programme prÉvisionnel - overblogdata.over-blog-kiwi.com/1/53/02/19/20170511/ob... · lasers...

sur 13

JOURNÉES NATIONALES DES PROCÉDÉS LASER POUR L’INDUSTRIE INTERNATIONAL CONFERENCE ON INDUSTRIAL LASER PROCESSING

SEPTEMBRE 13-14, 2017 – Strasbourg convention & exhibition center (France)

Fraun

ho

fer ILT

PROGRAMME PRÉVISIONNEL

JNPLI 2017

Organisateurs

Organisers

En partenariat avec:

In partnership with

INSCRIPTION / REGISTRATION: CLICK HERE

Sponsors

Sponsors

www.laserenligne.fr Tel : +33(0)6 27 69 41 68

[email protected]

PREVISIONAL PROGRAM

http://www.laserenligne.fr/actualites/jnpli-2017-inscription-programme.html

sur 13

JOURNÉES NATIONALES DES PROCÉDÉS LASER POUR L’INDUSTRIE

INTERNATIONAL CONFERENCE ON INDUSTRIAL LASER PROCESSING

The 2017 International Conference on Industrial

Processing (JNPLI) will occur on September 13-14th

, 2017

at the convention center in Strasbourg / France. JNPLI is a

major event dedicated to industrial laser technologies and

their advances. The JNPLI offers an overview of the latest

innovations and recently implemented laser applications.

The organizers of the JNPLI 2017 are: the CLUB LASER &

PROCÉDÉS (CLP), the EUROPEAN MATERIALS RESEARCH

SOCIETY (E-MRS) and IREPA LASER. This event is

supported by Icube and the University of Strasbourg.

The main topics for the conference will be related to:

Laser processing in Smart Factory & Industry 4.0

Additive manufacturing with metals or polymers

Joining of dissimilar materials

Surface texturing & surface treatment

Transparent materials processing

Process monitoring & control

Beam shaping & delivery

New laser developments

Power scaling of ultrafast lasers

Frequency conversion

Several invited talks will be given by internationally

renowned experts such as:

Ömer ILDAY / Bilkent University / Turkey

Martin WEGENER / KIT / Germany

Jacques LALEVEE / IS2M-CNRS / France

Beat NEUENSCHWANDER / Bern University of

Applied Sciences / Switzerland

François COURVOISIER / Femto-ST / France

Clemens HOENNINGER / Amplitude Systemes /

France

Thomas GRAF / IFSW - University of Stuttgart /

Allemagne

Marwan ABDOU AHMED / IFSW - University of

Stuttgart / Allemagne

Jan WINTER / Munich University of Applied

Sciences / Germany

French-English simultaneous translation will be

available. All attendees will have free access to the

ESPACE LASER trade fair, see page 7.

To see the program: refer to page 6.

To see the invited speakers’ biographies:

refer to page 11.

L’édition 2017 des Journées Nationales des Procédés Laser

pour l’Industrie (JNPLI) se tiendra les 13 et 14 septembre 2017

au palais des congrès de Strasbourg / France. Les JNPLI

constitue un évènement incontournable dédié aux procédés

laser industriels et à leurs avancées. Elles proposent un tour

d’horizon des dernières innovations dans ce domaine.

Les JNPLI 2017 sont organisées par le CLUB LASER ET

PROCÉDÉS (CLP), en partenariat avec l’EUROPEAN MATERIALS

RESEARCH SOCIETY (E-MRS) et IREPA LASER. Cet évènement

est sponsorisé par ICube et l’Université de Strasbourg.

Les thèmes mis en avant cette année sont les suivants :

Les lasers pour l’Industrie du Futur

Fabrication additive métallique & polymère

Assemblage de matériaux dissemblables

Texturation & traitement de surface

Usinage & découpe des matériaux transparents

Suivi et contrôle de procédés

Mise en forme & délivrance de faisceau

Nouveaux développements laser

Lasers ultrabrefs de forte puissance moyenne

Conversion de fréquence

Nous aurons le plaisir d’accueillir des experts de renommée

internationale pour des conférences invitées tels que :

Ömer ILDAY / Université de Bilkent / Turquie

Martin WEGENER / KIT / Allemagne


Beat NEUENSCHWANDER / Université des Sciences

Appliquées de Bern / Suisse


Clemens HOENNINGER / Amplitude Systemes /

France

Thomas GRAF / IFSW - University of Stuttgart /

Allemagne

Marwan ABDOU AHMED / IFSW - University of

Stuttgart / Allemagne

Jan WINTER / Université des Sciences Appliquées de

Munich / Allemagne

Une traduction simultanée Français-Anglais sera

mise en place. Tous les participants auront un accès gratuit

au salon ESPACE LASER, voir page 7.

