Key Applications 

Low Force Shaker systems are designed for precision vibration testing of electronics, PCB assemblies, and small components in India. These systems are widely used where accurate and controlled vibration simulation is required for product validation and reliability testing.

✅  Electronics vibration testing for consumer and industrial devices

✅  PCB vibration testing for circuit board durability validation

✅  Sensor and connector testing for automotive and industrial applications

✅  EV electronics and battery module testing

✅  Telecom and communication equipment testing

✅  Small component durability and fatigue testing

✅  Resonance testing and frequency response analysis

✅  Product validation for transportation and operational vibration conditions

✅  Research and development testing in laboratories and universities in India

These applications ensure products can withstand real-world vibration, transportation stress, and operating conditions, improving overall reliability and performance.

Typical Technical Specifications 

Low Force Electrodynamic Shaker systems are engineered for high precision, repeatability, and stable testing performance for small and lightweight test specimens.

✅  Force Rating: 50 kgf to 1100 kgf

✅  Frequency Range: 1 Hz to 3000 Hz (typical)

✅  Maximum Acceleration: Up to 100 g (model dependent)

✅  Maximum Displacement: Up to 25 mm peak-to-peak

✅  Velocity: Up to 2.0 m/s

✅  Cooling System: Air-cooled (low maintenance and easy operation)

✅  Payload Capacity: Suitable for PCB, sensors, connectors, and small components

✅  Armature/Table Diameter: Typically 100 mm to 240 mm

✅  Test Direction: Vertical and horizontal (with slip table)

✅  Control Compatibility: Supports advanced digital vibration controllers

These specifications make the Low Force Shaker ideal for electronics vibration testing, PCB validation, and small component reliability testing in India.