Electrodynamic Shaker

Our electrodynamic shakers enable precise simulation of shock and vibration loads occurring during operation or transport.
Controlled sine, random and shock excitation allows mechanical and electronic components to be tested under defined vibration profiles with high frequency accuracy.
Unlike hydraulic or multiaxial test systems, electrodynamic shakers are specifically designed for high-frequency, single-axis excitation and standards-compliant vibration testing.
Electrodynamic
Shaker

Our electrodynamic shakers enable precise simulation of shock and vibration loads occurring during operation or transport.
Controlled sine, random and shock excitation allows mechanical and electronic components to be tested under defined vibration profiles with high frequency accuracy.
Unlike hydraulic or multiaxial test systems, electrodynamic shakers are specifically designed for high-frequency, single-axis excitation and standards-compliant vibration testing.
Applications
- Reliability, durability and functional testing of mechanical and electronic components under defined vibration profiles
- Sustained engine imbalance (windmilling) tests
- Road load simulations using controlled vibration spectra
- Testing of vehicle-mounted assemblies under single-axis excitation
- Evaluation of transport loads on components, cargo and packaging
- Tests according to the following standards (selection):
EN 61373 | EN 60721 | EN 60068 | ISO 16750 | ISO 15003 | MIL-STD-810F | MIL-STD-810G | EN 12663-1 | RTCA DO-160






