Bulk Ore Sorting Systems

MMD Group provides global sales, service, and technical support through a network of regional offices. Interested customers can contact MMD directly via their official website to request a quote, site assessment, or consultation on custom bulk ore sorting solutions.

Yes. Bulk Ore Sorting can separate material into multiple grade categories, not just waste and ore. By adjusting sensor thresholds and diversion settings, operations can route higher-grade material for processing and lower-grade material for stockpiling, blending, or rehandling to optimize plant feed and recovery efficiency.

MMD Group provides global sales, service, and technical support through a network of regional offices. Interested customers can contact MMD directly via their official website to request a quote, site assessment, or consultation on custom bulk ore sorting solutions.

Bulk Ore Sorting reduces the volume of waste material sent to downstream processing, significantly lowering energy and water consumption. By increasing the proportion of high-grade ore at the process plant, it minimises tailings production, lowers carbon emissions, and improves sustainability for mining companies striving to meet ESG (Environmental, Social, and Governance) targets.

MMD’s Bulk Ore Sorting solutions are suitable for a wide range of materials, including copper, iron ore, gold, nickel, zinc and industrial minerals. The equipment is adaptable to various ore bodies and mine conditions, making it ideal for both greenfield and brownfield projects.

Bulk Ore Sorting improves mining efficiency by rejecting waste rock before it reaches the processing plant, reducing the volume of material sent to downstream crushing, grinding, and processing. Using sensors and automated sorting, operations increase throughput of valuable material, reduce energy and water consumption, and achieve higher net recovery rates while focusing downstream processes on higher-grade ore.

Bulk Ore Sorting is an advanced mineral processing solution that primarily separates valuable ore from waste rock at high volumes. Using cutting-edge sensors technology to measure key rock composition and high-capacity automated material diversion systems, it improves ore grade and reduces the amount of waste processed.