Processing full-field vibration measurement data
The PSV Software is the heart of every Polytec full-field vibration measurement system. This comprehensive software package allows the fast and simple acquisition, display and editing of vibration measurement data gathered with all PSV Scanning Vibrometers, the MSA Micro System Analyzer series for microscopic observations or the automated structural test station RoboVib®.
The intuitive operation of the PSV Software enable even beginners to perform successful measurements in just a few minutes. The comprehensive scanning vibrometer software package is specially designed for full-field and dynamic characterization of microscopic and macroscopic samples and the display of structure-borne vibrations.
Highlights
- Supports fast results with intuitive step-by-step procedure
- High productivity with result analysis while measuring
- Integrates in CAE with versatile interfaces and large FE geometry handling
- Open interface for control and data analysis from any software with Polytec File Access
- Seamless integration with PolyWave Modal analysis post-processing suite
- Integrates 3rd party data easily
- Supports texture files for scanned geometries for stunning result presentation
- MIMO measurements with multiple shakers and up to 8 additional force or impedance transducers
Seamless workflow and custom post-processing
Use live video images, intuitive drawings and meshing tools for setting up your measurement grid. Define data acquisition settings and excitation in time and frequency domain in detail and finetune. Benefit from clear graphic representations of measurement results as animated (3D) deflection shapes and use advanced post-processing options: Identify resonances via cursor, use Bode plots and more for your individual analysis. Sample macros in Visual Basic and choose from ready-made Polytec macros for automation and recurring measurements. Share your insights with colleagues and a broader audience, also with non-active PSV users with a free ScanViewer software tool. Polytec Update will provide you with the latest version and updates. Universities can even apply for an exclusive life-long maintenance to secure their own scientific leadership.
NEW: Latest upgrades of Release 10.1
- Quick evaluation with Peak finder – automatic identification of resonance peaks
- Quicker setup with object tracking – machine vision algorithms correct for object movement under external load (PSV-3D)
- Present your data more intuitively with arrow ODS animation – dynamic vector animation per measurement point
- Quicker import and export with binary Universal File Format – compact file format expand ASCII, WAV and ASAM formats
- Never lose track with the automatic edge detection – smart algorithms ensure that all 3 lasers are incident on a 3D structure if a measurement point is located close to an edge (PSV 3D)
- Get more productive with various feature improvements for textured and non-textured 3D geometries, expanded math library in the post-processing tool SignalProcessor and video export available now also in MP4 format
Related products
PSV QTec Scanning Vibrometer
PSV QTec Scanning Vibrometers take full-field vibration mapping to the next level with unrivalled optical sensitivity! Their innovative, patented QTec® technology uses multi-path interferometry based on infrared (SWIR) laser granting high-fidelity measurements on all surfaces from DC to 25 MHz. PSV QTec significantly reduce testing time - especially on dark, biological, rotating or moving objects, determining operational deflection shapes and Eigenmodes for NVH, acoustics, structural dynamics, ultrasonics, FEM validation and NDT.
PSV-500 Scanning Vibrometer
The PSV Scanning Vibrometer measures vibrations on an entire surface in a non-contact and laser precise way. Its visible HeNe laser provides outstanding SNR on well-reflecting sample surfaces and is ideal for small samples and under water. This flexible measurement platform allows researchers and developers to master the most challenging vibration measurement tasks with ease – from DC to 25 MHz. Detect and visualize operational deflection shapes and Eigenmodes with this cutting-edge laser Doppler vibrometer. Upgrade or expand it to a full 3D system once your application-specific demands grow.
PSV-500-3D Scanning Vibrometer
The PSV-500-3D Scanning Vibrometer measures 3D dynamics in research and product development in a reliable and precise way. Its visible HeNe laser provides outstanding SNR on well-reflecting sample surfaces and is ideal for small samples and under water. The deflection shapes and Eigenmodes detected help you with everything from NVH, acoustic and structurally dynamic issues to ultrasonic analyses, FEM validation and non-destructive testing from DC to 25 MHz.
MSA-100-3D Micro System Analyzer
The 3D Micro System Analyzer records vibration components in all three spatial directions at once. The optical measurement system enables high-resolution 3D vibration analysis from DC up to 25 MHz with amplitude resolutions in the sub-picometer range, for both in-plane and out-of-plane vibration components.
MSA-600 Micro System Analyzer
The all-in-one optical measurement solution for static and dynamic 3D characterization of MEMS and microstructures- now for up to 8 GHz! The MSA-600 enhances microsystem development and quality inspections - also allowing testing on wafer-level when integrated into commercially available probe stations.
MSA-650 IRIS Micro System Analyzer
The innovative and patented MSA-650 IRIS Micro System Analyzer with IR capability allows for measuring true MEMS dynamics up to 25 MHz by characterizing both in-plane and out-of-plane motions through silicon encapsulation without contact, without need for preparing nor decapping the device.
RoboVib
By combining a 3D scanning vibrometer and an industrial robot, RoboVib® forms an automated test station for measuring everything from complex components to complete vehicle bodies. Reduce testing time and expenses as well as time to market significantly in experimental modal analysis. Conduct comprehensive 360° testing of a vehicle body, for example, within only one-two days and overnight instead of weeks of preparation with conventional test setups.