) NOVAPACK TECHNOLOGIES 141 rue des brosses ZA de Charray VEZERONCE CURTIN

7 HTH La plasturgie comme solution à l intégration de composants électroniques dans les «textiles intelligents» Yannick BRETON Société HTH HTH, basée à Pierre Bénite (Rhône) fédère depuis 2001 les sociétés qui composent le savoir-faire textile du groupe. Ces sociétés principalement localisées dans la région Rhône-Alpes (Rhône, Isère et Loire) regroupent toute la filière de compétences qui entrent dans la manufacture des produits textiles de la marque : développement des produits, tissage des étoffes, gravure des cadres d impression, impression, ennoblissement et confection. Les marchés adressés par la HTH sont des marchés du luxe ou du haut de gamme : le prêt-à-porter et le balnéaire, les accessoires et la bagagerie, l ameublement. HTH est un membre fondateur du Partenariat METIS et assure sa Présidence. Partenariat METIS conseille et accompagne ses membres pour le transfert de technologies dans le domaine des smart textiles. Yannick Breton Yannick Breton, docteur en Physique spécialisé en plasma et matériaux, accompagne et conseille des entreprises des secteurs textiles, papetiers et plastiques pour l intégration des micros et nanotechnologies depuis la création de Partenariat METIS en Dans le domaine des nanotechnologies depuis une quinzaine d années, il a auparavant développé et breveté de nouvelles générations de composites organiques et thermostructuraux pour l ONERA et Messier Bugatti. HTH Plateforme METIS 5 rue Condorcet VILLEFONTAINE

8 CEA-LETI La plasturgie comme solution à l intégration de composants électroniques dans les «textiles intelligents» Jean BRUN CEA-LETI CEA-LETI, the Laboratory for Electronics & Information Technology is operated by Direction de la Recherche Technologique at CEA, the French Atomic Energy Commission. It mainly aims at helping companies to increase their competitiveness through technological innovation and transfer of its technical know-how to industry. Major player in the MINATEC Micro-Nano technologies innovation center, CEA-LETI benefits from 8000 m2 state-of-the-art clean rooms, with equipment worth some 160 million euros. It is currently employing some 1600 people among whom 1100 CEA employees and coworkers of various status including 100 people from industrial partners, working in the CEA-LETI premises within the framework of bilateral collaborations. Overall, research contracts with industry are worth 75% of CEA-LETI annual income. It has a very important patents portfolio, and filed last year more than 200 patents and 700 publications. The laboratory is structured into six departments, with a specific department operating 24-7 the technological facilities of the silicon technology platform, and five program-oriented programs covering the field of microelectronics, microsystems, optronics, system design and telco, and technologies for bio and health. Jean Brun Jean Brun has been working for the LETI in the field of Micro-Interconnection and Packaging since He got an engineer degree from Conservatoire National des Arts et Métiers in He joined the CEA-LETI in 1992 in Microsensors Laboratory as project manager. He was responsible for a clean room during 5 years and worked for packaging 3D topics. Now he is involved in a common laboratory CEA/start up (Primo1D) on smart textile topics. He is the author of patents in several fields like micro-sensors, processes manufacturing, packaging, smart textile. CEA LETI 17 rue des Martyrs GRENOBLE CEDEX 9

9 PLASMA INNOVATION PLASMACOAT 3D : a revolutionary plating-free process for high-performance full polymer based systems Michael BISGES Société PLASMA INNOVATIONS Plasma Innovations (PI) and its mother company Inocon Technology are market leaders in manufacturing production equipment for automotive and household appliances based on atmospheric plasma systems. PI is very well positioned in the LED market segment especially concerning the 2-shot molding of heat conductive polymers and the plating-free 3D thick-film plasma metallization. PI is attaining a leading position as technology provider, strategic development partner and supplier of advanced manufacturing equipment for new 3D LED module concepts. Dipl.-Ing. Michael Bisges - Mechanical Engineering studies with focus on Plastics Engineering at RWTH Aachen - Professional experiences in start-up companies in the fields of optical data processing, renewable energies, electronics, and automation solutions founder and CTO of Arccure Technologies GmbH, Lippstadt CTO of O-Flexx technologies GmbH, Ratingen Managing Director of Reinhausen Plasma Innovations GmbH, Austria More than 100 patent applications in the range of material processing and micro-structuring. Inventor of a DVD-manufacturing method, currently uses by more than 30% of all replication lines worldwide. Plasma Innovations GmbH Wiener Str. 3 A-4800 Attnang-Puchheim Austria

