Advancing Photonics Alignment and Laser Processing with Precision Motion Control

This paper examines recent advancements in motion control technologies driving higher throughput in silicon photonics production and laser micro-drilling. It highlights how advanced control algorithms and hybrid motor–piezo systems achieve nanometer precision, long service life, and process stability. Comparative analysis of different solutions illustrates their strengths and limitations in production settings, emphasizing how innovative motion strategies increase yield, efficiency, and reliability in demanding applications such as photonics alignment and precision laser material processing.