Massively Parallel Laser RADAR Mobile Bridge Vibration Monitoring with the Ommatidia Q2 Two field demonstrations show how Q2 delivers 65 simultaneous non-contact velocity signals for rapid, […]
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The SPIE paper presents the SPACIAL Lightfield LiDAR co-developed by TNO and Ommatidia for lunar-landing assistance: 23° × 23° field of view, 150–1000 m range and more than 18,000 points/s.
At Laser World of Photonics 2025, Ommatidia showcased its next-generation Q2 Laser RADAR during a talk by Opto-Electronic Engineer Francis (Yu) Tian. His presentation highlighted how integrated photonics is enabling faster, more compact, and highly scalable LiDAR systems—marking a major step forward in precision sensing and structural metrology.
ScanClouDT brings European metrology institutes and industrial partners together to advance SI-traceable 3D scanning through digital measurement twins, point-cloud quality metrics and reference datasets.
Q2 captures full-field surface-velocity data without contact, connecting measured frequency signatures with spatial response maps for biomedical research.
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.