Vibration Measurement
Measure on any surface including ultra light weight, fragile and hot:
- From near to hundreds of feet away
- From MEMS devices to very large parts
- Frequency range from DC to 6 GHz
- Single to thousands of measurement points
Surface Metrology
Non-contact topography measurements:
- Flatness, form parameters and more
- Step-heights, cone angles
- Roughness, texture, waviness
- Parallelism
Acoustic Imaging
Reveal hard to detect sound sources:
- Buzz, squeak and rattle
- Leak detection
- Ultrasonic sources
- Transient events
Let us help you with your measurement needs
Unlock the full potential of your project with Polytec's expert-driven testing services and extensive equipment range. Whether you are delving into vibration testing, surface metrology, acoustics, length & speed measurement, or chemical analysis, our team is equipped to assist. Utilize our advanced technology and the expertise of our professionals to ensure precise and reliable results. With Polytec, you gain access to a world of measurement solutions, all tailored to meet the exact needs of your project. Let us be your trusted partner in navigating the complexities of testing and analysis, and watch as we transform challenges into opportunities for innovation.
Talk to one of our solution experts about your needs
Step 1:
Contact us to discuss your testing needs.
Step 2:
Ship your parts or visit us at one of our testing sites. Our application Xperts perform the measurement while you can join in person or online.
Step 3:
Get a detailed report and discuss your measurement data.
Testing services form
Automated experimental modal analysis as a measurement service
Analyze the true dynamic behavior of lightweight structures, in this case the E-Genius electric-powered motor-glider, without contact. PSV Polytec Scanning Vibrometers allow a reliable experimental modal testing and model validation, without mass-loading nor influence on the test results. Besides the full PSV-3D vibration measurement system, the RoboVib® Structural Test Station allows for automating the experimental modal test. By scanning the entire sample surface in 3D, the validation of FE simulation models becomes more reliable which is a significant time-saver for test engineers and product development as a whole.