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BMT-ST-E shaking table system for earthquake simulation and dynamic testing

SHAKING TABLE SYSTEM FOR EARTHQUAKE SIMULATION AND SEISMIC TESTING- BMT-ST/E

BESMAK Shaking Table System solutions are advanced servo-electromechanical platforms designed to reproduce real earthquake motions with high precision and repeatability. These systems are widely used in earthquake engineering research, seismic isolation testing, structural dynamics studies, and validation of building and bridge models.

Developed for universities, research institutes, laboratories, and engineering companies, BESMAK Shaking Table Systems provide accurate seismic testing under controlled laboratory conditions.

Standards:

  • EN 13597
Category:

What Is a Shaking Table System?

A Shaking Table System is a dynamic testing platform used to simulate earthquake motions and evaluate the seismic behavior of structures, components, and vibration control devices.

By reproducing real or user-defined earthquake waveforms, engineers can assess structural performance, validate numerical models, and improve earthquake-resistant designs before implementation in real projects.

Applications include:

 

Key Features of BESMAK Shaking Table Systems

Realistic Earthquake Simulation

Accurately reproduces recorded or generated earthquake waveforms for advanced seismic research and structural validation.

Servo Electromechanical Technology

Provides precise motion control, high repeatability, low maintenance requirements, and reliable long-term performance.

High Dynamic Speed

Capable of reaching dynamic speeds up to 1000 mm/s for demanding seismic and dynamic testing applications.

Wide Payload Capacity Range

Available from 0.2 kN to 50 kN payload capacities to accommodate various testing requirements.

High Accuracy Measurement

Class 0.5 load accuracy ensures reliable and repeatable test results.

Computer-Controlled Operation

Fully integrated software enables test programming, monitoring, data acquisition, and reporting.

Multi-Axis Configurations

Available in uniaxial, biaxial, and multi-axis configurations depending on project requirements.

 

Technical Specifications of Shaking Table Systems

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

 

Available Shaking Table Models

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

 

Applications of Shaking Table Testing

Earthquake Engineering Research

Used by universities and research institutes to investigate structural behavior under seismic loading conditions.

Building and Bridge Testing

Evaluates the response of scale models and full-size structures exposed to simulated earthquakes.

Seismic Isolation Testing

Tests base isolators, bearings, dampers, and other vibration control devices used in earthquake-resistant structures.

Structural Component Testing

Analyzes the seismic performance of walls, frames, columns, beams, and structural assemblies.

Dynamic Performance Validation

Supports validation of numerical models and performance-based engineering studies.

 

Why Choose BESMAK Shaking Table Systems?

More Than 30 Years of Experience

BESMAK has extensive expertise in material, structural, and seismic testing technologies.

Exported to More Than 75 Countries

Trusted by laboratories, universities, and industrial organizations worldwide.

Custom-Designed Solutions

Each Shaking Table System can be tailored according to payload capacity, platform size, motion requirements, and project objectives.

Advanced Dynamic Control Software

Provides synchronized motion control, data acquisition, monitoring, and reporting capabilities.

Installation, Training and Technical Support

Complete commissioning, operator training, and after-sales technical support services.

 

Why Are Shaking Table Systems Important in Earthquake Engineering?

Earthquake engineering requires realistic seismic simulation to evaluate the safety and durability of structures. A Shaking Table System enables engineers and researchers to reproduce real earthquake conditions and validate structural designs before construction.

These systems play a critical role in seismic isolation testing, structural dynamics research, and performance-based earthquake engineering, helping organizations improve safety and reliability in earthquake-prone regions.

 

Frequently Asked Questions (FAQ)

What is a Shaking Table System?

A Shaking Table System is a dynamic testing platform used to simulate real earthquake motions and evaluate the seismic performance of structures, components, and seismic isolation devices.

What is a Shaking Table used for?

Shaking tables are used for earthquake engineering research, structural dynamics studies, seismic isolation testing, and validation of building and bridge models.

Can a Shaking Table simulate real earthquakes?

Yes. BESMAK Shaking Table Systems can reproduce recorded or user-defined earthquake waveforms with high precision and repeatability.

What industries use Shaking Table Systems?

Universities, research laboratories, civil engineering companies, seismic isolation manufacturers, and government research institutions use shaking tables for seismic testing.

What is the difference between uniaxial and biaxial Shaking Tables?

Uniaxial systems move in one direction, while biaxial systems simulate motion in two directions, providing more realistic earthquake simulation.

Can BESMAK provide custom Shaking Table solutions?

Yes. BESMAK designs custom Shaking Table Systems according to payload capacity, table size, motion requirements, and project specifications.

 

Request a Quote

Looking for a high-performance Shaking Table System for earthquake simulation and seismic testing?

Contact BESMAK today for expert consultation and a customized solution tailored to your project requirements.

BESMAK – Precision is not optional in material testing.

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