Pour consulter le programme : voir page 6.

Pour consulter les biographies des

conférenciers invités : voir page 11.

JNPLI 2017

sur 13



www.laserenligne.fr Tel: +33(0)6 27 69 41 68

[email protected]

Localisation Location information : L’édition 2017 des JNPLI se tiendra au palais des congrès de

Strasbourg situé à quelques minutes du centre historique et

facilement accessible quel que soit le mode de transport

choisi. Riche de 2000 ans d'histoire, Strasbourg est un centre

culturel important disposant d'un patrimoine architectural

remarquable, mondialement reconnu. JNPLI 2017 will be

held at the Strasbourg convention center located just a few

minutes from the historical center and easily accessible. Rich

with 2000 years of history, Strasbourg is a major cultural

center boasting remarkable architectural heritage known

across the world.

Soirée d’échanges et de découverte régionale

Networking event : Une soirée d’échange et de découverte régionale se

tiendra à Obernai le 13 septembre de 19h00 à 23h00.

L’occasion pour les exposants d’ESPACE LASER, les

conférenciers des JNPLI et les participants de se rencontrer

et d’échanger. Au programme : une animation de choix et

un dîner gourmet.

A networking event will take place in Obernai on 13th

September from 7pm to 11pm. It will be a great

opportunity for the exhibitors of ESPACE LASER, the JNPLI

speakers and the attendees to meet and exchange. On the

agenda: an entertainment and a gourmet dinner.

JNPLI 2017

Conditions de participation Registration fees :

Coûts Inscriptions avancées* Early-bird discount*

Conférencier Speaker Membres CLP / E-MRS 250 € HT -

Non membre 400 € HT -

Participant Attendee Membres CLP / E-MRS 475 € HT 400 € HT

Non membre 675 € HT 600 € HT

Soirée de gala Networking Evening Reception 95 € HT 85 € HT

Sponsoring, encarts publicitaires : nous consulter

Sponsoring, ads: please contact us

*Les coûts « inscriptions avancées » s’appliquent jusqu’au 30 juin 2017 *The early-bird discount applies until 30

th June 2017

©

©

Informations pratiques / Practical

Information : HERE

Programme de la soirée / Evening’s

program: see page 8

INSCRIPTION / REGISTRATION:

CLICK HERE

http://data.over-blog-kiwi.com/1/53/02/19/20170504/ob_92b6dd_jnpli-2017-infos-pratiques-practical.pdf


sur 13



Présentation des organisateurs des JNPLI 2017 : JNPLI 2017 organisers :

Le Club Laser et Procédés (CLP) développe des liens entre

les acteurs du domaine des procédés laser. Il fédère les

principaux spécialistes des procédés laser industriels au

niveau national : fournisseurs, utilisateurs, centres techniques

et de transfert de technologie, chercheurs du public/privé… Le

CLP assure la diffusion d’informations liées aux technologies

et aux procédés laser industriels, ainsi que l’animation d’un

réseau d’experts. Le CLP organise depuis plus de 25 ans les

JNPLI qui sont une solution efficace pour permettre aux

différents acteurs de cette technologie de se rencontrer.

L'European Materials Research Society (E-MRS) est une

société savante qui a été créée il y a 33 ans par Paul Siffert.

Avec plus de 3 200 membres, l’E-MRS se différencie de

nombreuses autres sociétés professionnelles à discipline

unique en encourageant les scientifiques, ingénieurs et

directeurs de recherche à échanger des informations sur une

plateforme interdisciplinaire. Chaque année, l’E-MRS organise

des conférences avec pour thèmes phares : les technologies

laser, les nano matériaux, les matériaux pour l’énergie, les bio

matériaux et les semi-conducteurs.

IREPA LASER est une société de recherche et

développement industriels, spécialisée dans les procédés

laser appliqués aux matériaux. IREPA LASER développe des

solutions industrielles d’ingénierie innovantes pour l’industrie,

les PME et grandes entreprises. 25% du budget de la société

est consacré à la recherche et développement propre en

fabrication additive CLAD®, soudage métallique et polymère,

fonctionnalisation de surfaces. IREPA LASER est membre de

l'Institut Carnot MICA. IREPA LASER est organisateur du salon

ESPACE LASER, partenaire des JNPLI en 2017.

The Club Laser & Procédés (CLP) develops links

between actors in the field of laser processing. It brings

together leading specialists of industrial laser processes at

national level: providers, users, technical centers and

technology transfer, researchers from the public/private...

The CLP disseminates information related to technology

and industrial laser processes, and the animation of a

network of experts. The CLP is organizing for over 25 years

the JNPLI which are an effective solution to enable the

different actors of this technology to meet.

