A new class – for new ideas
VibroScan QTec measures vibrations in a new way – non-contact and with unprecedented precision. With its groundbreaking multi-path interferometry and diversity combining, QTec® sets new standards in terms of optical sensitivity and interference immunity. It determines operating waveforms and eigenmodes for NVH, acoustics, structural dynamics, ultrasound, FEM validation and non-destructive testing and offers frequency ranges up to 32 MHz. With its SWIR wavelength, the Xtra Laser brings more power to the measurement. This means that larger measuring distances are realized. The combination with QTec® makes the Xtra laser insensitive to the angle of impact and surface.
The VibroScan QTec Scanning Vibrometer ensures maximum portability. The VibroLink Ethernet data interface reliably transmits vibration measurement data to your notebook and serves as an automation interface.
Highlights
- Non-contact and full-field with FEM-like spatial resolution
- Best SNR on technical surfaces
- Up to 10x faster with QTec®
- Upgradeable to up to 30 m/s vibration velocity and 32 MHz
- AI-supported grid generation
- Extended evaluation and scripting options
- Open API and drivers
- Expandable to a 3D system
Faster results with QTec® multi-path interferometry
The patented QTec® multi-path interferometer technology boosts the signal quality of infrared laser vibrometer (SWIR) decisively. It provides highest optical sensitivity for high-fidelity measurements on all surfaces, which significantly reduces testing time – even on dark, biological, rotating or moving objects. This safe laser technology is perfect for challenging applications also on distant targets. QTec® makes vibration measurements faster, easier and more reliable than ever – for the most robust, unambiguous results.
3D is as easy as 1D
Connect three stand-alone VibroScan QTec and measure the three-dimensional vibration vector. With three synchronous measurements from three directions, all three dimensions of the vibration open up for analysis.
The hub synchronizes two additional vibrometers with picosecond accuracy - MIMO-capable signal generators included. The PSV software takes over the guidance, detects the position of the individual VibroScans QTec in relation to the object, synchronizes the three laser beams and guides them over the measurement object in a μm-sized measurement spot. The results are automatically transformed into the FEM coordinate system and animated according to the direction of vibration.
A new class – for new ideas
QTec® multipath interferometry for fast and efficient vibration measurement
Accessories and components
Optical Accessories
PSV-G-700 Geometry scanner
Integrated high-performance laser distance sensor for measuring the sample geometry from the scanning vibrometer perspective.
PSV-A-526 Front Window
Protects the scanning mechanism against dust, wind and acoustic excitation at high dB levels.
PSV-A-710-Xtra Close-up Unit
For measurements at a short working distance, especially on small parts. Additional PSV-A-CL-xxx micro scan lenses are available for small, reflective objects.
PSV-A-CL-xxx Micro Scan Lenses
Parallelized beam path for measuring small components and on reflective surfaces. Requires close-up unit.
PSV-A-RLight Ringlicht
LED ring light for illuminating small test objects. Requires PSV-A-710-Xtra coaxial unit and PSV-A-CLXtra-200 micro-scan lenses (Fig. similar)
A-MIR-S001/ A-MIR-S002 Mirror set
Mirror set for measurements in difficult-to-access areas.
Tripods, Test Stands, Positioning Stages
PSV-A-T19 Vertical Test Stand
Test stand for precise vertical positioning of the VibroScan QTec Scanning Vibrometer for measurement on small objects
PSV-A-T37 Vertikal Holder
For convenient overhead vertical mounting of the scanning vibrometer, e.g. for shaker tests.
Miscellaneous
Scalable Automatic Modal Hammer SAM
Excitation of sample for experimental modal tests with repeatable force level. Broadly configurable and avoids double hits reliably.
A-AMP-0001 Amplifier for signal generator
Amplifies the max. 2 V output signal to max. 10 V with a bandwidth of up to 32 MHz.
PSV-E-Ext External Scanner Control
Allows for an additional control of the scanning mirrors by external voltage signals. Enables Continuous Scanning Vibrometry and tracking applications.
Related products
VibroScan QTec Xtra 3D
VibroScan QTec Xtra 3D measures vibrations triaxially in a new way - without contact, full-field and with unprecedented precision. With its groundbreaking multi-path interferometry, QTec® sets new standards in terms of optical sensitivity and interference immunity. The Xtra, based on an infrared (SWIR) laser is characterized by the highest optical sensitivity to guarantee highly accurate measurements even on demanding technical surfaces. VibroScan QTec Xtra 3D ensures maximum portability through integrated data acquisition and signal generator up to 32 MHz.
VibroScan QTec Neo
VibroScan QTec Neo measures vibrations in a new way - without contact, full-field and with unprecedented precision. For the first time, QTec technology has been successfully transferred from the infrared SWIR laser to the visible helium-neon laser. Featuring a small laser measuring spot, the precise helium-neon laser is suitable for measurements on the finest structures and even measures in and through water. QTec® always ensures a stable signal and the best signal-to-noise ratio. VibroScan QTec Neo ensures maximum portability with integrated data acquisition and signal generator up to 32 MHz.
PSV Software
PSV软件是每个Polytec全场扫描式激光测振仪测试系统的核心。PSV软件功能强大，操作简单，迅速采集、显示和编辑振动测试数据，预安装于所有的PSV扫描式激光测振仪。PSV软件还用于所有的MSA显微式激光测振仪或基于工业机器人的自动化测振站RoboVib®。
RoboVib
RoboVib®自动测振站将3D 全场扫描式激光测振仪和工业机器人相结合，可完成从复杂部件到完整车身的一切测量。所需时间和误差源显著减少，这尤其表现在试验模态分析中。因此，您可以在例如一两天的时间内全部完成车身测试，而在这之前，光准备工作都需要几个星期。
RotoVib
RotoVib 可使用 Polytec 最先进的光学 3D 扫描激光测振仪进行自动实验模态分析。它易于设置，可无缝集成到 Polytec 扫描振动测量工作流程中。测试样品的自动重新定位节省了时间，并避免了手动重新定位传感器设置。RotoVib 使 360° 测量与单侧测量一样简单。
PolyWave
PolyWave - 用于全面分析振动测试数据的可扩展软件包，提供无缝的后处理，使您使用Polytec激光多普勒测振仪进行的振动分析比以往更加有效。
Automation
Polytec offers intuitive and powerful interfaces and options for remote control and automation of measurement data acquisition and evaluation. Speed up your tests by automating recurring measurements and evaluations, integration into your own testing software via driver, remote adjustment of measurement settings, querying and monitoring the device status and more.