Publications

Talks

Jose A. Ramos, LASEA:Advanced Beam Management: Combination of Beam Shaping and Splitting for High-Power fs Laser Cutting and Drilling Applications”, UKP Workshop 2019, Aachen, 11.04.2019

Oskar Hofmann, RWTH TOS:Design of Multibeam Optics for High Throughput Parallel Processing“, UKP Workshop 2019, Aachen, 11.04.2019

Johannes Finger, Fraunhofer ILT:MultiFlex – Ultrashort Pulsed Laser Processing at 1 Kilowatt Using a Flexible Multi-beam Approach”, Laser World of Photonics Application Panel, Munich, 27.06.2019 DOWNLOAD

Mario Hesker, RWTH TOS:Optisches System mit individueller Strahlmanipulation von bis zu 64 Teilstrahlen für die UKP Multistrahl-Lasermaterialbearbeitung“, DGaO Jahrestagung 2019, Darmstadt, 14.06.2019

Alexander Meyer, Fraunhofer ILT: “Selective Multibeam micro processing of metal with a 1×8 beam array”, LIM 2019, Munich, 25.06.2019

Arnold Gillner, Fraunhofer ILT:High Power and high precision Laser manufacturing from UV to IR: State of the art and future challenges “, Photonics West – Event “Lasers in Manufacturing”, San Francisco, 05.02.2020

David Bruneel, LASEA:Laser micromachining with high average power USP lasers: examples of recent achievements in R&D projects“, Jenaer Lasertagung , Online, 14.01.2021

Audrey Champion, LASEA:USP Laser micro-machining in high fluence regime“, LPM Laser Precision Microfabrication, Online

Jérôme Patars, LASEA:Femtosecond high power laser micromachining using beam-splitting optics and top-hat intensity profile“, LPM Laser Precision Microfabrication, Online

Alexander Meyer, Fraunhofer ILT: “Multi-beam processing with individually addressable beamets: Calibration and data processing”, LPM Laser Precision Microfabrication 2021, Online

Martin Reininghaus, Fraunhofer ILT: Introdution of MultiFlex in the scope of the Korean – German Business and Technology Seminar Laser Technology – Innovative Applications for Industrial Processes, 26.02.2021

Martin Reininghaus, Fraunhofer ILT: Introdution of MultiFlex in the scope of the Laser Technology – Innovative Applications for Industrial Processes: Opportunities for Japanese – German Collaboration, 17.03.2021

Julien Pouysegur, AMPLITUDE:Kilowatt femtosecond laser with high precision triggering and flexible burst shapes“, SPIE Frontiers in Ultrafast Optics: Biomedical, Scientific, and Industrial Applications, 2021

V. Gruson, AMPLITUDE:Kilowatt femtosecond lasers with high energy for high productivity through parallel processing Ultrafast lasers for large area surface processing“,SPIE Solid State Lasers XXX: Technology and Devices, 2021

Eric Mottay, AMPLITUDE:Femtosecond lasers for high throughput surface engineering“, SPIE Photonics West, 2021

Clemens Hönninger, AMPLITUDE:Agile high power femtosecond lasers“, PLI 2021 Conférence, 2021

Julien Pouysegur, AMPLITUDE:Kilowatt Femtosecond Lasers for High Productivity“, Conference on Lasers and Electro-Optics -CLEO, 2021

Milena Zuric, Fraunhofer ILT:Real-time defect detection through lateral monitoring of secondary process emissions during ultrashort pulse laser microstructuring“, SPIE Photonics West, 26.01.2022

Eric Mottay, AMPLITUDE:High power femtosecond laser for parallel processing“, ICALEO®, 2022

Eric Audouard, AMPLITUDE:High power femtosecond pulses temporal and spatial shaping for agile processing“, LPM Laser Precision Microfabrication, 2022

Eric Mottay, AMPLITUDE:Challenges and Opportunities in Industrial Femtosecond Laser Processing“, AKL’22 – International Laser Technology Congress, Aachen, 2022

Articles

Hofmann, O., Stollenwerk, J., & Loosen, P. (2020). Design of multi-beam optics for high throughput parallel processing. Journal of Laser Applications32 (1), 012005. LINK

Finger, J., Thoss, A. (2020). High-throughput ultrashort-pulse laser micromachining. Industrial Laser Solutions, 35 (1), LINK

Mottay, E. (2020). Ultrashort-pulse laser applications advance. Industrial Laser Solutions, 35 (1), LINK

Finger, J., Hesker, M. (2021). High Power Ultrashort Pulse Laser Processing Using a Flexible Multibeam Approach. JPhys Photonics , LINK

Meyer, A., Zuric, M. (2021). Multi-Beam Processing with Individually Addressable Beamlets: Calibration & Data Processing. JLMN , LINK

Heinigk, C. , Barthels, T. Nießen, M. , Schultz, W. (2021) A Multi-Scale Model for Ultra Short Pulsed Parallel Laser Structuring — Part I. the Micro-Scale Model. JLMN, LINK

Mottay, E. (2022). Ultrafast lasers today. PhotonisViews, 19 (2), LINK

Zuric, M. , Brenner, A. (04/2022) Real-time defect detection through lateral monitoring of secondary process emissions during ultrashort pulse laser microstructuring. SPIE LASE, LINK

Zuric, M. , Brenner, A. (09/2022) Real-time defect detection through lateral monitoring of secondary process emissions during ultrashort pulse laser microstructuring. Optical Engineering, 61 (9), LINK

Press releases

Making ultrafast lasers faster, 31.01.2019, DOWNLOAD

Laser-engraved metal to reduce environmental impact, 03.02.2020, LINK

Laser-like focus on materials processing, 08.10.2021, DOWNLOAD

Update on laser integration, LinkedIn Post Jose Ramos, LASEA, 2021, LINK

Demonstration of scanning with 8 beams, LinkedIn Post Alexander Meyer, 2021, LINK

Multiflex on LASER World of PHOTONICS, LinkedIn Post Milena Zuric, 2022, LINK

Publication of paper “Ultrafast lasers today”, LinkedIn Post Eric Mottay, 2022, LINK

Workshops

Mario Hesker, RWTH TOS: Presentation of Multiflex project and setting up an exercise, computer aided optical design 2020, Aachen, 11.09.2020

Mario Hesker, RWTH TOS: Presentation of Multiflex project and setting up an exercise, computer aided optical design 2021, Aachen, 24.09.2021

Mario Hesker, RWTH TOS: Presentation of Multiflex project and setting up an exercise, computer aided optical design 2022, Aachen, 25.03.2022