Ommatidia’s Q1/Q2 Laser RADAR is bringing aerospace-grade optical vibrometry to geoscience. In a recent campaign, the system was deployed to analyze vibration propagation in sandbanks and glass bead beds—entirely without contact or surface instrumentation. By capturing high-resolution phase-resolved data from afar, researchers were able to reconstruct wave dynamics across fault-like structures, offering a powerful new tool for seismic studies, terrain diagnostics, and civil engineering applications.
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Ommatidia is excited to announce its participation in Measuring By Light 2025, taking place from April 1-3, 2025, at AULA, Delft University of Technology, The Netherlands. […]
At DAS/DAGA 2025 in Copenhagen, Ommatidia demonstrated Q2 Laser RADAR with 65 simultaneous optical channels for coherent acoustics and vibration measurement.
Ommatidia, a leader in laser vibrometry, introduces DOLL™ (Digital Optical Locked Loop)—a breakthrough feature that extends the measurable velocity range of Q-Series Massively Parallel Laser RADARs by 10×, capturing precise velocimetry up to 155 mm/s. With real-time processing and an expanded velocity range, a single operator can measure and monitor extreme high-speed conditions, enhancing system safety, performance, and reliability.
Thank You for an Incredible IMAC 2025! We truly appreciate the overwhelming interest and support at IMAC 2025! This event provided the perfect platform to showcase […]
Discover how Ommatidia’s Q1 and Q2 systems revolutionize vibration analysis and 3D measurement with unmatched accuracy, real-time data acquisition, and Industry 4.0 integration by merging the advantages of Scanning Laser Doppler Vibrometry and Advanced FMCW LiDAR. From structural health monitoring to advanced metrology, Laser RADAR sets a new standard in precision and efficiency for various industries.