Shaking tables

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shaking table

A shaking table, also known as a shaking concentrator or vibration table, is a device used in mineral processing and earthquake engineering. It is designed to separate materials based on their density and particle size using a shaking motion.

In mineral processing, a shaking table is used to separate valuable minerals from gangue materials based on differences in their specific gravity. The table is tilted along its long axis and subjected to an oscillating motion, causing the mineral particles to stratify based on their density. Lighter particles, such as gangue materials, tend to be carried to the top of the table and are washed away, while heavier particles, such as valuable minerals, settle towards the bottom and are collected.

Shaking tables are also used in earthquake engineering and seismic testing. They simulate the ground motion experienced during earthquakes to study the behavior and response of structures and materials. Researchers can place small-scale models of buildings or other structures on the shaking table and subject them to controlled vibrations that mimic earthquake conditions. This helps in understanding the structural dynamics and improving the design and safety of buildings.

Shaking tables can vary in size and design depending on their specific application and desired performance. They are widely used in laboratories, pilot plants, and full-scale mineral processing operations.

Shaking table [Technical specifications]

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