OMMATIDIA Q-SERIES SOFTWARE FOR LASER VIBROMETRY

Vibration analysis software for Q-Series laser vibrometry

Take a Q-Series measurement from scan setup to engineering review without losing the context that explains the result. This vibration analysis software workflow combines Atelier capture with OmmH5Viewer review, validation and export for a traceable engineering handoff.

One measurement record, from first scan settings to an engineering-ready handoff.

THE Q-SERIES WORKFLOW

Two applications, one measurement record

Use Atelier at the instrument, then open the recorded HDF5 dataset in OmmH5Viewer when analysis or export is required.

1. Configure and capture

Atelier brings scan configuration, target alignment, live signals and HDF5 capture into the measurement workflow.

2. Review and process

OmmH5Viewer opens Q-Series datasets for spectra, mode maps, waveforms, validation and fusion review.

3. Integrate with engineering

Export geometry and vibrometry in UFF, CSV or HDF5 for engineering tools, design validation and troubleshooting.

AT THE INSTRUMENT

Atelier captures the measurement

Set the scan, align the target and review live signals, intensity and geometry while the measurement is running.

Explore Atelier data-capture software →

AFTER THE ACQUISITION

OmmH5Viewer analyses the dataset

Inspect spectra and mode maps, compare the response with geometry and prepare the data for a repeatable downstream handoff.

Explore OmmH5Viewer analysis software →

TYPICAL ENGINEERING TASKS

Use the software around the test question

The capture and analysis tools support different stages of the same Q-Series measurement workflow.

Modal and NVH testing

Connect the recorded response to frequency, mode-shape and vibration questions in remote laser vibrometry.

3D and geometry-aware review

Use point-cloud-aware views when geometry provides essential context for interpreting the result.

HDF5 to downstream data

Keep data and metadata together in HDF5, then use UFF export for compatible modal-data handoffs.

EXPORT FOLLOWS THE ANALYSIS

Keep capture, processing and delivery connected

The native HDF5 structure keeps measurement data and metadata together. OmmH5Viewer can prepare UFF output for compatible modal-data workflows; confirm the target workflow and required fields with the technical team.

This gives test teams a traceable route from Q-Series acquisition to a downstream engineering-analysis environment.

Discuss the test question and the required handoff

Whether you are planning modal testing, an NVH campaign or a geometry-aware vibration study, we can map the capture, analysis and export route.

Q-Series software questions

Plan capture, review and export as one traceable measurement workflow.

What is the difference between Atelier and OmmH5Viewer?

Atelier is used at the Q-Series instrument to configure the scan, align the target, monitor live signals and capture the measurement. OmmH5Viewer opens the recorded dataset for waveform, spectrum, mode-map and geometry-aware review, validation and export. They serve consecutive stages of the same workflow.

Which data formats does the Q-Series workflow use?

HDF5 is the native measurement record that keeps data and metadata together. OmmH5Viewer can prepare UFF for compatible modal-data workflows and CSV for suitable tabular handoffs. Confirm the required fields, units, coordinate conventions and receiving-tool compatibility before the test.

Does the software automatically validate a design or diagnose a fault?

No. It supports capture, review, processing and export of measurement evidence. A design-validation, fault or safety conclusion still needs a defined test, quality checks, the applicable analysis method and qualified engineering interpretation in the context of the structure and operating conditions.

What should I provide for a software workflow demo?

Share the Q-Series configuration, test objective, representative target or dataset, required views and calculations, coordinate and unit conventions, trigger or reference channels, export format and receiving engineering tool. The demo can then test the actual handoff rather than a generic feature list.