Full-Degree Dynamic Simulation, Precision Beyond Limits
The 6-DOF Vibration Test System developed by ECON Technology represents the pinnacle of multi-axis vibration testing. With synchronized control across six degrees of freedom—three translational and three rotational axes—it provides engineers with a powerful platform to validate the reliability of complex electromechanical systems under real-world vibration conditions.

Breakthrough “4+2+2” Architecture

• Independently developed by ECON Technology, the innovative “4+2+2” configuration solves the critical challenge of accurate synthesis and decoupling of dynamic loads in six-dimensional space.

• Delivers superior precision in motion coordination and energy transmission across all axes.

Versatile and Comprehensive Vibration Control

• Supports sine, random, shock, seismic wave, and road spectrum simulations.

• Enables independent or coupled six-DOF loading to meet the most demanding multi-axis vibration scenarios.

• Provides complete capability for dynamic load simulation in all degrees of freedom.

Engineering-Grade Mechanical and Control Innovations

• Enhanced high-strength frame with low-damping spherical joints achieves high rigidity and mechanical decoupling.

• Improved adaptive decoupling algorithm ensures high-precision motion control.

• Delivers amplitude accuracy of 0.2% and dynamic range up to 90 dB for stable and reliable testing results.

Application Insight
In industries where vibration is inevitable—such as aerospace launch systems, automotive durability, and high-speed rail components—engineers face increasing demands to predict and verify system behavior under complex dynamic loads. This system empowers R&D teams to replicate real-world multi-directional vibration environments in the lab, shortening development cycles while enhancing product reliability and safety.

Key Highlights

• Six degrees of freedom: full translational and rotational control

• Breakthrough “4+2+2” dynamic load synthesis

• Multi-mode vibration simulation: sine, random, shock, seismic, and road spectra

• Adaptive decoupling for precision motion control

• 0.2% amplitude accuracy, 90 dB control dynamic range