Phone/Whatsapp: +86 15515592672

mineral separator

Shaking Table

The shaking table is a high-precision gravity separation equipment used for the concentration and upgrading of fine minerals in mining and mineral processing. It separates particles based on density differences through a combination of reciprocating motion and controlled water flow.

In processing circuits, the shaking table is typically used as a final upgrading stage after spiral chutes, jigs, or centrifugal concentrators, where accurate separation and high-grade concentrate are required. It is widely applied in gold recovery and heavy mineral processing where stable and precise separation is critical.

Shaking Table

Key Benefits / Advantages

High Separation Accuracy For Fine Particles →Provides precise separation for fine and near-size particles, making it suitable for final upgrading stages in gravity concentration circuits.

Adjustable Operating Parameters →Stroke length, frequency, deck inclination, and water flow can be adjusted to match different material characteristics and optimize separation performance.

Clear And Controlled Separation Process →The separation process occurs on the table surface and is visually observable, allowing operators to monitor material behavior and adjust parameters in real time.

Suitable For Multiple Mineral Types →Applicable to gold, tungsten, tin, iron, and other heavy minerals, especially in fine particle size ranges.

Low Energy Consumption And Stable Operation →Operates with relatively low power consumption and provides stable performance in continuous processing conditions.

Flexible Deck Design Options →Different deck types and surface materials can be selected based on particle size, mineral properties, and process requirements.

Modular Gravity Separation Solutions For Different Ore Types

Different ores require different gravity separation routes. The FRP modular gravity separation solution combines jigs, spiral separators, centrifugal concentrators, and shaking tables into flexible process flows based on ore characteristics, particle size, and recovery targets. In a typical circuit, the jig is used for coarse particle recovery and rough separation, the spiral separator for continuous fine particle pre-concentration, the centrifugal concentrator for enhanced recovery of fine or partially liberated heavy minerals, and the shaking table for final upgrading and concentrate cleaning. This modular approach allows the process to balance recovery, concentrate grade, capacity, and operating cost across different ore types.

Collage~2

Frequently Asked Questions

FAQ for Shaking Table

A shaking table operates through a combination of reciprocating motion and water flow. As the deck moves back and forth, particles are subjected to longitudinal motion while water flow drives lateral separation. Heavier particles remain closer to the deck surface and move differently from lighter materials, forming distinct separation zones across the table.
A shaking table is used for high-precision separation and final upgrading, while a centrifugal concentrator is designed for high-efficiency recovery of fine gold under enhanced gravity conditions. In many circuits, the centrifuge is used first for recovery, followed by the shaking table for refining.

Built for Uptime.
Backed All the Way.

We don't just deliver machines — we deliver assurance.

From installation to long-term service, we're by your side with ongoing support to keep your equipment running at its best.

Contact Today

Technical Data of Shaking Table

Item Coarse Sand Table Fine Sand Table Slime Table
Deck Length (mm) 4450 4450 4450
Deck Width – Drive End (mm) 1855 1855 1855
Deck Width – Concentrate End (mm) 1546 1546 1546
Max. Feed Size (mm) 2 0.5 0.15
Throughput Capacity (t/d) 30–60 10–20 15–25
Feed Pulp Density (%) 25–30 20–25 15–25
Stroke Length (mm) 16–22 11–16 8–16
Stroke Frequency (rpm) 45–48 48–53 50–57
Wash Water Consumption (t/d) 80–150 30–60 10–17
Deck Cross Slope (°) 2.5–4.5 1.5–3.5 1–2
Deck Longitudinal Slope (%) 1.4 0.92
Riffle Angle (°) 32–42 40 42
Effective Deck Area (m²) 7.6 7.6 7.6
Length-to-Width Ratio 2.6 2.6 2.6
Deck Surface Profile Rectangular Zigzag Triangular
Motor Power (kW) 1.1 1.1 1.1
Drive Mechanism Eccentric Linkage Eccentric Linkage Eccentric Linkage

Note: Specifications are subject to change without notice due to ongoing product improvement.

How can we help?

Have a question, need advice, or want to schedule an appointment? We're happy to assist with any inquiries you have about our equipment and system solutions.

    Home Tel Mail Inquiry