We always focus on optimizing user experience of our products
1.High Separation Precision & High Enrichment Ratio
Obvious mineral zoning on deck, easy to cut high-grade concentrate manually. Enrichment ratio can reach over 100 times, greatly improve metal recovery rate.
2.FRP Wear-resistant Deck, Long Service Life
Bed surface adopts fiberglass reinforced plastic, wear-proof, corrosion-resistant, no deformation or mildew, far more durable than traditional wooden bed.
3.Flexible Adjustable Parameters
Stroke, lateral slope and water volume can be adjusted during operation, adapting to coarse sand, fine sand, slime and various mineral types freely.
4.Chemical-free & Easy Operation
Pure physical separation without flotation reagents, eco-friendly. Simple structure, one-person operation, low daily maintenance cost.
Working Principle
The 6S shaking table utilizes the combined effects of gravity-induced stratification of mineral particles on an inclined bed surface and lateral water flow washing, along with the asymmetric reciprocating motion of the bed surface, to effectively separate minerals of different densities.
After the slurry enters the bed with reciprocating bars from the feed trough, under the combined action of gravity, water flow, and bed vibration, heavier minerals (such as gold and tungsten) settle to the bottom layer and slowly move along the bed surface towards the concentrate end; lighter minerals float to the top and are washed to the tailings side by the lateral water flow.
Ultimately, mineral particles of different densities are distributed in a fan shape, flowing out from different areas on the concentrate and tailings sides, forming three products: concentrate, middlings, and tailings.
This process requires no chemical reagents, is environmentally friendly and energy-saving, and the separation effect is intuitive and controllable. It also allows for easy adjustment of the stroke, frequency, and slope to adapt to different ore properties.
Product Structure
The 6S shaking table mainly consists of three core components:
Headboard (Transmission Mechanism)
Provides power, employing an eccentric linkage or cam lever structure to drive the bed surface in asymmetrical reciprocating motion. The stroke (8–36 mm) and stroke rate (210–380 strokes/min) can be controlled via a handwheel, ensuring sorting flexibility.
Bed Surface
Shaped as a right-angled trapezoid, it is typically made of fiberglass encasing a steel frame, with rifling (rectangular, sawtooth, or triangular) on the surface. Depending on the particle size being processed, there are three bed surface types: coarse sand, fine sand, and slime, each corresponding to different trough shapes and sizes.
Support and Inclination Mechanism
Supports the bed surface and adjusts the lateral inclination angle (usually 0°–10°). Rotating the inclination adjustment handwheel changes the bed surface slope, thereby affecting the lateral movement speed and stratification of the mineral particles.
