Laser Doppler Vibrometry for Monitoring of Transformers
Apply non contact Laser Doppler Vibrometry to map transformer and shunt reactor vibration from a safe stand off with Ommatidia's Q2.
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Apply non contact Laser Doppler Vibrometry to map transformer and shunt reactor vibration from a safe stand off with Ommatidia's Q2.

A field example of Qmini single-beam LDV revealing running-speed response and harmonic content on a rotating drill axle.
Application note and field video showing how Q-series LDV captures dense bridge displacement profiles and converts bending-dominated response into curvature and surface strain during high-speed train passage.

Discover how LIDAR compares to Laser RADAR, from construction to precision measurement. Learn about Ommatidia’s Q1 & Q2 Laser RADAR benefits.

Laser Vibrometry measures vibrations using the Doppler effect. Ommatidia’s Q1 & Q2 extend it with parallel measurement and 3D metrology data.
Compare Ommatidia QMini, Q1S, Q1 and Q2 for laser vibrometry, structural monitoring, remote metrology and Laser RADAR applications. See where each platform fits and choose the right system for field testing, infrastructure monitoring and industrial inspection.

Vibration Analysis of PCBs for Critical Applications: non-contact multi-point LDV exposes component-level risks.

Application note explaining how Q-Series LDV and DeflectionGuard measure live bridge deflection profiles under traffic and connect those spatial profiles to curvature-based bridge strain workflows.

Reliable non-contact vibration measurement on low-reflectivity automotive materials using the Q2 Laser Doppler Vibrometer.

This work explores the measurement and analysis of chirp acoustic signals using the Ommatidia Q2 Laser Doppler Vibrometer.

This application note describes the measurement and analysis in an areal wind turbine tower using Ommatidia Q1 laser Doppler vibrometer.

Laser Doppler velocity across 65 parallel sensing channels, based on multi-beam FMCW Laser Radar and simultaneous interferometric distance.
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