Ironcore Bi-Axial Shake Table – High-Force Vibration Simulation System for Structural and Geotechnical Testing
The Compact Shake Table brings high-precision earthquake simulation into a lightweight, portable design. Trusted by researchers, educators, and engineers worldwide, it replicates real seismic events, supports fully customizable motion profiles, and offers intuitive control with EASYTEST software. Its accuracy, versatility, and ease of use make it an essential tool for structural, geotechnical, and seismic sensor testing in both classrooms and advanced laboratories.
🌍 Trusted Globally – Actively used across the U.S., Europe, and Asia, with recent installations at CALTECH and the University of Washington.
OVERVIEW
Description
Delivering unmatched power, precision, and realism, the Ironcore Bi-Axial Shake Table is engineered for advanced earthquake simulation and multi-directional motion control. Designed for universities, research laboratories, and engineering facilities, this high-force system reproduces real seismic events, custom waveforms, and complex loading conditions with exceptional accuracy.
Built around an industrial-grade ironcore linear motor system, the shake table produces fast, stable, and repeatable motion with high payload capacity — making it ideal for structural testing, soil–structure interaction studies, performance-based design, and seismic code validation.
Why Choose the Ironcore Bi-Axial Shake Table?
✔ True Earthquake Reproduction – Replay historical, synthetic, and user-programmed time histories.
✔ Multi-Axis Simulation – X and Y directional control for realistic structural response testing.
✔ High Payload / High Force – Test larger and heavier structures without sacrificing motion accuracy.
✔ Ultra-Precise Linear Motor Technology – No backlash, no friction, no belts, and no mechanical wear.
✔ EASYTEST™ Software Integration – Create waveforms, run automated scripts, analyze performance data.
✔ Laboratory-Ready System – Compact footprint with turnkey installation and training included.
Applications Across Disciplines
This bi-axial shake table supports advanced experimental research and educational programs in:
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Structural engineering and seismic performance validation
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Bridge and building model testing
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Base isolation and damping technology evaluation
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Geotechnical and soil dynamics experimentation
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Seismic sensor calibration and embedded SHM development
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Earthquake education and visualization centers
Trusted by Leading Research Institutions
The Ironcore Shake Table is actively in use across the United States, Europe, the Middle East, and Asia.
Most recently, CALTECH and the University of Washington expanded their laboratories with Ironcore technology — reinforcing its position as the preferred solution for innovation-focused seismic engineering.
Key Product Advantages
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Bi-axial motion control for realistic simulation
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High frequency and displacement capability
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Lightweight yet industrial-strength frame
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Ideal for full-scale or scale-model testing
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Scalable architecture for future expansion
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Supported by global service and training teams
Empowering the Next Generation of Research
From academic programs to critical infrastructure testing, the Ironcore Bi-Axial Shake Table sets a new benchmark for performance and reliability in earthquake simulation technology — helping researchers build safer, smarter, and more resilient structures.
TECHNICAL SPECS
Bi-axial Iron Core shake table has the following technical features
- Bi-Axial – 2 Lateral Degree of Freedom
- Linear Motor
- Closed-Loop PID Control
- Capacity ± 2g @ 50 kg
- Top Table Dimensions 75×75 cm (L x W)
- Stroke ±125 mm
- Operational Frequency up to 15 Hz
- High precision linear guideway with low friction.
- Earthquake Simulation (Arbitrary User-Defined Waveforms)
- Standard Waveforms – sin, triangle, boxcar, etc.
- Easy Setup, Plug & Play
- 110 or 220 Volt AC
- High Industrial Quality, Virtually Maintenance Free
APPLICATIONS
| IRON CORE BI-AXIAL SHAKETABLE |
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| CIVIL & EARTHQUAKE ENGINEERING LABORATORIES |
| STRUCTURAL MECHANICS, MODE SHAPES |
| UNDER GRADUATE AND GRADUATE EDUCATION PURPOSE |
| EARTHQUAKE / CIVIL / SOIL / GEOPHYSICS ENG. SMALL SCALE TEST |
| ACCELEROMETER CALIBRATION |
| SEISMIC / EARTHQUAKE RESISTANT DESIGN COMPETITIONS |



















