How can you easily locate and identify bats? With the SoundCam Ultra you can see what you can't hear. Learn more here...
How can you find partial discharge in the energy network? With SoundCam Ultra, these spots can be visualized in real time. Learn more here...
How can you find leaking facades and sound bridges between rooms? Gone are the days of the tedious candlelight search for leaks at windows. With the SoundCam, these areas can be visualized in real time. Find out more here...
Here you can learn more about how to locate compressed air leaks with the SoundCam and how to image them in a picture. The SoundCam filters ambient noise so that the device can also be used during running production.
In this video, we'll show you how easy and how simple you can image sound sources with the SoundCam
Imaging Buzz, Squeak, and Rattle (BSR) noise sources and Noise, Vibration, and Harshness (NVH) sources.
Some application examples of our acoustic camera as realtime solution "Smart Vision" for automotive.
Here a some example applications for the acoustic camera with the smart vision software.
Our choir sings for you a christmas songs and we have recorded it with our acoustic camera.
This video is a short introduction in the Noise Inspector software. The video demonstrate how easy it is to create acoustic pictures and export them to a report.
Localizing a moving smartphone with a acoustic camera and the beamforming-method.
Here a specific bird is localized with the beamforming-method. As the bird is singing in a specific frequencyrange it can be distinguished from other birds.
Acoustic analysis of a printing process of a printer with a acoustic camera and the noise inspector software.
Acoustic analysis of the Excenterhaus located Bochum. The wind passing by the Excenterhaus creates a loud whistle noise which is hearable on the street.
This video is a demonstration how to do acoustic nearfield holography (SONAH) with our acoustic camera. With this method it is possible to localize sound sources very precisely at 40 Hz.
Demonstration of real 3D-Beamforming with the Noise Inspector and an acoustic camera. This is not a 2D result plotted on a 3D object. This is real 3D-Beamforming. This is possible because of the array optimized for 3D-Beamforming.