Fraunhofer Institute for Laser Technology ILT

In this field of research, we develop innovative laser beam sources with tailored spatial, temporal and spectral properties as well as output powers.

The focus of this research field includes beam shaping and beam guiding, frequency conversion as well as design, layout and packaging of optical components.

Together with international experts we are developing, among other things, photon sources, photonic components & systems for future applications in the field of quantum technology.

Together with customers from industry and research, we develop laser processes for production measurement technology, material and bioanalytics as well as testing technology, among others.

Since the mid-1990s, Fraunhofer ILT has been advancing Additive Manufacturing – especially of metallic components – with Laser Powder Bed Fusion (LPBF) and Laser Material Deposition (LMD), among others. 

Laser-based technologies for the efficient processing, functionalization and finishing of surfaces are among the key topics in this field of research. 

Our scientists develop laser beam sources and laser-based joining processes for numerous applications in micro and macro technology.

We offer laser-based solutions for new or technically and economically optimized processes in cutting or ablation technology and accompany customers from the initial feasibility study to industrial implementation. 

In this technology field, we concentrate our digital competencies in laser technology and contribute to your progress in R&D and production in the age of RAMI and Industry 4.0.

In addition to application-adapted plasma-based beam sources, our experts develop optical systems for the efficient use of EUV radiation in industry and research, among others.

In close cooperation with partners from life sciences, we research and develop laser-based processes for diagnostic and therapeutic applications, among others.