Please register only one person per company for the best possible networking. You may contact us for special enquiries.
Registration Deadline is 27 October 2026!
Laser microprocessing includes a set of precise and versatile manufacturing processes, such as cutting, drilling, ablation, dicing or surface structuring, used to create special features and structures at the micro-scale on a wide range of materials. Different industries have taken benefit of the possibility of modifying materials with minimal thermal damage and high dimensional control, such as automotive, semiconductor, electronics, medical or aerospace. Its accuracy, flexibility, and ability to process complex geometries, have making it a critical technology in different advanced manufacturing tasks.
Hosted by Amplitude Laser, this EPIC Technology Meeting will gather experts from across the laser value chain to discuss the latest advancements and developments in laser sources, beam delivery, software, integration and process control and monitoring. We will also discuss the needs of the system integrators and end-users to find who photonics technologies can help to overcome the remaining challenges.
Etienne Pelletier (Senior Development Engineer) received his Ph.D. in Physics from the University of Toronto in 2013 for his work on non-linear-optics amplifiers for ultrafast lasers. For the next four years, he worked in the laser industry with Light Matter Interaction and Attodynes lasers. In 2017, he joined Oxford Lasers as an Application Engineer in the R&D team. His work focuses on developing new laser micro-machining applications. Etienne is currently leading the development of ultrafast laser micro-welding at Oxford Lasers.