Small and lightweight components often require high-precision vibration excitation without the complexity, space, or power demands of large shaker systems. The VE Series Miniature Precision Vibration Test System is developed specifically to address this challenge, providing accurate, stable, and wide-band vibration performance in a compact form factor.

The system integrates a miniature vibration shaker, digital power amplifier, vibration controller, sensors, and PC-based software into a complete testing solution. It enables engineers and researchers to efficiently evaluate structural dynamics, durability, and functional reliability under controlled vibration conditions.

Wide Frequency Range for Diverse Test Scenarios

• Frequency range from 2 Hz to 10,000 Hz, suitable for low-frequency structural response and high-frequency component testing

• Accurately reproduces real-world vibration environments affecting small parts and assemblies

• Supports vibration simulation, resonance analysis, and stress screening

Compact Structure with High Force Output

• Multiple force levels available from 20 N to 1000 N, covering a wide range of test requirements

• Advanced mechanical structure and precision machining ensure low distortion and high accuracy

• Lightweight moving components improve high-frequency response and control stability

Multi-Directional Excitation Capability

• Supports both vertical and horizontal excitation, adapting to different test setups

• Ideal for component testing, sensor calibration, and small-scale structural vibration studies

• Increases testing flexibility without additional complex fixtures

Stable Control and Intuitive Operation

• Advanced vibration control system ensures precise and repeatable output

• Digital power amplifier with clear display enables intuitive monitoring and adjustment

• Closed-loop feedback improves test consistency and reduces setup time

Optimized for Laboratory, R&D, and Education

• Compact size, lightweight design, and 220 V standard power supply for easy deployment

• Low noise and efficient thermal management support long-duration testing

• Widely used in electronic component testing, piezoelectric materials, sensors, small civil structures, energy harvesting research, and teaching laboratories