SEE VIBRATION. UNDERSTAND STRUCTURE.
Scanning Laser Vibrometers and Modal Analysis Systems
Non-contact vibration measurement, modal testing and structural dynamics solutions for research and engineering applications.
01
Non-Contact
Measure without adding sensor mass to the target.
02
Spatial
Turn planned measurement points into interpretable vibration fields.
03
Synchronized
Preserve phase and reference information for structural analysis.
04
Application-Led
Configure optics, acquisition and analysis around the real task.
PRODUCT PORTFOLIO
Non-Contact Measurement from One Point to Full-Field Insight
Select the system according to target geometry, stand-off distance, frequency range, channel count and required analysis output.
Gimbal Scanning Laser Vibrometer
Wide-field automated point planning, remote vibration acquisition and modal visualization.
Gantry 3D Scanning System
Controlled three-direction vibration measurement for laboratory structures and component validation.
Multifunction Laser Doppler Vibrometer
Configurable non-contact measurement combined with complementary dynamic acquisition.
Multi-Channel Synchronous LDV
Synchronized optical and reference channels for phase-sensitive and modal applications.
Automated Damping Measurement
Repeatable excitation, non-contact response acquisition and natural-frequency or damping analysis.
APPLICATION SOLUTIONS
Measurement Workflows for Research and Industry
From test-object definition to data review and reporting, each solution connects optical access, excitation, synchronization and analysis to the engineering decision.
A
Aerospace
Blade, panel and lightweight-structure modal testing, ODS and test-to-model correlation.
B
Automotive R&D
NVH investigation, body and component dynamics, operating response and structural validation.
C
Ultrasonics
High-frequency non-contact response measurement for transducers, tools and miniature structures.
D
Industrial Equipment
Operating vibration visualization, condition diagnosis and difficult-access measurements.
E
Research & Laboratories
Flexible configurations for method development, teaching and application-specific experiments.
CORE TECHNOLOGY
A Traceable Chain from Scan Planning to Modal Results
Automated pointing links measurement coordinates to response data. Laser Doppler vibrometry avoids contact loading. Synchronized acquisition and modal algorithms turn multi-point measurements into natural frequencies, damping estimates, ODS and mode shapes.
- Automated grid planning and coordinate registration
- Non-contact velocity and derived displacement measurement
- Synchronized response and reference acquisition
- ODS, OMA, EMA, LSCF and EFDD workflows
WORKING WITH VIPICO
A Clear Path from Measurement Question to Deployment
Define
Target, motion, distance, environment and expected result.
Configure
Optics, point plan, acquisition, excitation and analysis.
Validate
Confirm signal quality, workflow, outputs and limitations.
Deploy
Commissioning, training and continued application support.
TECHNICAL INSIGHTS
Methods and Application Notes
How a Laser Doppler Vibrometer Works
Doppler principle, signal chain, measured quantities and application limits.
ODS vs OMA vs EMA
Choose the appropriate structural-dynamics method by inputs, assumptions and outputs.
Common Measurement Errors
Troubleshoot optical return, geometry, environment, sampling and scanning consistency.
Bring Us Your Measurement Challenge
Tell us what moves, how far away it is, the frequency range and what you need to learn. Our international team will help define the next technical step.