Vibration Testing

Vibration testing under laboratory conditions mimics the conditions that a product or structure might see during its lifetime. Used to ensure that products are robust and perform safely during operation or transit, vibration testing detects performance issues and potential failures before they start.

With experts in critical industries across the globe, we are a single-source provider of programs with even the most complicated requirements. Our laboratories can perform testing procedures during electrical and hydraulic operation, as well as environmental simulation for more accurate results using a variety of vibration testing methods. For more information about the Element vibration testing services available in your region, contact us today.

Element has extensive experience in vibration testing services and our vibration laboratories feature electro-dynamic and servo-hydraulic systems that can replicate low- and high-frequency conditions. Utilizing state-of-the-art control systems for vibration testing standards, we can perform field data replication as well as impart specified test levels to meet your requirements and ensure that the test specimen is up to the task.

We also have multi-axial simulation table (MAST) testing for squeak and rattle. Random vibration testing and shock testing can help ensure material stability under vibration conditions in real world environments. Our Servo-Hydraulic systems simulate high displacement low frequency events, such as Windmilling, Tire Burst, and Seismic events.

Meeting Challenging Vibration Testing Requirements 

Element’s vibration testing services across the US and Europe help companies meet the latest defense, aerospace, transportation and commercial requirements, including:

• Random
• Sinusoidal
• Resonance Search & Dwell
• Narrow Band Random on Random
• Sine-on Random
• Combined Temperature and Vibration
• Helicopter Rotor Frequency Simulation
• Gunfire Simulation
• Shock Response Spectrum (SRS)
• Blade-off vibration (engine fan blade loss and windmilling) 

We use a three step process to identify the decisions that need to be made for a productive and cost-effective vibration test, to save money, improve reliability and reduce time to market.