Scanning Laser | ScanSet


Works with all available SinglePoint Laser

Existing/Old SinglePoint Laser can be reused

Pricing at less than 50% of available scanning systems on the market

Hightech Innovation Made in Germany

Scanning Laser Doppler Vibrometer

The laser beam of the Scanning LaserScanSet Components Doppler Vibrometer is deflected by two mirrors which are controlled by a computer. A built-in camera delivers the picture of the object under test. On this picture, the measurement points can be arranged with CAD software. After the initial setup of the points, the measurement is done automatically by the computer. Nearly all components of a conventional Scanning Laser Vibrometer are built in a optical unit that is structurally complex and therefore expensive. The Vibrolaser ScanSet now overcomes this restrictions and delivers a very high level of performance in measuring. And it simply upgrades an existing single-point laser vibrometer to a fully equipped scanning laser vibrometer system. Simply fix your existing Laser Vibrometer (or a new one by your choice) with the quick release clamps, adjust the mirror unit by the linear slides, and you are ready for the measurement. The VibroLaser ScanSet is shipped with a Data Acquisition with 4 analog input channels to measure the laser and reference signals. The user-friendly measurement and analysis software quickly processes the vibrations data, graphical display, and animations. VibroLaser Scanset Components:

ScanSet with mirrors, camera and support for the SinglePoint Laser

Controller including 4 channel data acquisition

Control and Analysis Software

Single point Laser Doppler Vibrometer (optional)


The VibroLaser ScanSet is manufactured from robust aluminium, and has next to the high precision laser deflection unit a CCD-Camera for photo realistic capture of the measurement object. To ensure that the laser beam of any usual Laser-Vibro meter exactly hits the mirror axis in zero position, the VibroLaser ScanSet offers linear slides that can be easily fixed by clamping lever to ensure a precise and reliable laser positioning. Using a ScanSet for measuring the signal quality is only dependant on the specifications and quality of the used Laser Doppler Vibrometer. The electrical connection to the controller is simply realized by a single cable that also supplies the mirrors with power, takes care about the mirror and camera steering and carries the measurement data and CCD-Camera Signals.

ScanSet Controller+Optic


The controller includes next to the power supplies, an electrical component to steer the mirrors and a data acquisition system to digitize the vibration signals. The controller has a direct connector for the central cable to the ScanSet, BNC connectors for the input channels and the generator output and one USB connector to communicate with measurement PC. The Notebook/PC is only connected with one USB-cable for mirror and CCD-Camera steering, vibration data and video stream.

ScanSet Controller

Technical Data

TypScanSet-20 kHzScanSet-80 kHzScanSet-2 MHz
No. of Channels432
A/D converter24 Bit24 Bit16 Bit
Frequency ranges1 Hz - 20 kHz1 Hz - 80 kHz1 kHz - 2 MHz
Frequency resolution25 600 FFT Lines25 600 FFT Lines25 600 FFT Lines
Input ranges±1 V, ±10 V±1 V, ±10 V±2,5 V
Anti-Aliasing Filteradjusted to frequency rangeadjusted to frequency rangeadjusted to frequency range
Generator outputSine, Chirp, Noise and Step SineSine, Chirp, Noise and Step SineNon


The measurement and analysis software includes all necessary modules to do complete scanning jobs such as:

CCD-Picture capture, Live Display

Geometry and Measurement Point Editor

FFT Analyzer with extensive functionality

Mirror control and steering

Operation Deflection shapes (ODS)

Animation, AVI-Export,UFF– , ASCII– and MatLab- Export

Free Offline-Version to use in office

Modal analysis module (optional)

Operation system Windows10

NEW! Module for ODS in time domain (optional)

ScanSet Software

Module for ODS in time domain

Reproducible transient operations can be measured and saved sequentially with the ScanSet. If the measurement are triggered with a reference channels, the single channel measurements can be combined to a multi-channel-measurement with synchronous time series. This signals can be played back as animated time movie. The transient movement of technical structures can be shown in slow motion. Typical applications are:

Animation of wave propagation in technical structures

Fault detection in composite materials (Delamination)

Presentation of periodic movement of machine parts

The example shows the wave propagation in a brake disc after impact excitation measured with 2500 single point measurements.

(See video ScanSet wave propagation)




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ScanSet Wave propagation


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