BESMAK Shaking Table Systems are advanced servo electromechanical platforms designed to simulate real earthquake motions for structural and component testing. These systems enable researchers, universities, and laboratories to evaluate seismic performance with high precision, repeatability, and full computer control.
A shaking table is a laboratory testing system used to reproduce earthquake vibrations under controlled conditions. It allows engineers to analyze how buildings, bridges, seismic isolators, dampers, and structural components behave during seismic events.
BESMAK develops high-performance shaking table systems for static, dynamic, and seismic simulation applications in accordance with international testing standards.
Accurately reproduces recorded or custom earthquake waveforms for advanced seismic research and validation.
Provides precise motion control with excellent repeatability and low maintenance requirements.
Capable of reaching speeds up to 1000 mm/s for demanding dynamic testing applications.
A wide range of models is available to suit small laboratory specimens and larger structural components.
Ensures highly accurate and reliable force measurements.
Ultra-fine displacement control for sensitive seismic testing.
Integrated controller and software allow full test programming, monitoring, and reporting.
Robust frame design ensures long-term durability and stable operation.
Used by universities and research institutes to study structural behavior under seismic loading.
Evaluates the response of scaled and full-size structures to simulated earthquakes.
Tests base isolators, bearings, and dampers for vibration control systems.
Supports single-axis and multi-axis motion depending on system configuration.
Analyzes concrete walls, frames, and other structural elements.
BESMAK has extensive expertise in designing advanced material and structural testing systems.
Trusted by laboratories and institutions worldwide.
Each shaking table can be tailored to specific payload, size, and motion requirements.
Specialized BESMAK control system provides synchronized and accurate seismic simulation.
Includes commissioning, training, and after-sales service.
The integrated software offers:
| Feature | Specification |
|---|---|
| Motion Type | Servo Electromechanical |
| Dynamic Speed | Up to 1000 mm/s |
| Payload Capacity | 0.2 kN to 50 kN |
| Load Accuracy | Class 0.5 |
| Position Resolution | 0.1 µm |
| Control Mode | Computer-Controlled |
| Test Types | Earthquake Simulation, Dynamic Testing |
| Configurations | Uniaxial, Biaxial, Multi-Axis |
Shaking table with 0.2 kN payload capacity.
Shaking table with 1 kN payload and 0.5 m × 0.5 m platform.
Shaking table with 5 kN payload capacity.
Shaking table with 10 kN payload capacity.
Shaking table with 50 kN payload capacity.
BESMAK manufactures high-precision shaking table systems for earthquake simulation, seismic isolation testing, and structural dynamics research. Our systems combine advanced servo electromechanical technology, intelligent control software, and robust engineering to deliver reliable results for laboratories around the world.
Looking for a high-performance shaking table for earthquake simulation and seismic testing?
Contact BESMAK today to receive expert consultation and a customized quotation.
| Product Code | Product Name |
|---|---|
| BMT-0.2ST/E | Servo Electromechanical Shaking Table System with 0,2 kN Payload Capacity |
| BMT-1ST/E-0.5×0.5 | Servo Electromechanical Shaking Table System with 1 kN Payload Capacity, 0.5m x 0.5m |
| BMT-5ST/E | Servo-Electromechanical Shaking Table System with 5 kN Payload Capacity |
| BMT-10ST/E | Servo Electromechanical Shaking Table System with 10 kN Payload Capacity |
| BMT-50ST/E | Servo Electromechanical Shaking Table System with 50 kN Payload Capacity |
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