Aim: To develop effective diffractive optical elements (DOEs) using Laser-Based Advanced and Additive Manufacturing (LBAAM) technology.

Brief description: The BEAM-DOE project focuses on creating diffractive optical elements that modify the phase of light through microstructured patterns on substrate materials. By leveraging LBAAM technology, the project aims to enhance the precision and versatility of DOE fabrication, enabling innovative beam-shaping applications. This approach is designed to improve the performance of optical systems while optimizing production processes.

Benefits: Using LBAAM technology increases reproducibility, lowers fabrication costs, and enhances the functional properties of diffractive optical elements. The ability to create diverse and complex patterns enables customization and improves the adaptability of optical components for advanced applications in fields such as imaging, sensing, and laser processing.