The European Materials Research Society (E-MRS) is a

learned society created 33 years ago by Paul Siffert. With

more than 3.200 members, the E-MRS differs from many

single-discipline professional societies by encouraging

scientists, engineers and research managers to exchange

information on an interdisciplinary platform. Every year,

the E-MRS organizes seminars (Fall & Spring Meetings)

with topics related to: laser technologies, nanomaterials,

materials for energy, biomaterials and semiconductors.

IREPA LASER is an industrial research and development

company specialized in laser processes applied to

materials. IREPA LASER develops innovative industrial

engineering solutions for industry, SMEs and large

companies. 25% of the company's budget is devoted to

research and development in CLAD® additive

manufacturing, metal and polymer welding, surface

functionalization. IREPA LASER is a member of the Institut

Carnot MICA. IREPA LASER is the organizer of the ESPACE

LASER trade show, in partnership with the JNPLI 2017.


[email protected]

JNPLI 2017

sur 13



JNPLI 2017

Retour sur les JNPLI 2016 A look back at JNPLI 2016 :

110 participants se sont réunis à Liège (Belgique) pour échanger sur

la fabrication additive, le soudage métallique, le micro-usinage et la

texturation, l’usinage de matériaux transparents et la mise en forme

et délivrance du faisceau. Cette édition a été organisée en

partenariat avec le CEWAC, LASEA et SIRRIS les 28 et 29 juin 2016.

110 attendees gathered in Liège (Belgium) to discuss additive

manufacturing, metal welding, micro-machining & texturing,

transparent materials processing, advanced beam shaping &

delivery. This edition was organized in partnership with CEWAC,

LASEA and SIRRIS on the 28th and 29th June 2016.

Fréquentation des JNPLI Rate of frequentation : Utilisateurs industriels GE et PME Industrial users Fournisseurs de solutions Solutions suppliers Sources et systèmes laser, matériels périphériques… Laser sources and systems, peripheral equipment

Centres techniques et centres de transfert de technologie Technical centers Laboratoires de recherche Ressearch laboratories Autres Others Etablissements d’enseignement, associations, pôles, partenaires presse… Schools, associations, poles, press


[email protected]

JNPLI 2014 - Bordeaux

sur 13

MERCREDI 13 SEPTEMBRE 2017 / Wednesday 13

th September 2017

08h30

ACCUEIL / WELCOMING COFFEE Room : Catering area

09h00

OUVERTURE / OPENING SESSION : CLUB LASER ET PROCEDES, E-MRS, IREPA LASER Room n°1

SESSION : TRAITEMENT DE SURFACES / SURFACE TEXTURING Room n°1, with translation

09h30 BILKENT UNIVERSITY F. Ömer ILDAY (invited)

Enlèvement de matière refroidie par ablation laser par utilisation de rafales d’impulsions ultracourtes en régime GHz Ablation-cooled material removal with ultrafast bursts of pulses

10h00 LABORATOIRE ICUBE Robin PIERRON

Applications industrielles du micro-usinage par jet photonique High potentials of photonic jet for industrial applications of laser micro processing

10h20 GF MACHINING SOLUTIONS Lucia DOMINGUEZ VARELA

Nouvelles tendances et applications pour la texturation laser 3D New trends and applications of 3D laser texturing and structuring

10H40 Pause-café / Networking coffee Room : Catering area

11H00 BERN UNIVERSITY OF APPLIED SCIENCES Beat NEUENSCHWANDER (invited)

Texturation de surface par laser ultracourts avec des puissances moyennes supérieures à 100W Scale-up high quality surface structuring of metals with ultra-short pulses above 100 W of average power

11H30 ÉCOLE CENTRALE DE LYON Stéphane VALETTE

Fonctionnalisation de surfaces par texturation laser femtoseconde : applications antibuée et anti-glace Surface functionalization by femtosecond laser texturing: anti-fog and anti-ice examples

11H50 ALPHANOV Laura GEMINI

Super-hydrophobicité induite par texturation laser à haute cadence sur acier inox Enhanced super-hydrophobic effect on a stainless steel by high repetition-rate surface texturing

12H10 IREPA LASER Frédéric MERMET

Texturation laser pour fonctionnalisation 3D Laser texturing for 3D functionalization

12H30 Buffet gourmand / Buffet Room : Catering area

14H00 MUNICH UNIVERSITY OF APPLIED SCIENCES Jan WINTER (invited)

Amélioration de la compréhension du phénomène d’ablation laser en régime ultracourt par étude expérimentale et théorique des variations d’absorption et de réflectivité Improving the understanding of ultrafast laser processing of metals by experimental and simulated transient studies of reflectivity and absorption

