Vibration and Shock Testing

Load Testing of Your Products

We offer the opportunity to test your products under realistic conditions using our state-of-the-art shaker system. Housed in an ISO 7 cleanroom, our system is ideal for sensitive test objects. Our tests ensure structural integrity and operational reliability under extreme mechanical loads.

Our Testing Capabilities

Our system allows for a variety of testing methods to analyze dynamic stress, shock effects, and resonance behavior. This enables us to identify weak points and optimize product designs based on real-world stress factors.

Small Satellite Testing

Small satellites experience intense mechanical loads during launch. Our test setup replicates these extreme conditions with high precision, allowing for a detailed assessment of structural stability and component durability.

• Rocket Launch Simulation: We simulate shock and vibration loads equivalent to actual launch conditions, ensuring spacecraft survivability.
• Resonance Testing: Identifying critical vibration frequencies helps optimize structural design and attachment mechanisms.
• Functional Reliability: Testing electronic and mechanical components under dynamic loads prevents in-orbit malfunctions.

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Testing for Other Industries

In addition to space applications, our system supports testing for various high-reliability industries where mechanical stress plays a critical role:

• Automotive Industry: Testing mechanical stress on batteries, sensors, and vehicle components under real-world conditions.
• Aviation: Evaluating vibration-resistant designs for avionics and aircraft structures.
• Packaging: Simulating mechanical transport loads to validate packaging durability according to international standards.
• Electronics: Conducting shock and vibration tests to ensure the resilience of electronic circuits and assemblies.

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Contact

Do you require specialized testing for your products? Contact us to learn how our vibration and shock testing services can support your development and qualification processes.