10 FLOWDIT Packaging plastique pour microsystèmes silicium : les enjeux pour la plasturgie Application à l aéraulique Christophe EDOUARD Société Flowdit Flowdit est un bureau d étude technique créé en 2002, comptant aujourd hui 2 personnes. La société développe des solutions innovantes à base de microsystèmes, depuis le concept jusqu aux tests de validation. Ses clients sont principalement des services de recherche et développement du secteur automobile et les équipementiers associés sur le mode prestations ou partenariats. Ses activités sont centrées autour de deux secteurs : 1. Le développement de microsystèmes industriels dédiés au contrôle d écoulement 2. Le développement d un nouvel outil de traçabilité et authentification. Christophe Edouard Diplômé d un DEA en Génie Electrique de l Institut National Polytechnique de Grenoble en 1996, Christophe EDOUARD rejoint alors le CNRS et Dassault Aviation dans le cadre d un Doctorat en Sciences Pour l Ingénieur consacré au contrôle d écoulement par microsystèmes. Par la suite, il rejoint la société AGFLUID ou il poursuit ses travaux dans le cadre de prestations à la Direction de la Recherche et l Innovation Automobile chez PSA Peugeot Citroën. En 2002, Flowdit est créé et intègre Christophe EDOUARD. Il prend en charge les partenariats scientifiques et technologiques. Depuis lors il ne cesse de développer les performances des microsystèmes dédiés au contrôle d écoulement fluidique, et leurs servitudes associées. Flowdit SAS 2 Rue Paul Milleret BESANÇON Tél : +33 (0)

11 SONY DADC BioSciences Silicon Precision in Plastics Chris MAURACHER Presentation of the company Since 2007 Sony DADC BioSciences offers OEM development, mass manufacture and supply of polymer-based smart consumables in a B2B frame work. With a main focus on the Life Sciences and IVD tools markets the services are ranging from design for manufacturing to prototyping, up-scaling and mass manufacturing including content filling, packaging and global logistics. Manufacturing is located at the Headquarters in Salzburg, Austria at our ISO 13485, ISO and ISO certified facility. Already we have delivered smart consumable chips and cartridges to a number of innovators in the biomedical arena, including Shimadzu Corporation, RainDance Technologies, Quanterix, Anagnostics and Caliper/Perkin Elmer. Chris Mauracher Chris Mauracher holds a PhD in biochemistry from the University of British Columbia in Canada and has held varying executive positions in the Diagnostics and Life Sciences companies like Roche Diagnostics, Tecan Group Ltd. and Olympus Diagnostica. He joined Sony DADC in 2011 to lead the newly created BioSciences Business Unit. Sony DADC Austria AG Sonystrasse Anif, Salzburg - Austria