14H30 IRT SAINT EXUPÉRY Antoine MERCIER

Traitement laser pour la préparation de surface avant assemblage Laser surface preparation for adhesive bonding

14H50 LASEA David BRUNEEL

Micro-usinage femtoseconde de géométries complexes pour des applications biomédicales Femtosecond micromachining of complex geometries for biomedical applications

15H10 ALPHANOV Christophe ARNAUD

Structuration et polissage de surfaces métalliques par laser à fibre Potential of structuring and polishing surfaces with fiber laser on homogeneous metals


16H00 OXFORD LASERS Céline BANSAL

Développements récents pour le micro usinage laser à haute précision Recent advances in high precision laser micromachining

16H20 COHERENT Christian MEYER

Applications industrielles des lasers ultracourts Structured application work with ultrashort pulse lasers

CONFERENCE PROGRAM

SEPTEMBER, 13

ROOM N°1

JOURNÉES NATIONALES DES PROCÉDÉS LASER POUR L’INDUSTRIE SEPTEMBER 13-14, 2017 – STRASBOURG CONVENTION & EXHIBITION CENTER (FRANCE)

JNPLI

2017

sur 13


th September 2017

08h30 ACCUEIL / WELCOMING COFFEE Room : Catering area

09h00 OUVERTURE / OPENING SESSION : CLUB LASER ET PROCEDES, E-MRS, IREPA LASER Room n°1

SESSION : FABRICATION ADDITIVE / ADDITIVE MANUFACTURING Room n°2, with translation

09h30 IS2M-CNRS Jacques LALEVÉE (invited)

Nouvelle génération de photo initiateurs radicalaires et/ou cationiques et leurs applications pour l’impression 3D de résines Towards new high performance radical and cationic photo initiating systems and examples in 3D printing resins

10h00 INSTITUT DE SOUDURE Maxime EL KANDAOUI

Revue sur les procédés de fabrication additive laser par dépôts de fils A review of laser beam metallic Additive Manufacturing technologies using wire feeding

10h20 IREPA LASER Catherine SCHNEIDER-MAUNOURY

Utilisation du procédé LMD-CLAD® pour la réalisation de matériau à gradient de fonction avec un alliage Ti6Al4V-Mo Functionally graded materials with LMD-CLAD® - Application on Ti6Al4V-Mo


11H00 FRAUNHOFER IPK Torsten PETRAT

Influence de la stratégie de construction de pièces en forme par projection de poudre pour la fabrication additive laser Influence of build-up strategies on component shape by using Laser Metal Deposition for additive manufacturing

11H20 INSTITUT MAUPERTUIS Laurent DUBOURG

Fabrication additive par laser de grandes pièces sur poste robotisé Laser Additive Manufacturing of large parts using industrial robot

11H40 IREPA LASER Didier BOISSELIER

Influence des stratégies de construction sur la fabrication de grandes pièces (>1m) en Ti-6Al-4V par procédé LMD-CLAD® - Application à la réalisation de pièces aéronautiques Influence of manufacturing strategies on large scale parts (>1m) with LMD-CLAD® process - Application to the manufacturing of aerospace parts.

12H00 OERLIKON Arkadi ZIKIN

Revue des procédés de fabrication additive et de rechargement laser chez Oerlikon Overview of Additive Manufacturing and laser cladding technologies at Oerlikon


14H00 KIT Martin WEGENER (invited)

Nano impression 3D : aspects scientifiques et applications 3D laser nano-printing: science and applications

14H30 LINDE Stéphanie TROUSSELLE

En fusion lit de poudre, comment optimiser l’atmosphère de la chambre de construction afin d’améliorer les paramètres process et les caractéristiques des pièces obtenues - Application au Ti-6Al-4V et à l’ IN718 How the protection gas improves additive manufacturing of Ti-6Al-4V and IN718 parts in powder bed fusion processes.

14H50 PRECITEC Markus KOGEL-HOLLACHER

Fabrication additive laser par projection de poudre ou par dépôt de fils Laser Metal Deposition : innovative system technology for Additive Manufacturing processes with powder and wire

15H10 OXFORD LASERS Céline BANSAL

Procédé de fabrication additive laser à haute performance High performance laser-based Additive Manufacturing


16H00 AG TOLERIE Ludovic THIVILLON

Élaboration de matériaux composites par technologie de rechargement laser Composite materials manufacturing using laser cladding

16H20 IREPA LASER Ludovic KOUNDE

Analyse des effets des stratégies de construction sur les pièces obtenues par procédé LMD-CLAD® Analysis and numerical modelling of the manufacturing strategies applied for the fabrication of parts with the LMD-CLAD® process

