Flexible full-field vibration measurement in 3D
Polytec 3D Scanning Vibrometers (PSV-3D) complete your vibration measurement tasks in research and product development in a reliable and precise way. The deflection shapes and Eigen modes detected help you with everything from NVH, acoustic and structurally dynamic issues to ultrasonic analyses, FEM validation and non-destructive testing.
The PSV-3D conducts precise full-field measurements of the crosstalk between sensor elements, the propagation of surface waves in non-destructive materials testing or the development of integrated sensor networks for composite materials. It uses the data in both the time and the frequency domain to supply you with easily understandable images and animations.
Model validation based on operational deflection shapes
Since in-plane data and out-of-plane data are measured simultaneously, the PSV-3D allows you to conduct meaningful operational deflection shape analyses and to validate finite element simulation models – for frequencies from DC to 25 MHz and vibrational velocities of 0.01 µm/s to 30 m/s.
If your requirements increase, you can easily retrofit the 3D Scanning Vibrometer or expand it to include a fully automatic RoboVib® measuring station.
Bridging design and real world
48 eyes see more than one. The multipoint vibrometer opens up completely new vibration analysis possibilities for you – even for transient processes and on surfaces where tactile measurement methods reach their limits. The laser-based MPV-800 describes...
The PSV Scanning Vibrometer measures vibrations on an entire surface in a non-contact and laser precise way. This flexible measurement platform allows researchers and developers to master the most challenging vibration measurement tasks with ease. Upgrade or...
By combining a 3D scanning vibrometer and an industrial robot, RoboVib® offers you an automated measuring station for measuring everything from complex components to complete vehicle bodies. Both the amount of time required and the sources of error –...