One-ton laboratory platform for component validation and structural model testing where payload capacity and axis flexibility must scale together.
Hydraulic 1.5 ton shake table for demanding laboratory programs that require higher force capability and realistic seismic input profiles.
Two-ton electro-mechanical platform for research teams seeking clean electric actuation, lower hydraulic infrastructure needs, and controlled seismic simulation.
Two-ton uniaxial or biaxial table for laboratories that need payload flexibility across structural, equipment, and component qualification tests.
Three-ton research platform for larger specimens, heavier fixtures, and multi-axis seismic studies in university or commercial test facilities.
Five-ton table for advanced structural and equipment testing where larger payloads require a robust, configurable motion platform.
Large-capacity shake table for industrial qualification, civil engineering research, and high-mass specimens that exceed conventional laboratory systems.
Custom high-capacity platform for major research centers and industrial labs that need engineered payload, stroke, and facility integration options.
Interactive shake table for museums, outreach centers, and training facilities that need visitors to understand seismic motion through controlled demonstrations.
Biaxial shake table platform for labs that need two-axis excitation, with custom-designed biaxial systems available for payload, stroke, and facility requirements.
Research-grade biaxial linear-motor shake table with closed-loop control, accurate earthquake-record playback, turnkey software, instrumentation compatibility, and QuakeLogic lifetime support.
Vertical-axis seismic table for labs investigating uplift, vertical acceleration effects, and compact specimens that require controlled Z-axis motion.