CONFERENCE PROGRAM

SEPTEMBER, 13

ROOM N°2


JNPLI

2017

sur 13


th September 2017

17H00

Assemblée Générale du CLP pour les membres - Visite du salon ESPACE LASER pour les non-membres CLP's General Assembly for the CLP members - Visit of ESPACE LASER for the non-members

18H00

Transfert en bus vers Obernai / Bus transfer to Obernai

SOIREE D’ÉCHANGES ET DE DÉCOUVERTE RÉGIONALE / NETWORKING EVENT

18H30

Visite de cave et dégustation à Obernai / Visit of a wine cellar and tasting in Obernai

20H00

Diner de gala d’inspiration régionale à Obernai / Gourmet diner in Obernai

23H00

Transfert en bus vers le centre-ville de Strasbourg / Bus transfer to Strasbourg city center

CLUB LASER ET PROCÉDÉS

Association Loi 1901 | SIRET 39286289200032 | APE 9499Z

Adresse : CLP c/o IREPA LASER, Parc d’Innovation – Pôle API

F-67400 ILLKIRCH

John LOPEZ, Président : +33(0)6 27 69 41 68 | [email protected]

Fanny VOINSON, Assistante : +33(0)3 88 65 54 26 | [email protected]

Site web : www.laserenligne.fr

INSCRIPTION / REGISTRATION :

CLICK HERE

NETWORKING EVENT PROGRAM

SEPTEMBER, 13

13 SEPTEMBRE


JNPLI

2017

mailto:[email protected]

mailto:[email protected]

http://www.laserenligne.fr/


sur 13

JEUDI 14 SEPTEMBRE 2017 / Thursday 14

th September 2017


SESSION : USINAGE DE MATÉRIAUX TRANSPARENTS / TRANSPARENT MATERIALS PROCESSING Room n°1, with translation

09h30 FEMTO-ST François COURVOISIER (invited)

Micro et nano usinage par faisceaux laser ultracourts non-diffractifs ou courbes Ultrafast laser micro and nano-processing with nondiffracting and curved beams

10h00 IREPA LASER Armel BAHOUKA

Projet LaserWeldCut : fabrication de MEMs par découpe et soudage de verres et matériaux semi-conducteurs LaserWeldCut : an industrial oriented MEMs process fabrication project based on laser cutting and laser welding methods for glass ans semi-conductors

10h20 AMPLITUDE SYSTEMES Julie GUER

Découpe et perçage des matériaux transparents en laser femtoseconde Cutting and drilling of transparent materials using femtosecond laser

10H40

Pause-café / Networking coffee Room : Catering area

11H00 IFW JENA Thomas SCHMIDT

Usinage laser des verres et des matériaux fragiles : état de l’art Laser processing of glass and brittle materials : an overview of processes and possibilities

11H20 IREPA LASER Marion GSTALTER

Soudage de verre par laser femtoseconde Femtosecond laser glass welding for micro processing

11H40 FRAUNHOFER IPT Philippe ACKERMANN

Suivi en ligne de procédé de soudage de polymères par tomographie cohérente optique (OCT) Non-destructive tomographical process monitoring of laser transmission welding-inline tracking of polymer welding process with OCT

12H00 COHERENT | ROFIN Roland MAYERHOFER

La filamentation laser: une avancée significative pour l’industrie du verre Laser filamentation: an outstanding step forward for the glass industry


SESSION : LASERS ULTRABREFS DE FORTE PUISSANCE MOYENNE / POWER SCALING OF ULTRAFAST LASERS Room n°1, with translation

14H00 AMPLITUDE SYSTEMES Clemens HÖENNINGER (invited)

Laser femtoseconde avec puissance >100W Femtosecond laser with >100w

14H30 IFSW / UNIVERSITY OF STUTTGART Marwan ABDOU AHMED (invited)

Lasers thin-disk de forte puissance : état de l’art et perspectives Development of high-power thin-disk lasers: status and perspectives

SESSION : ASSEMBLAGE DE MATÉRIAUX DISSEMBLABLES / JOINING OF DISSIMILAR MATERIALS Room n°1, with translation

15H00 CLFA Wolfgang KNAPP & Vincent GILLET

Texturation laser pour assemblage de matériaux hétérogènes Laser texturing for heterogeneous material assemblies

15H20 LUXEMBOURG UNIVERSITY Adham AL-SAYYAD

Influence des procédés de traitement de surface par ablation laser et/ou plasma sur la tenue mécanique de joints soudés aluminium-polyamide Influence of laser ablation and plasma surface treatment on the joint strength of laser welded aluminium-polyamide assemblies

15H40 IREPA LASER Frédérique MACHI

Comparaison technologique du soudage laser/faisceau d’électron d’axe de rotor de turbo compresseur Technological comparison of laser and electron beam for the welding of the shaft and turbo wheel


