Laser RADAR Products for 3D Metrology and Vibrometry

Q1S Laser RADAR
Q1S Laser RADAR delivers fixed, non-contact structural monitoring for vibration, bridge deflection, long-term displacement, and strain-ready analysis.
Q1 Laser RADAR
Remote industrial metrology and imaging vibrometry for large or difficult-to-access targets with one field-ready Q1 Laser Radar system.
Q2 Laser RADAR: Full-Field Vibration & 3D Metrology
Q2 Laser RADAR combines full-field vibration measurement and 3D metrology with multi-view 3D velocity-vector reconstruction and geometry-linked strain calculation for automotive NVH and complex engineering targets.
QMini Single-Point Laser Vibrometer
Affordable single-beam laser vibrometry for fast, high-dynamic-range measurements in entry-level and single-point applications.
SpeedSync
SpeedSync is a modular single-beam laser vibrometry head used with QMini and Q2, enabling synchronized non-contact vibration measurements from under 1 meter to 300 meters with ease.
ANT™ series
Next generation LiDAR sensor for robotics and mobility.
OmmH5Viewer Laser Vibrometry Analysis Software
Laser-vibrometry analysis, visualisation, modal processing and data conversion for Q-Series measurements.
Atelier
Q-Series laser-vibrometry data capture software for scan setup, alignment and live measurement review.

Laser measurement platform questions

Choose from single-point vibrometry, fixed monitoring, portable parallel measurement and dense full-field analysis.

Which Ommatidia system fits single-point laser vibrometry?

QMini is the focused route for one-point laser Doppler vibrometry in laboratory, validation, diagnostics and modular field setups. SpeedSync heads support stand-off distances from under 1 metre to 300 metres, depending on the selected head and measurement conditions. Choose it when the required output is a velocity trace, spectrum or synchronised single-point channel rather than a spatial vibration field.

Compare LiDAR, RADAR and Laser RADAR

When should I choose Q1S instead of Q1?

Choose Q1S for fixed or repeatable structural monitoring where deflection curves, long-term displacement and infrastructure condition are central. Choose Q1 when a portable 128-beam system must travel between large or difficult-to-access assets and combine stand-off vibrometry with metrology. The final choice should follow the deployment model, range, target return, sampling and required uncertainty.

When is Q2 the best-fit Laser RADAR platform?

Q2 is designed for dense dynamic analysis and integrated 3D metrology. It provides 65 simultaneous optical channels and supports up to 1,300 points per line through spatial oversampling, with workflows for modal maps, multi-view 3D velocity reconstruction and strain-oriented analysis. Confirm optical access, motion bandwidth, geometry, reference channels and validation requirements before specifying a configuration.

What information is needed to select a laser measurement system?

Define the engineering output first: point velocity, deflection, displacement, mode shape, geometry, 3D velocity or strain-ready data. Then document stand-off distance, field of view, surface condition, incidence angle, motion bandwidth, maximum velocity, environment, acquisition time, reference sensors and uncertainty target. These inputs let an applications engineer distinguish QMini, Q1S, Q1 and Q2 without relying on a generic product ranking.

Products

Q1S Laser RADAR

Q1 Laser RADAR

Q2 Laser RADAR: Full-Field Vibration & 3D Metrology

QMini Single-Point Laser Vibrometer

SpeedSync

ANT™ series

OmmH5Viewer Laser Vibrometry Analysis Software

Atelier

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Laser measurement platform questions

Which Ommatidia system fits single-point laser vibrometry?

When should I choose Q1S instead of Q1?

When is Q2 the best-fit Laser RADAR platform?

What information is needed to select a laser measurement system?