Videostroboscopy
Visualize vibrations and high-speed motion in real time.
Analyze vibrations, resonances, and motion sequences with maximum precision – completely non-contact and suitable for applications ranging from laboratory research to industrial environments.
Principle of stroboscopic observation
The basic principle of stroboscopy is the observation of fast-moving objects using pulsed (stroboscopic) illumination. By synchronizing the light pulses with the object’s motion, the movement can be viewed in apparent slow motion or even appear stationary. This makes it possible to observe and record an object’s shape, deformation, and dynamic behavior.
In videostroboscopy, a camera captures the illuminated object, enabling measurements even in confined or hard-to-reach areas. Alternatively, when a camera with sufficiently short exposure times is used, continuous illumination can provide sharp images of fast-moving objects without the need for stroboscopic lighting.
Why Videostroboscopy?
Visualize high-speed motion as it happens.
Capture even the smallest vibrations with exceptional accuracy.
Ready for immediate deployment in the field.
Videostroboscopy in Practice
From Method to Measurement
Videostroboscopy is the underlying measurement principle. Discover our measurement systems designed to bring this technology into laboratory and industrial applications.