16h30 CLÔTURE DES JNPLI 2017 / CLOSING SESSION Room n°1

CONFERENCE PROGRAM

SEPTEMBER, 14

ROOM N°1


JNPLI

2017

sur 13

JEUDI 14 SEPTEMBRE 2017 / Thursday 14

th September 2017


SESSION : LES LASERS POUR L’INDUSTRIE DU FUTUR / LASER PROCESSING IN SMART FACTORY & INDUSTRY 4.0 Room n°2, with translation

09h30 IFSW / UNIVERSITY OF STUTTGART Thomas GRAF (invited)

Usinage à forte productivité par laser ultracourt High-productivity materials processing with ultrafast lasers

10h00 ALPHANOV Charly LOUMENA

Projet Lashare Scalp : utilisation de scanner 3D pour la découpe laser automatisée de véhicule pour personne handicapée Lashare Scalp project : 3D scanner used for automated steel laser cutting in the production of vehicles for disabled drivers

10h20 AMPLITUDE SYSTEMES Eric AUDOUARD

Nouvelles fibres optiques microstructurées pour lasers innovants New photonics crystal fibres for innovative lasers

10H40

Pause-café / Networking coffee Room : Catering area

11H00 OPHIR SPIRICON EUROPE Christian DINI

Procédé de métrologie laser sans contact en environnement industriel Non-contact laser measurement in an industrial environment

11H20 CLASS 4 LASER Noémie DURY

Structuration de surface : comment tenir compte de la variabilité des pièces à usiner ? Surface structuring: How to take account of variability of workpieces?

11H40 SYNOVA Helgi DIEHL

Usinage de pièces d’horlogerie par procédé laser micro jet avec laser visible Green fiber laser microjet processing of watch part

12H00 FRAUNHOFER ILT Ulrich THOMBANSEN

Accroissement de la maturité de procédé d’usinage laser par le test de nouveaux équipements technologiques Accelerated technology readiness in laser-based manufacturing through laser-based equipment assessment


SESSION : MISE EN FORME DU FAISCEAU / BEAM SHAPING & DELIVERY Room n°2, with translation

14H00 IMAGINE OPTIC Nadezda VARKENTINA

Optimisation de faisceau laser intense pour applications industrielles par l’utilisation d’optique adaptative New adaptive optics strategy to optimize ultra-intense laser for industrial applications

14H20 CAILABS Lionel GARCIA

Mise en forme adaptative de faisceaux basée sur la combinaison de lasers non-cohérents Adaptive laser beam shaping based on multiple incoherent sources

14H40 ALPHANOV Emmanuel CHALUMEAU

Connecteur plug & play pour le transport de faisceau laser femtoseconde monomode de forte puissance et forte énergie Plug and play connector for high-power, high-energy, femtosecond single mode beam transportation

15H00 IREPA LASER Pierre-Alain VETTER

Dispositif de mise en forme de faisceaux laser Device for beam shaping

15H20 QIOVA Yoan DI MAIO

Amélioration des performances de mise en forme dynamique de faisceau pour les applications de micro-usinage laser Improvements of dynamic beam shaping for smart laser micro-processing

15H40 LASEA Paul-Etienne MARTIN

Découpe et perçage sans conicité Latest developments in zero-taper laser cutting and drilling


16h30 CLÔTURE DES JNPLI 2017 / CLOSING SESSION Room n°1

CONFERENCE PROGRAM

SEPTEMBER, 14

ROOM N°2


JNPLI

2017

sur 13



Discover the invited speakers :

Ömer ILDAY / Bilkent University / Turkey

Dr. F. Ömer Ilday is a professor at Bilkent University, Ankara, Turkey. He took his PhD from Cornell University, Ithaca, NY, USA, in

2004. He then worked at MIT, Cambridge, MA, USA until 2006, when he joined Bilkent University. He was the first to propose to

use Nonlinearity Management, which has led, most notably, to the invention of the similariton (Phys. Rev. Lett., 2004) and

soliton-similariton lasers (Nature Photon., 2010). Recently, he has been introducing the concept of Nonlinear Feedback-Driven

Laser-Material Interactions, which has already led to several striking advances (Nature Photon., 2013, Nature, 2016, Nature

Comm., 2017).

Martin WEGENER / KIT / Germany

After completing his PhD in physics in 1987 at Johann Wolfgang Goethe-Universität Frankfurt (Germany), Martin Wegener spent

two years as postdoc at AT&T Bell Laboratories in Holmdel (U.S.A.). From 1990-1995 he was professor at Universität Dortmund

(Germany), since 1995 he is professor at Institute of Applied Physics of Karlsruhe Institute of Technology (KIT). Since 2001 he has

a joint appointment as department head at Institute of Nanotechnology of KIT, since 2016 he is Scientific Director. Awards

include the DFG Gottfried Wilhelm Leibniz Award 2000, the Carl Zeiss Research Award 2006, and Thompson Reuters listing as

“Highly Cited Researcher” in 2014-2016.


