LDS Vibration Testing

Shaker testing supports a wide range of military applications, including:

1. Weapons Systems

2. Ground Vehicles

3. Aircraft and Drones

4. Naval Systems

5. Portable and Hand-held Devices

Purpose of Electrodynamic Shaker Testing for Space Applications:
1. Launch Simulation
2. Qualification Testing
3. Flight Acceptance Testing (FAT)
4. Design Validation

Electrodynamic shaker testing is a critical process in the automotive industry, used to simulate real-world vibrations that vehicles and their components experience during operation. This type of testing helps manufacturers assess durability, reliability, and performance under various conditions.

Electrodynamic shaker testing in test houses is used utilised across a range of industries, including Aerospace and Defence, Automotive, Consumer Goods, Industrial Equipment, and Energy & Power Systems.

Trainings x    Resource center x

Electrodynamic shakers are essential tools in vibration testing, offering precision and versatility to evaluate components and electronic devices. By simulating real-world vibrations and dynamic forces, these systems enable engineers to assess the performance, durability, and reliability of products under across diverse operating conditions.

Shaker testing is widely used in the energy industry to evaluate the durability, reliability, and performance of components exposed to vibration and shock. This testing method is critical for ensuring that equipment can withstand the harsh conditions of power generation, transmission, and distribution environments.

Electrodynamic shaker testing plays a vital role in education and training, particularly in fields like mechanical, aerospace, and electrical engineering, to evaluate the performance, durability, and reliability of components and systems under vibration. Universities often utilise electrodynamic shaker testing for research, education, and industry collaboration.