Welcome to Automotive Testing Expo in Stuttgart
Welcome to the Polytec booth at Automotive Testing Expo 2026 in Stuttgart, one of the premier international trade fairs for the automotive industry. This is the place where automotive R&D experts and researchers gather to discover the latest technologies and innovations in vehicle testing and monitoring. This year, we are proud to showcase four of our high-performance laser vibrometers, all available for live measurements right at our booth.
We look forward to welcoming you at Booth #1850 in Hall 1!
You can find further information here.
Discover our Laser Vibrometers
The PSV QTec® VibroScan QTec® is the most versatile laser scanning vibrometer of its kind, making it the ideal choice for fast, precise, and—above all—non-contact full-field vibration measurement.
Our patented QTec® technology delivers an unprecedented level of signal quality, even when measuring on the most challenging surfaces.
The VibroGo® is second to none when it comes to portability. This handheld laser vibrometer features an intuitive user interface and easy handling, making it the go-to solution for on-site vibration measurement. Whether in the lab, the workshop, or out in the field—measure vibrations from a safe distance with total flexibility.
VibroFlex offers maximum flexibility thanks to its modular design and can be adapted to any vibration measurement task. A total of four different sensor heads are available, all of which are specialists in their field. The fiber-optic sensor enables vibration measurement in hard-to-reach areas, while the Compact sensor head, with its integrated camera and magnification lens, also allows for the measurement of microstructures and electronic components.
Automated Experimental Modal AnalysisRoboVib® Bench enables automated experimental modal analysis using Polytec’s optical 3D scanning laser vibrometers. The easy-to-set-up hardware and software integrate seamlessly into the Polytec workflow for scanning vibration measurements, saving time by automatically repositioning the test object instead of manually and laboriously moving the sensor setup. This makes 360° measurements of the test object as simple as a single-direction measurement.
