The transition to e-mobility demands innovative manufacturing techniques to enhance efficiency, sustainability, and performance. Laser technology plays a crucial role in this shift, driving advancements across the lifecycle of electric vehicle (EV) batteries. This presentation explores cutting-edge laser applications, from battery cell production to sustainable recycling.


First, we highlight laser welding's impact on battery cell production. Laser welding ensures robust connections within battery modules, while quality assurance techniques are pivotal for the safety and performance of EVs. Next, we discuss lasers in producing lightweight, high-strength components, enhancing overall vehicle efficiency. Advances in laser welding of cooling plates will be showcased, demonstrating lasers enabling innovative designs. Furthermore, we will showcase the integration of AI in quality assurance technologies for laser-based production. AI enhances inspection accuracy and reliability, identifying defects and inconsistencies in real-time. The presentation concludes with sustainable recycling methods. Innovative laser-based techniques for disassembling and recycling end-of-life


batteries will be examined, focusing on their potential to recover valuable materials.


Attendees will gain insights into the latest research and practical implementations of laser technology in the EV industry, understanding its integral role in advancing e-mobility from production to recycling and beyond