The Laser Processing Research Group is doing research and innovation in several laser processes, automation, monitoring, and process control. The group is a dynamic team dedicated to advancing the fascinating realm of laser processing and specialised in harnessing the power, precision, and possibilities of lasers to revolutionize manufacturing.

Specializing in process automation and control, the Laser Processing Group delves deep into the realm of industrial laser processes, exploring new horizons in manufacturing technology. Our wide-ranging research encompasses crucial areas such as process planning, vision and process monitoring, beam shaping, and beam interaction monitoring and modelling.

Equipped with advanced process modelling techniques and a profound understanding of laser dynamics, this group pioneers the development of accurate process models that unlock the full potential of laser-based manufacturing. The Laser Processing Research Group also embraces the power of robotics and machine learning, harnessing the precision and efficiency of automated systems.

With an unwavering commitment to innovation, we pioneer in beam shaping and beam interaction monitoring, understanding the complicated mechanisms between lasers and materials. Our research extends to the realm of process modelling, where we develop models that capture the essence of laser processing, enabling predictive and efficient manufacturing. We employ visionary approaches and cutting-edge monitoring techniques as 3D monitoring, thermal and high-speed imaging to ensure every step of the process is meticulously captured, delivering exceptional outcomes.

Beyond the confines of research, we actively foster industrial collaboration, bridging the gap between academia and industry. This makes our research not just ground-breaking, but also highly applicable in real-world settings.