Dual Axis Electrodynamic Shaker

Servoelectric Dual Axis Electrodynamic Shakers

The Dual Axis Electrodynamic Shaker from eMpulse Test Systems delivers fast, precise, and efficient vibration testing. As a dual-axis electrodynamic shaker, the system enables true multi-axis vibration testing by applying controlled vibration in two perpendicular axes simultaneously, reducing test cycle time, minimizing handling, and providing more realistic simulations of real-world conditions. This multi-axis shaker platform is designed for multi-directional vibration testing where product exposure to combined dynamic loads is critical.

This system is ideal for both product qualification and high-volume production screening, particularly in applications where traditional single axis vibration testing does not accurately represent in-field operating environments.

Save Time in Production Screening In high-throughput environments, every minute counts. Dual axis vibration shakers reduce test time by enabling multi directional vibration testing in a single setup, helping you get parts out the door faster without sacrificing quality.
Reduce Labor and Setup Traditional 3-axis testing requires three separate setups. With a dual-axis shaker, you eliminate one, saving time and reducing handling errors.
Increase Defect Detection Without Overstress Tailor stress profiles on each axis to detect latent manufacturing issues while avoiding unnecessary damage to parts. Independent axis control allows multi axis shakers to expose products to realistic combined stresses without excessive overtesting.
Test Under More Realistic Conditions Real-world environments apply forces in multiple directions at once. Multi directional vibration testing more accurately replicates these real world load conditions more than traditional single-axis testing methods, improving correlation and confidence.

Servoelectric Dual Axis Electrodynamic Shakers

Save Time in Production Screening In high-throughput environments, every minute counts. Dual axis vibration shakers reduce test time by enabling multi directional vibration testing in a single setup, helping you get parts out the door faster without sacrificing quality.
Reduce Labor and Setup Traditional 3-axis testing requires three separate setups. With a dual-axis shaker, you eliminate one, saving time and reducing handling errors.
Increase Defect Detection Without Overstress Tailor stress profiles on each axis to detect latent manufacturing issues while avoiding unnecessary damage to parts. Independent axis control allows multi axis shakers to expose products to realistic combined stresses without excessive overtesting.
Test Under More Realistic Conditions Real-world environments apply forces in multiple directions at once. Multi directional vibration testing more accurately replicates these real world load conditions more than traditional single-axis testing methods, improving correlation and confidence.

Advantages of Dual Axis Electrodynamic Shakers

Simultaneous Dual-Axis Vibration

Enables testing in two perpendicular axes at the same time, supporting efficient multi axis vibration testing with improved realism and reduced test duration.

Independent Axis Control

Allows for different vibration profiles on each axis, such as NAVMAT profiles for military-grade testing, enabling precise multi directional vibration testing tailored to application specific requirements.

Reduced Overstress Risk

Spectrum shaping capabilities help minimize vibration stress while maximizing defect detection.

Advanced Cooling System

Air-cooled design enhances heat dissipation and minimizes noise.

Large Slip Plate Working Surface

Accommodates a variety of product sizes, improving throughput and testing flexibility.

High-Precision Oil Film Slip Table

Utilizes a precision-ground granite surface with an oil safety interlock system for stability and safety.

Digital Amplification System

Converts over 90% of available power into usable output, ensuring efficient operation for high demand multi axis shaker test profiles.

Customizable Testing Modes

Simultaneous Dual-Axis Random
Single Axis Random (either axis)
Single Axis Sine (either axis)