Additive manufacturing takes a step forward with a new study from TU Dresden researchers, led by Ignacio Tabares and Andrés Lasagni. Their work introduces a method for real-time monitoring of the Direct Laser Interference Patterning (DLIP) process, enhancing precision in surface structuring.

Key highlights:

• Real-time reflectivity measurements provide new insights into material dynamics.

• Precise laser structuring methods optimise surfaces for aerospace applications.

• A significant step toward advancing additive manufacturing technologies.

This breakthrough offers a deeper understanding of laser-material interactions, enabling the development of high-performance materials and enhancing manufacturing capabilities. Explore how these findings pave the way for innovative engineering solutions.