Our research integrates materials science, laser technology, manufacturing technology, technical chemistry, and particle technology into a holistic approach. We investigate the entire process chain - from sustainable production of advanced materials to their implementation in additive manufacturing (AM) processes and final component functionality.

In the Additive Manufacturing of Metals Group we focus on developing novel alloys and composite materials tailored for demanding applications in aerospace, energy, and medical technology. By employing oxide dispersion-strengthened (ODS) materials, eutectic alloys, and multi-material systems, we achieve targeted and localized optimization of printed components. Advanced laser and electron beam technologies combined with sophisticated process control enable us to minimize defects, enhance performance, and process previously non-weldable alloys.

The Functional Materials Group concentrates on environmentally friendly synthesis of custom nanoparticles using Pulsed Laser Ablation in Liquids. These nanoparticles are integrated into additive manufacturing processes to functionalize organic and inorganic components, enhancing their optical, catalytic, biomedical, mechanical, or magnetic properties.

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