At EVACES 2025 in Porto, Ommatidia showcased the Q2 Laser RADAR, a groundbreaking tool for real-time, non-contact structural health monitoring. During our session on innovative sensor technologies, we presented how Q2 captured sub-millimeter vibrations across 128 channels simultaneously—without scanning or targets. This marks a significant step forward in large-scale, high-resolution SHM for bridges and civil structures.
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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.
In a groundbreaking collaboration with WEG, Ommatidia deployed its Q2 Laser RADAR across four operational testbeds—from buzzing transformers to high-frequency electric motors—demonstrating the power of real-time, contactless vibrometry in harsh industrial environments. These case studies reveal how spatially-resolved vibration mapping and full-spectrum analysis are transforming predictive maintenance, NVH diagnostics, and quality control in electric machinery.
At MetroAutomotive 2025 in Parma, Ommatidia showcased its Q2 Laser RADAR system, delivering live demos focused on non-contact NVH testing, 3D surface metrology, and automated in-line inspection. The event highlighted how massively parallel laser RADAR is setting a new standard for speed, precision, and integration in automotive manufacturing.
Our team demonstrated Q2 Laser RADAR and discussed how synchronized vibration data supports structural diagnostics in the laboratory and in the field.
Q2 captures full-field surface-velocity data without contact, connecting measured frequency signatures with spatial response maps for biomedical research.