As products become larger, smarter, and more integrated, manufacturers face increasing pressure to verify reliability before products reach the market. Whether testing battery systems, automotive components, electronics, transportation equipment, or industrial machinery, engineers need a vibration test system that delivers accurate results, high uptime, and the flexibility to accommodate evolving test requirements.

The EDM Series Electro-Dynamic Shaker Vibration Test System is designed to meet these challenges. Combining proven reliability, advanced vibration control technology, and versatile testing capabilities, the EDM Series helps laboratories and manufacturers confidently perform qualification, durability, transportation, and environmental testing while reducing downtime and improving test efficiency.

Versatile Testing for Diverse Applications

• Available with sine force ratings from 10 kN to 50 kN
• Supports test specimens up to 1,000 kg payload capacity
• Suitable for small to medium-large products and assemblies
• Widely used in aerospace, automotive, electronics, transportation, energy, research institutes, and certification laboratories

Typical applications include:

• Battery systems and charging equipment
• Automotive electronics, powertrain components, and shock absorbers
• Medical devices and precision instruments
• Railway, aviation, and transportation equipment
• Electronic cabinets and communication systems
• Structural and seismic simulation models
• Product quality and reliability verification

Reliable Performance for Continuous Testing

• Mean Time Between Failures (MTBF > 6,000 hours) for dependable operation
• Advanced cooling structure supports long-duration testing
• Fully digital power amplifier ensures stable system performance
• Amplifier noise as low as -68 dB minimizes interference during sensitive measurements

For laboratories operating under tight schedules, reliability directly impacts productivity. The EDM Series is engineered to maximize system availability and reduce unexpected interruptions.

Advanced Shaker Design for Accurate Results

• Double magnetic circuit design provides high magnetic field efficiency and low flux leakage
• Advanced trunnion isolation system reduces vibration transmission to surrounding structures
• Automatic centering control combines air-spring and electrodynamic technologies for improved stability
• Optional foundation-free design simplifies installation and lowers facility requirements

These design features help engineers achieve consistent and repeatable test results while reducing maintenance requirements.

Supports Multiple Test Profiles

• Sine testing
• Random vibration testing
• Shock testing
• Mixed-mode vibration testing

The flexibility to perform multiple test types on a single platform enables laboratories to simulate real-world operating environments more efficiently.

Scalable from Single-Axis to Multi-Axis Testing

• Supports traditional single-axis vibration testing
• Expandable to multi-axis vibration test configurations
• Suitable for increasingly complex reliability and environmental simulation requirements

As testing standards evolve, the EDM Series provides a scalable platform that grows with future testing needs.

Key Benefits

• Force range from 10 kN to 50 kN
• Payload capacity up to 1,000 kg
• MTBF greater than 6,000 hours
• Sine, random, shock, and mixed-mode testing
• Advanced cooling and low-noise operation
• Optional foundation-free installation
• Expandable from single-axis to multi-axis testing