Spatial AOFS (Acousto-Optic Frequency Shifter) is a cutting-edge technology used to control and modulate light with high precision. By leveraging acoustic waves to diffract and shift the frequency of laser beams, spatial AOFS enables dynamic beam steering, frequency tuning, and signal processing in applications like lidar, microscopy, and optical communications.
Unlike traditional AOFS, spatial AOFS offers enhanced resolution and flexibility by manipulating light in both spatial and frequency domains. This makes it invaluable for adaptive optics, laser printing, and real-time imaging systems.
With its ability to deliver rapid, precise adjustments, spatial AOFS is paving the way for advancements in photonics and optical engineering. As research progresses, its applications are set to expand, driving innovation across industries.