Test Rigs - Vibration Isolation


adce539f
5b4a49f8
e011f5f9
20c02eff
5b4a49f8
e011f5f9
20c02eff
adce539f
e011f5f9
20c02eff
adce539f
5b4a49f8

CFM Schiller GMBH - 40 years of experience


Competence in development and manufacturing

 … in the field of vibration-isolated systems for test rig technology and industrial applications have made us the innovative company we are today. We are your professional, worldwide represented partner for standard solutions and of course for custom-designed individual solutions.

We do not solely see ourselves as a product manufacturer, but as a system supplier in general. Our in-house production offers you technically and economically optimized solutions. 


What can you expect:

Vibration Isolation Technology


Machines and test rigs usually create forced, damped oscillations. The purpose of a vibration-isolated support is the isolation of periodic oscillations created by machines or plants. The vibrations disturb the environment or highly sensitive devices. There is a distinction between active and passive vibration isolation. Read More



Clamping Technology


Base for almost any test rig is a concrete foundation equipped with clamping plates, T-slot rails, or heavy-duty anchor points. This technology belongs to our core competences since the establishment of CFM Schiller in 1978. For every application ranging from small component test rigs to wind turbine test rigs – we offer you the optimal solution.

Read More



Test Rig Technology


CFM Schiller has acquired substantial core competences in layout, design, manufacture, and assembly of test rig systems. Selective combination of systems and proven subassemblies form the base for complex testing plants. They are designed for the individual application purposes of each customer and guarantee optimized functionality and profitability.


Test rig systems for all key industries are provided by CFM Schiller, for example axle fixture systems for passenger cars and trucks, loading mechanisms for aircraft components, test rigs for determination of mass moments of inertia, inclination test rigs, side and roof intrusion test rigs, testing systems for wind turbine components, transmission and differential test rigs, chassis dynamometers, bogie testing for railway vehicles, and innovative and visionary testing systems for research institutes and universities.

Read More