Industrial metrology and remote vibrometry in one field-ready system

Capture geometry and vibration insight across large or difficult-to-access targets with one remote measurement platform. Q1 helps engineering teams qualify dimensional accuracy, structural behavior, and deployment fit without splitting work across fragmented tools.
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Long-range optical 3D metrology

When Q1 is the right fit

Large-target measurement confidence

You need metrology-grade measurement across large or hard-to-access targets.

Geometry and vibrometry together

You want one system for geometry review and vibration insight instead of separate toolchains.

Less setup friction

You need faster qualification than contact-heavy or repeated repositioning workflows allow.

Real deployment conditions

You need a field-ready system for industrial, infrastructure, and research environments.

What teams are actually buying

Q1 is not just a faster scanner. It is a buying decision around measurement coverage, deployment practicality, and workflow consolidation. Its 128 parallel channels and 0.5-50 m operating range matter because they make large or access-constrained jobs practical without giving up metrology-grade intent.
Teams use it when conventional setups are accurate enough in theory but too slow, too fragmented, or too access-constrained in practice. The gain is fewer handoffs between geometry capture, vibration review, and engineering interpretation, with IP54 field deployment, atmospheric compensation, and a cleaner handoff into Ommatidia Atelier and broader CAD or BIM workflows.

One platform, two decision paths

Capture dimensional data and remote vibration behavior from the same field-ready system.

Stand-off measurement workflow

Reduce repositioning and contact instrumentation effort on large assets and constrained sites.

Field-ready deployment

Use IP54 protection, portability, and atmospheric compensation in real operating conditions.

Software and reporting fit

Move from measurement capture to Ommatidia Atelier and broader CAD, BIM, or engineering workflows with less friction.

Core specifications

Use the Q1 page as a reference during qualification. The specification sheet matters less as a checklist and more as a fit test: 128 parallel channels for throughput, 0.5-50 m range for large structures and constrained access, 40 kHz vibrometry for dynamic review, and IP54 plus atmospheric compensation for real deployment conditions. The final check is whether the measurement can move cleanly into Ommatidia Atelier and the broader CAD, BIM, or engineering workflow.
Measurement Range0.5-50 m
Points per Line128
Acquisition Speed128-25,600 points/s
Measurement Accuracy20 µm + 6 µm/m
Angular Range30º x 360º
Vibrometry Sampling Frequency40 kHz
Vibrometry Max in-Band Velocity± 15.5 mm/s
Power Consumption45 W
External Battery Operation Time240 min
Dimensions (w/o battery)382 x 228 x 150 mm
Weight (w/o battery)7.5 kg
Environmental ProtectionIP54

Product and application views

Q1 is not just a hardware view. Teams usually need to understand three practical outputs: how the system captures geometry on difficult targets, how it reveals vibration behavior without dense sensor installation, and how the data moves into engineering review.

Geometry capture for large or difficult targets

This view shows where Q1 fits as a stand-off metrology tool: dense surface capture, fewer repositioning steps, and a cleaner path to dimensional review when access or target size makes conventional setups slower.

Full-field vibration and modal interpretation

The vibrometry view matters when the job is not only shape recovery but structural behavior. Q1 helps teams compare mode shapes, identify response patterns, and evaluate motion across the target without instrumenting every point.

Software review and reporting workflow

The software view shows how the measurement moves into Ommatidia Atelier for visualization, vibration analysis, reporting, and export into broader CAD, BIM, or engineering workflows. This is where the system stops being an isolated instrument and becomes part of the engineering decision path.

Questions teams ask before they qualify Q1

Choose Q1 when your team needs dimensional measurement and vibration data on the same asset, in the same job. If you are currently moving between separate tools, setups, and software handoffs, Q1 reduces that overhead.
Q1 measures from 0.5 to 50 m, captures 128 points per line, and reaches up to 25,600 points per second. For vibration work, it supports sampling up to 40 kHz.
Yes. Q1 is built for field use with IP54 protection, portable deployment, and stand-off operation. If your job involves large structures, limited access, or difficult positioning, that matters directly to setup time.
Your data moves into Ommatidia Atelier for visualization, vibration analysis, reporting, and export. Vibrometry waveforms can be exported in HDF5, CSV, and TXT. Geometry outputs can be exported in PLY, XYZ, and CSV. Combined vibrometry-and-geometry exports are available in UFF for downstream engineering work.
Q1 is best suited to large parts, structures, and hard-to-access targets where close-range setup is slow or impractical. It is especially useful when coverage, stand-off distance, or deployment speed are part of the decision.
No. If your current setup is already simple, accessible, and fast, a conventional approach may still be fine. Q1 becomes more valuable when contact sensors, repeated repositioning, or fragmented workflows are slowing the job down.
Bring the basics of the job: target size, stand-off distance, access limits, whether you need geometry only or geometry plus vibration, and what output your team expects. That is usually enough to make the demo specific to your measurement task.
Start with the job, not the product line. Q1 is the better fit when you need portable stand-off deployment, metrology-grade measurement, and vibrometry in one field-ready system. If your work calls for fixed monitoring, denser dynamic analysis, or a different range profile, another Q-series system may fit better.

Related technical resources

Q-series laser radar systems

Review the wider product family behind remote metrology and vibrometry workflows.

Full-field modal analysis

See how non-contact modal workflows move from capture to interpretation.

Application briefs

Explore additional vibrometry, metrology, and inspection use cases.

Evaluate Q1 against the real measurement job

The fastest next step is a technical review around target size, stand-off distance, vibration needs, deployment constraints, and software expectations.
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