Jacques Lalevée (IS2M) was born in Remiremont in 1976. After graduating from the University of Nancy, in 2002 he defended a

Ph.D. in the group of Jean Pierre Fouassier (ENSCMu Mulhouse) on photochemistry and photoinitiating systems. After a

postdoctoral position in Germany (Gerd Kothe), where his work was devoted to the study of free radicals by ESR spectroscopy,

he was appointed maître de conférences at ENSCMu in 2004. In 2009, he became a full professor and has been a junior member

of the Institut Universitaire de France (IUF) since 2011. His current research interests encompass free radical chemistry, the

design of new photopolymerization initiating systems, new polymers (IPNs ...) and mechanistic elucidation in polymer chemistry.

Jacques Lalevée is (co)author of 275 peer review articles in international journals, 5 patents, 12 book chapters and two books (in

particular: Photoinitiators for Polymer Synthesis: Scope, Reactivity and Efficiency, Wiley-VCH, 2012). He got the G. Ourisson

award (2013), and the groupe français des polymères award (2014).

Beat NEUENSCHWANDER / Bern University of Applied Sciences / Switzerland

…


Dr Francois Courvoisier completed his Master’s degree in fundamental physics at Ecole Normale Supérieure de Cachan and

University of Orsay, France. He received his PhD degree from University of Lyon, France on the topics of filamentation of

femtosecond laser pulses and ultrafast spectroscopy. In 2005-2006 he carried out postdoctoral research in the Group of Applied

Physics-biophotonics, Geneva, Switzerland. In 2006 his joined CNRS at FEMTO-ST institute, France as permanent researcher and

he has developed novel research concerning femtosecond laser micro/nano-machining and nondiffracting beams. He was

awarded the Aimé Cotton Prize of the French Physical Society in 2015. He leads the ERC-Consolidator project PULSAR. He has

given 34 invited talks and short courses, published more than 40 papers in refereed journals, 58 conference contributions and

holds 3 patents.

JNPLI 2017


[email protected]

sur 13



Discover the invited speakers:

Clemens HOENNINGER / Amplitude Systemes / France

Clemens Hönninger is Vice President Research & Development at Amplitude Systèmes. He studied Physics at the University of

Heidelberg, Germany, where he graduated in 1994. During his PhD thesis at the Swiss Federal Institute of Technology in Zurich

and his postdoctoral research position at the University of Bordeaux, France, he worked on the development of diode-pumped

femtosecond lasers based on Ytterbium-doped materials. He joined Amplitude Systèmes in 2002. Prior to this he gained

industrial experience as project leader at Trumpf Laser GmbH, Germany.

Thomas GRAF / IFSW - University of Stuttgart / Germany

Thomas Graf was born in Lugano, Switzerland, in 1966. He received the physics Diploma/M.Sc. degree in 1993 and the Ph.D. degree in 1996 from the University of Bern, Switzerland. As a post-doctoral research associate he was engaged in research on high-power solid-state lasers with high beam quality, beam-shaping for diode-laser bars, and thermodynamics of optical systems at the University of Bern until 1997. He then joined the University of Strathclyde in Glasgow, Scotland (UK) where he was engaged in research on non-linear optics and passively mode-locked multi-Watt all-solid-state lasers. In April 1999 he was appointed head of the High-Power Lasers Group at the Laser Department of the Institute of Applied Physics, University of Bern (Switzerland) where he was awarded the venia docendi in 2001 and where he was nominated assistant professor in April 2002. In June 2004 he was appointed university professor and director of the Institut fuer Strahlwerkzeuge (IFSW) at the University of Stuttgart. He is engaged in high-power all-solid-state laser systems, laser beam shaping and laser applications in manufacturing. From October 2010 to February 2013 Prof. Graf was vice dean of the faculty of Engineering Design, Production Engineering and Automotive Engineering of the University of Stuttgart. Since February 2013 he is vice rector for Knowledge and Technology Transfer of the University of Stuttgart. In 2001 Prof. Graf was awarded the Knowledge-Transfer Prize (InnoBe AG and DC Bank, Bern) for the development of self-adaptive thermo-optical laser resonators and the NETS Prize (New Entrepreneurs in Technology and Science, Gebert-Rüf Foundation) for the engagement in technology transfer. In 1998 he received the Applied Physics Prize from the Swiss Physical Society and he was awarded the Physics Award of the Faculty of Science of the University of Berne for his dissertation in 1996. From 2001 to 2007 Prof. Graf served as a board member of the Swiss Society for Optics and Microscopy (SSOM), from 2008 to 2012 he was a board member of the European Optical Society (EOS), he is a board member of Photonics BW e.V., since 2016 as its chair. Further he is a member of the German Wissenschaftliche Gesellschaft Lasertechnik e.V., WLT (Scientific Society for Laser Technology), since 2013 member of its board as vice president Engineering Sciences. Since 2009 Prof. Graf is a member and since April 2014 the chairman of the supervisory board of the Technologie-Lizenz-Büro der Baden-Württembergischen Hochschulen GmbH (TLB).

