Uniaxial Shake Table
BI-7300 Uniaxial Shake Table is a high-precision, servo-hydraulic vibration simulation platform engineered for single-axis dynamic testing of structures, components, and geotechnical models. Designed to replicate realistic seismic and vibration environments, this system provides controlled displacement, velocity, and acceleration profiles using programmable waveforms
Biaxial Shake Table
BI-7300 Biaxial Shake Table is a high-performance, dual-axis seismic simulation system built for accurate and programmable earthquake and vibration testing. Designed with servo-hydraulic actuators in both X and Y directions, this system delivers realistic motion profiles with unmatched accuracy and resolution, making it essential for earthquake engineering, soil dynamics, and structural testing applications.
Multiaxial Shake Table
BI-7300 Multiaxial Shake Table is a high-performance seismic simulation platform designed to reproduce real-world earthquake conditions across multiple axes for dynamic testing of structures, soils, and components. Built on a modular, compact footprint, this system supports multi-degree-of-freedom (6-DOF) motion, offering displacements up to 500 mm, peak velocity up to 1 m/s, and acceleration up to 5g.
Servo Electric Table Top Shake Table BI-7350
BI-7350 Servo Electric Table Top Shake Table is a compact, plug-and-play vibration simulation system tailored for structural testing, component qualification, and earthquake motion reproduction. With an integrated servo-electric actuator, high-fidelity motion control, and digital feedback mechanisms, it delivers precise, repeatable dynamic loads up to 10 Hz on a rigid tabletop platform.