Full-field vibrometers keep the focus firmly on complex vibration behaviour over the entire surface and work contactlessly according to the laser Doppler principle.
VibroScan QTec Xtra
VibroScan QTec Xtra measures vibrations without contact, full-field and with unprecedented precision. The new multi-path interferometry, QTec® sets new standards in terms of optical sensitivity and interference immunity. The Xtra, based on an infrared (SWIR) laser is characterized by the highest optical sensitivity to guarantee highly accurate measurements even on demanding technical surfaces. Read more
VibroScan QTec Xtra 3D
VibroScan QTec Xtra 3D measures vibrations triaxially without contact, full-field and with unprecedented precision. The new multi-path interferometry, QTec® sets new standards in terms of optical sensitivity and interference immunity. The Xtra, based on an infrared (SWIR) laser is characterized by the highest optical sensitivity to guarantee highly accurate measurements even on demanding technical surfaces. Read more
VibroScan QTec Neo
VibroScan QTec Neo measures vibrations without contact, full-field and with unprecedented precision. For the first time, QTec® technology has been successfully transferred from the infrared SWIR laser to the visible helium-neon laser. Featuring a small laser measuring spot, the precise helium-neon laser is suitable for measurements on the finest structures and even measures in and through water. Read more
RotoVib
RotoVib enables automated and full-body experimental modal analysis using optical 3D scanning laser vibrometers. It is easy to set-up hardware and software which integrates seamlessly into the scanning vibration measurement workflow and saves time by automatically repositioning the devices-under-test (DUT) instead of a manual and tedious relocation of the sensor setup. 360° measurements of the DUT are as easy as a measurement from just one side. Read more
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. For example, conduct comprehensive 360° testing of a vehicle body within only one-two days and overnight instead of weeks of preparation with conventional test setups. Read more
Optical Derotator
The PSV-A-440 Optical Derotator enables non-contact vibration measurements on rotating parts with VibroScan Scanning Vibrometers. Fully characterize dynamics of any rotating objects such as fans for consumer products vehicles or turbines under operational conditions up to 24,000 RPM Read more