Marwan ABDOU AHMED / IFSW - University of Stuttgart / Allemagne

Dr. Marwan Abdou Ahmed received his “Diplôme d’Etudes Approfondies” in 1999 and his PhD degree in 2003 from the

University of Saint-Etienne, France. In 2004, he joined the USTUTT, working mainly on the development of polarization and

wavelength selective optics for high-power solid-state lasers. Since June 2011, he is responsible for the “laser development and

laser optics” department at the IFSW. Mr. M Abdou Ahmed and his team are focusing on ultrafast high-power thin-disk laser

systems as well as on temporal and spatial beam shaping optics. M. Abdou Ahmed received his Habilitation degree for the

University Paris-Sud XI in May 2012. He has been engaged and has coordinated several national and EU-funded projects (e-g.

Ultrafast RAZipol, Tisa-TD, and Hiperdias).

Jan WINTER / Munich University of Applied Sciences / Germany

Jan Winter received his Bachelor of Science (B.Sc.) in Engineering Physics at the Munich University of Applied Sciences in the

year 2012. There he continued studying photonics and received his M.Sc. in the year 2015. He is currently working as scientist in

the Lasercenter Munich University as a PhD student. The goal of his work is to investigate “THE MECHANISMS OF LASER

ABLATION WITH TIME-RESOLVED PUMP-PROBE ELLIPSOMETRIC EXPERIMENTS AND SIMULATIONS” for a deeper understanding

of laser pulse absorption at femtosecond and picosecond laser pulse and its influence on the laser ablation efficiency.

JNPLI 2017


[email protected]

sur 13

L’ÉVENÈMENT INCONTOURNABLE POUR TOUTES LES SOLUTIONS LASER INNOVANTES

■ THE INNOVATIVE LASER SOLUTIONS FAIR YOU CANNOT AFFORD TO MISS

De la conception à la fabrication, les machines laser font partie d'un système global interconnecté : machines

laser, robots, systèmes scanner, moyens de contrôle, équipements de sécurité, logiciels... Toute cette chaîne

de valeur est présente sur ESPACE LASER.

■ From design to manufacturing, laser machines are part of a comprehensive interconnected system: laser

machines, robots, scanner systems, inspection systems, 3D vision, virtual reality, safety equipment,

software... A complete value chain is present at ESPACE LASER.

UN SALON RÉSOLUMENT INDUSTRIEL

■ RESOLUTELY INDUSTRIAL

ESPACE LASER est le seul rendez‐vous en France spécifiquement dédié aux matériaux et techniques laser

pour l'industrie. Il présente toutes les techniques de production par laser et les nouvelles technologies de

fabrication additive pour le développement et la production rapide de pièces complexes et de produits

personnalisés.

■ Resolutely industrial, ESPACE LASER is the only trade fair in France dedicated to materials and laser

techniques for the industry. It displays all the production techniques and new laser additive manufacturing

technologies for the development and rapid production of complex parts and customized products.

GRAVURE, TRAITEMENT DE SURFACE, RECHARGEMENT, PROTOTYPAGE, FABRICATION ADDITIVE,

CONTRÔLE, MESURE...

■ ENGRAVING, SURFACE TREATMENT, RECHARGING, PROTOTYPING, ADDITIVE MANUFACTURING,

CONTROL, MEASUREMENT...

LE LASER : OUTIL MAJEUR DE L’INDUSTRIE DU FUTUR

■ LASER: A MAJOR TOOL FOR THE INDUSTRY OF THE FUTURE

AÉRONAUTIQUE, AUTOMOBILE, BIENS D’ÉQUIPEMENT,

ÉNERGIE, LUXE, MÉDICAL, PACKAGING, PLASTURGIE, TÔLERIE...

■ AERONAUTICS, AUTOMOTIVE, CAPITAL GOODS, ENERGY,

LUXURY GOODS, MEDICAL EQUIPMENT, PACKAGING, PLASTICS,

SHEET METAL…

www.espace-laser.biz

programme prÉvisionnel - overblogdata.over-blog-kiwi.com/1/53/02/19/20170511/ob... · lasers...

Documents