Small components and precision devices often determine the reliability of larger systems. From electronic components and semiconductor materials to sensors and structural models, engineers need accurate vibration testing methods to evaluate performance, identify weaknesses, and optimize designs at an early development stage.

However, conventional vibration systems can be oversized, expensive, and difficult to install when testing small specimens or conducting research experiments.

The VE Series Miniature Shaker provides a compact yet powerful solution, combining high-precision closed-loop control, wide frequency response, and flexible operation. Designed based on ECON’s accumulated vibration control technology, it enables engineers, researchers, and educators to perform reliable vibration experiments in a convenient and efficient way.

Compact Design for Precision Testing

• Compact structure allows easy installation on laboratory benches
• Lightweight design enables convenient transportation and flexible setup
• Ideal for small and precise test specimens
• Suitable for electronic components, sensors, semiconductor materials, and miniature structures

For applications where test objects are small but measurement accuracy is critical, the VE Series provides precise excitation without requiring large-scale vibration equipment.

High-Precision Vibration Control

• Supports closed-loop vibration control for accurate excitation
• Frequency range from 2 Hz to 10,000 Hz
• Force range from 20 N to 1,000 N
• Stable and advanced control system ensures repeatable test results

The high-accuracy control capability helps engineers reproduce vibration conditions more realistically and evaluate product reliability with confidence.

Versatile Applications Across Research and Industry

The VE Series supports various engineering applications, including:

• Electronic component vibration performance testing
• Sensor and equipment calibration
• Modal analysis and structural dynamic research
• Piezoelectric ceramic and energy harvesting studies
• Semiconductor material stress screening
• Small-scale earthquake simulation experiments
• Engineering education and laboratory demonstrations

Its flexibility makes it suitable for both industrial R&D and academic research environments.

Powerful Software for Efficient Testing

• Professional software supports more than 12 analysis and testing functions
• Provides a user-friendly operation environment
• Helps simplify test setup, data processing, and experimental analysis
• Enables researchers to focus more on engineering insights rather than complex operation procedures

Ideal Platform for Education and Research

• Small footprint allows easy integration into teaching laboratories
• Supports hands-on vibration experiments and engineering training
• Helps students understand vibration principles through practical testing
• Can be customized into specialized experimental systems according to research requirements

Key Benefits

• Force range up to 1,000 N
• Frequency range up to 10,000 Hz
• Compact and portable design
• High-precision closed-loop control
• Suitable for research, education, and industrial testing
• Supports modal analysis, calibration, and energy harvesting studies
• Cost-effective solution for small specimen vibration testing