Rimani aggiornato sugli ultimi sviluppi della tecnologia e dei prodotti LiDAR. Dalle nuove uscite e dai progressi prestazionali alle tendenze del settore e alle applicazioni, qui troverai le notizie e gli approfondimenti LiDAR più rilevanti.

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5 Marzo 2026
The equipment used in this test was the Ommatidia Q2 Laser Doppler Vibrometer, part of the QSeries of instruments based on FMCW Laser RADAR (Frequency Modulated Continuous Wave) technology. The Q2 is a highresolution instrument designed to measure the velocity or displacement of a surface without physical contact. The system incorporates a multichannel coherent detection architecture composed of 65 simultaneous laser beams. Thanks to its photonic integrated circuits (PICs), the Q2 can process multiple optical channels in parallel, enabling simultaneous measurement of vibrations.
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Analisi dei segnali acustici chirp

Questo lavoro esplora la misurazione e l'analisi di segnali acustici chirp utilizzando il vibrometro laser Doppler Ommatidia Q2. Grazie al suo rilevamento delle vibrazioni senza contatto e ad alta risoluzione, il Q2 consente un'acquisizione accurata delle risposte acustiche su un'ampia gamma di frequenze, rendendolo un potente strumento per test e diagnostica acustica avanzati.
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Mining Optimizer project questions

What is the LiDAR-AR Mining Optimizer project?

Ommatidia and Tensor Consultores are developing LiDAR-AR Mining Optimizer with CORFO and CDTI funding through the Eureka programme. The project brings remote measurement, augmented reality and AI analysis together for mining monitoring and inspection workflows.

What technologies does the project combine?

The project combines FMCW optical measurement of geometry and vibration, augmented-reality visualization and AI-based analysis. Development covers measurement accuracy, AR registration and latency, and representative data and engineering review for AI-assisted interpretation.

How do remote measurements support mining inspections?

Remote geometry and vibration data help teams compare structural response, identify areas for closer inspection and prioritize follow-up. Reference measurements, repeatability, detectable thresholds and uncertainty analysis connect those data with site-specific engineering assessment.

Which operational outcomes does the project target?

The project targets safer monitoring, lower operating costs and predictive maintenance. Development evaluates personnel exposure, measurement coverage, detection performance, maintenance decisions and economic impact in representative mining conditions.