Webinar replay: Ultra-Short Pulse lasers beam-shaping using DOE versus MPLC technologies скачать в хорошем качестве

Webinar replay: Ultra-Short Pulse lasers beam-shaping using DOE versus MPLC technologies

Theoretical explanations and a live demonstration to see the advantage of using a MPLC Webinar content Beam shaping is key to improve laser-based processes. Indeed, a proper intensity profile improves the yield and the quality of the process. Diffractive Optical Elements (DOE) have been used for years to shape laser beams, but present drawbacks. During this webinar we will perform a live comparison of the DOE technology and the Multi-Plane Light Conversion (MPLC) technology to shape laser beams. The content of this webinar will be: Presentation of the DOE and MPLC technologies Theoretical performances of DOE versus MPLC: beam-shaping quality, transmission, robustness to misalignement, depth of field, compatibility with industrial set-up Live demonstration of a DOE versus a MPLC beam shaper: beam-shaping quality, robustness of the shaping, depth of field Examples of process results using MPLC technology Speakers Gwenn Pallier Project & Product manager at Cailabs Gwenn Pallier holds a Masters’s degree in optical engineering from the Institute of Optics (Paris, France). As a project and product manager at Cailabs, she brings her expertise to the development and commercialization of innovative optical solutions, that optimize the quality and performance of laser machining processes. David Grosclaude Pre-sales Engineer at Cailabs David Grosclaude holds a master's degree in optics, laser and plasma processes from Polytech Orleans, France (formerly ESPEO, Orleans). He strongly believes in the link between the manufacturing world and photonic new developments. As a Presales Engineer at Cailabs, he helps customers realize optical setups to obtain the results they need using CANUNDA modules.