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SHAKETABLE 1 TON (UNIAXIAL OR BIAXIAL)
A high-precision, maintenance-free shake table designed for structural, geotechnical, mechanical, and aerospace testing. Available in uniaxial or biaxial configurations, it features a 1000mm x 1000mm table, 1-ton payload capacity (@ ±1g), and ±200mm stroke. The servo-electro-mechanical system ensures low power consumption and precise closed-loop PID control. Fully operable via PC software, it supports earthquake simulation, custom waveforms, and real-time data acquisition. A turnkey solution with integrated control software, unit, and measurement system.
OVERVIEW
Description
Designed for structural, geotechnical, mechanical, and aerospace applications, this servo-electro-mechanical shake table delivers precise, maintenance-free motion control with a closed-loop PID system. Unlike hydraulic systems, it offers low power consumption, compact design, and virtually zero maintenance, making it an ideal solution for advanced research and testing.
Available in uniaxial or biaxial configurations, it can replay recorded earthquakes, generate predefined waveforms (sine, triangle, etc.), and execute user-defined acceleration or displacement-time histories.
Integrated Measurement System for Data-Driven Testing
For precise measurement and analysis, pair with our:
TESTBOX 2010 Digitizer
QL-VIBRA Accelerometers
Displacement Transducers (LVDTs)
Trusted Worldwide
Our shake tables are used globally by engineers and researchers in more than 25 countries.
Experience unparalleled precision, reliability, and efficiency with our Shake Table. Contact us today at sales@quakelogic.net to explore how it can enhance your research and testing capabilities.
Specifications and features are subject to change without prior notice.
FEATURES
Uniaxial or Biaxial Configurations – Flexible for various testing requirements
1,000mm x 1,000mm Table Size – Optimized for diverse experimental setups
1-Ton Payload Capacity (@ ±1g) – Supports a wide range of test models
±200mm (400 mm total) Stroke – Enables extensive motion range
Servo-Electro-Mechanical System – No hydraulics, low power usage, and maintenance-free operation
Advanced Control Software – Fully operable via PC with seamless integration
Turnkey Solution – Includes control unit, software, and plug-and-play setup
Earthquake & Waveform Simulation – Replays real earthquakes and custom waveforms
APPLICATIONS
Versatile Applications Across Multiple Industries
Ideal for civil, mechanical, and aerospace engineering research, this shake table supports structural mechanics, earthquake simulation, and dynamic testing for aerospace components.
- Civil & Earthquake Engineering Laboratories
- Structural Mechanics & Soil Testing
- Aerospace Component Testing & Vibration Analysis
- Mechanical System Validation
- Shake Table Experiments
