Bring earthquakes to life in a controlled, safe, and educational environment. The QuakeLogic Earthquake Experience Table is a high-precision shake table designed to simulate realistic ground motion for students and the public to observe, feel, and understand seismic behavior firsthand.

Engaging Earthquake Demonstrations for All Audiences

Perfect for STEM education, public outreach, and university demonstrations, this system transforms complex earthquake concepts into visual and tangible experiences.
With its robust 250 kg payload capacity and extended 1 m × 1.5 m platform, instructors can mount various model structures — from small buildings to bridges — to show vibration modes, resonance effects, and base isolation performance.

Safety rails around the platform provide added protection during live demos, allowing audiences to closely observe the shaking experience without risk.

Why Choose QuakeLogic

QuakeLogic is a global leader in seismic and structural health monitoring solutions. Our earthquake simulators combine precision motion control with rugged design, ensuring reliable performance for both educational and research environments.

Request a Quote

Interested in adding this to your lab or public exhibit?

The post Earthquake Experience Table – Interactive Shake Table for Earthquake Demonstrations appeared first on QuakeLogic.

Experience next-generation precision testing with QuakeLogic’s servo-electro-mechanical shake table, engineered for structural, geotechnical, mechanical, and aerospace applications. Featuring a closed-loop PID control system, it delivers accurate, maintenance-free motion control without the noise, complexity, or upkeep of traditional hydraulic systems.

With its compact footprint, low power consumption, and plug-and-play operation, this advanced shake table is the ultimate tool for universities, research labs, and engineering firms seeking realistic earthquake simulations and vibration testing.

component testing.

High-Performance Motion Simulation

Available in uniaxial or biaxial configurations, the system can replay recorded earthquake data, generate synthetic waveforms (sine, triangle, square, etc.), or execute custom acceleration and displacement-time histories. It offers smooth and repeatable motion, ideal for experimental validation and advanced material or

Versatile Research Applications

Perfect for a wide range of academic and industrial testing, including:

• Civil & Earthquake Engineering – Seismic performance and retrofit studies

• Structural Mechanics – Dynamic response and resonance analysis

• Soil–Structure Interaction – Foundation and geotechnical evaluations

• Aerospace Engineering – Vibration and fatigue testing of components

• Mechanical System Validation – Prototype and component durability testing

Integrated Data Acquisition

Combine with QuakeLogic’s high-precision measurement tools for real-time data analysis:
TESTBOX 2010 Digitizer – High-speed 24-bit data acquisition
QL-VIBRA Accelerometers – Triaxial vibration sensing
LVDT Displacement Transducers – Accurate displacement tracking

Global Trust and Proven Reliability

Trusted by research institutions and laboratories in over 25 countries, QuakeLogic shake tables deliver unmatched precision, reliability, and repeatability.

Contact us today at sa***@********ic.net to learn how this system can enhance your testing and research capabilities.
Specifications and features are subject to change without prior notice. 

The post SHAKETABLE 250 KG – Servo-Electro-Mechanical (Uniaxial or Biaxial) appeared first on QuakeLogic.

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:

• Structural engineering and seismic performance validation

• Bridge and building model testing

• Base isolation and damping technology evaluation

• Geotechnical and soil dynamics experimentation

• Seismic sensor calibration and embedded SHM development

• 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

• Bi-axial motion control for realistic simulation

• High frequency and displacement capability

• Lightweight yet industrial-strength frame

• Ideal for full-scale or scale-model testing

• Scalable architecture for future expansion

• 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.

The post Ironcore Bi-Axial Shake Table – High-Force Vibration Simulation System for Structural and Geotechnical Testing appeared first on QuakeLogic.

Safely transport and store your shake table with this purpose-built, heavy-duty transport case, engineered for portability, durability, and maximum protection. Featuring custom foam inserts, the case securely holds your equipment in place, minimizing vibration and impact during travel.

Designed for researchers, educators, and field engineers, this waterproof and impact-resistant case includes smooth-rolling wheels and an ergonomic handle for effortless mobility between classrooms, laboratories, and testing sites. Its travel-ready, airline-compatible design ensures seamless transport across cities and countries without restrictions.

Whether used for field demonstrations, academic labs, or mobile testing operations, this professional-grade shake table transport case keeps your equipment protected, secure, and ready for deployment anywhere.

Key Features:

Secure & Protective – Custom foam inserts provide a snug fit, preventing movement and minimizing the risk of damage.
Effortless Mobility – Equipped with sturdy wheels and an ergonomic handle, making transportation smooth and hassle-free.
Travel-Ready Design – Airline-friendly and bus-compatible, with no internal battery restrictions, ensuring seamless transport across cities and countries.
Built for Tough Conditions – Constructed to withstand the rigors of travel, keeping your shake table protected during storage and transport.

Whether you’re moving between classrooms, laboratories, or test sites, this transport case is an essential accessory to keep your shake table safe, secure, and ready for action.

The post SHAKETABLE CASE FOR TRANSPORT AND SECURE STORAGE appeared first on QuakeLogic.

With compatibility across a broad range of sensors—including accelerometers, LVDTs, strain gauges, displacement transducers, tiltmeters, and load cells—TESTBOX 2010-RACK is an ideal solution for a variety of measurement and monitoring needs.

Versatile Applications

• Structural Health Monitoring (SHM) – Temporary and long-term deployment
• Seismic Monitoring – High-precision earthquake and ground motion analysis
• Load, Stress & Strain Measurements – Essential for civil, aerospace, and mechanical engineering
• Laboratory & Field Testing – Suited for both controlled experiments and real-world conditions
• Operational Modal Analysis – Evaluating modal frequencies, damping, and response behavior
• Bridge Monitoring & TMD (Tuned Mass Damper) Testing
• Vibration, Acceleration & Impact Measurements
• Data Acquisition (DAQ) for Multi-Channel Systems

Whether for short-term field tests or long-term/permanent monitoring, the TESTBOX 2010-RACK is an industry-leading solution, delivering high precision, durability, and unmatched reliability for large-scale projects.

The post TESTBOX 2010-RACK-DC MULTICHANNEL DATALOGGER appeared first on QuakeLogic.