We are an engineering service provider specializing in environmental simulation and vibration technology. We accompany our customers throughout the entire product development process.
Our range of services comprises a variety of vibration engineering services, starting with numerical simulation of initial CAD models to testing technology for vibration stress screening in series production, all from a single source.
Are you looking for answers to your vibration engineering questions?
Our experienced test engineers, instrument technicians and designers will be happy to advise you!
We optimize the vibration behavior of our test fixtures with the help of FEM-supported modal analysis. This means that the test specimen experiences the exact vibration load required in the test.
Vibration stress screening in series production
Some quality issues in series production cannot be detected by a common functional test. This is where vibration tests accompanying series production can often help. We supply the required customized and integrated vibration testing systems..
With our laser vibrometer, we measure the vibrations of the smallest parts noncontacting, even in inaccessible places. Or we scan the movement of the surface of entire structures in 3D and visualize their vibration modes.
Noise emissions are becoming increasingly important
Are you looking for support in analyzing and optimizing the noise that your product emits? In our acoustic chamber, we can measure the airborne and structure-borne noise generated by a product.
Mobile measurements provide load data from real use in the field for practical testing..
We measure and analyze the environmental and operating loads in real operation, whether in the vehicle or on machines, and create test profiles for vibration and climate testing on request.
Numerical simulation enables to identify weak points in the design quickly and easily and to evaluate improvement measures. We use numerical modal analysis to calculate and optimize the vibration behavior of test fixtures or prototypes based on their CAD model, even before the first samples are manufactured.