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The MST Shaking Table range comprises five models — the ST-30, ST-80, ST-140, ST-300, and ST-700 — designed to cover everything from laboratory test work through to large-scale production gravity gold circuits. Choosing the right model depends on your feed tonnage, gold particle size, concentrate upgrade requirements, and available space and power. This guide walks through each model and its ideal application. ST-30: Laboratory and Pilot Scale The ST-30 is the smallest table

Feed particle size is the most important variable affecting gold shaking table performance. Getting it right dramatically improves recovery and concentrate grade. Getting it wrong can result in poor separation, gold losses, and wasted reagents in downstream processes. This article explains the optimal feed size ranges for shaking tables and how to prepare your feed correctly. The Golden Rule: Classify Before You Table Shaking tables work on the principle that particles of dif

When designing or upgrading a gravity gold recovery circuit, choosing the right equipment is critical. Two of the most widely used gravity separators are shaking tables and centrifugal concentrators such as Knelson or Falcon Concentrators. Each has distinct strengths and limitations. Understanding when to use each — or when to use both — can make a significant difference to your overall gold recovery and operating costs. How Each Technology Works A shaking table uses differen

Gravity circuits remain one of the most cost-effective methods for recovering coarse and fine gold in both alluvial and hard-rock operations. However, many operations leave significant gold on the table due to suboptimal equipment setup, feed preparation, and circuit design. This guide walks through the key factors that affect gold recovery and how to address them. 1. Feed Preparation: Size and Density Matter The single biggest factor affecting shaking table performance is fe