Superior flexibility in optical vibration measurement
With VibroFlex, Polytec presents the superior flexibility in optical vibration measurement with a modular sensor solution that adapts to your needs: Choose from different laser sensor heads with the patented QTec® technology or featuring different wavelengths in the rest of the VibroFlex family. Measure large, complex samples like machinery or motors from a safe distance. Discover acoustics and vibration phenomena in research and product development for a faster time-to-market or use it for reliable in-line inspections of your production parts with the focus on cost-efficiency.
Highlights
- High-performance non-contact vibration measurement solution
- Flexible, modular sensor solution that adapts to your needs
- Sub-pm displacement resolution and vibration velocities up to 30 m/s
- Configurable bandwidth from DC to 24 MHz with highest time resolution
Patented QTec® multi-path interferometry for best SNR
- SHM and condition monitoring from more than 500 m distance
- Reliable measurement even on challenging surfaces (dark, oily, shiny, hot)
- Digital data interface for convenient setup and best SNR
![VibroFlex QTec provides clear and reliable measurement data from engineered and challenging surfaces of vibrating structures VibroFlex QTec provides clear and reliable measurement data from engineered and challenging surfaces of vibrating structures](/fileadmin/_processed_/b/0/csm_vibroflex-qtec-machine-tool-spindle01_424cb038b7.jpg)
Vibration analysis for RnD
Resolve from DC to 24 MHz bandwidth, sub-picometer displacements and up to 30 m/s fast movements. Measure vibrations reliably and with laser precision on all surfaces – no matter if dark, oily, shiny or (red) hot and from more than 500 m distance.
Best SNR with patented QTec® multi-path interferometry
The patented QTec® laser interferometer technology grants outstanding measurement data quality and best SNR (signal-to-noise ratio). Using the multi-detector concept of QTec® avoids speckle-dropouts and secures an all-time stable signal, for vibration analysis on fast moving or rotating sample objects.