12 PolyIC/KURZ Touch sensor solutins based on PolyTC transparent conductive films Martin SCHEWE Information about firm: PolyIC GmbH & Co. KG - smart and flexible printed solutions PolyIC develops and markets products based on the platform technology printed electronics: in the course of this PolyIC offers products from the fields Touch Sensors & Passive Devices as well as Printed Electronics & Displays. Touch sensors based on the PolyTC technology offer transparent, conductive and flexible possibilities for touch screens and capacitive keys in many variants. Furthermore, this technology enables the setup of flexible circuit structures as passive devices for a huge variety of further applications. The highlight is the possibility to combine decoration and function to achieve a maximum of design flexibility. Professional career: - Study of electrical engineering at University of applied science Georg-Simon Ohm Fachhochschule in Nuremberg - Summer semester 2007 diploma theses at PolyIC - Employed from November 2007 as a development engineer at PolyIC - Since March 2011 Project Manager for customer projects in the field of transparent conductive film (PolyTC ) Abstract: Introduction of novel transparent, conductive films (PolyTC ) for different application (e.g. touch sensors, heating elements, EMI shielding films etc.). Introduction of different methods for integration of these films into surfaces also in combination with decorative in-mold decoration films of Leonhard Kurz Stiftung & Co. KG. The ability to function and decoration to integrate innovative way in a product offers a number of benefits ranging from greater freedom of design of user interfaces. This opens up new markets for touch technology can be addressed, such as home appliance or automotive. PolyIC GmbH & Co. KG Tucherstrasse 2 D Fuerth Germany Tél :

13 CEA-LITEN/PICTIC Printed OTFT and CMOS circuits for Smart System On Foils and large area sensing surfaces Isabelle CHARTIER Abstract Flexible Printed Electronics (FPE) is one of the key enabling technology that will enable to produce cost efficient conformable Large Area Sensing Surface. Next generation of heterogeneous Smart System will require integration of such Large Area Sensing Surface to interface with human beings and environment scale. Heterogeneous integration of FPE with traditional Si electronics will allow new form factors both to innovate existing product and to create new products, which cannot be made with Si electronics alone at realistic cost : Innovative Man Machine Interfaces, distributed sensing surfaces for smart floor or smart skins, smart packaging, patches for personalized health monitoring Multiple market segment will benefit by the integration of such flexible, robust sensing surfaces : Health and well-being, Ambient Assisted Living, industrial User Interface, logistic and packaging, Automotive... Printed electronic technologies will allow realizing custom combinational sensing surfaces by mixing printed sensors, printed OTFT backplane and multiplexing circuits on flexible foils. CEA-Liten has developped a strong know-how in printed sensors : organic photodiodes, temperature, piezo devices as well as printed OTFT : PMOS for flexible backplane and printed CMOS circuits for analog and digital basic blocs. CEA-LITEN is managing PICTIC, the French Printed Electronics Technology Platform dedicated to the industrialization and prototyping of Organic and Large Area Electronics. PICTIC runs a full set of pre-industrial printing tools in large Sheet format 320mmx 380mm that enables high pattern resolution and high layer to layer alignment. PICTIC is open to industrial partners for process and device development up to products prototyping. First business case is the prototyping of printed organic Photodiodes (OPD) for the start-up company ISORG. First full plastic image sensor was demonstrated recently, as well as Touch-Less user interface and gesture recognition products based on large area OPD matrix. PICTIC supports CEA/ARKEMA-Piezotech common laboratory dedicated to the development of piezoelectric inks and pressure, haptic or acoustic devices printed on plastic substrates. A brief biography Isabelle Chartier is Graduated as an engineer in general optics from the Institut d'optique Paris in 1986 and joined CEA-Grenoble in She is currently Business developer for Printed Electronic at CEA-LITEN. Since 2012 she is director of PICTIC, the French Rhône-Alpes Region Printing Platform for Organic Electronics development and industrialization (a European funded initiative launched in Q1 2012). She coordinates the organic CMOS technology development in the EU funded project COSMIC. CEA LITEN 17 Rue des Martyrs GRENOBLE Cedex 09 Isabelle.chartier@cea.fr

14 DOSSIER TECHNIQUE

15 EXPOSANTS OLYMPUS France Division Bioindustrie Parc d Affaires Silic 74 Rue d Arcueil FR RUNGIS Tél : +33 (0) ARBURG ZI Fosse à la Barbiere 1 Rue Louis Saillant FR AULNAY SOUS BOIS Tél : +33 (0) BILLION 1 Avenue Victor Hugo BP 4007 Bellignat FR OYONNAX Cedex Tél : +33 (0) MIMOTEC Route des Iles 20 CH-1950 SION Tél : +41 (0)

16