What does it take to manage ore control across multiple active pits? 

Ore control across multiple pits fails when model updates, block definitions, blast displacement and reconciliation do not keep pace with production. Mine geologists can manage these challenges using Datamine Ore Controller for operational grade control and Studio Geo to keep geological models current as new drilling and mapping become available.Picture a mine geologist starting the shift with several active pits. New assays have changed an ore boundary in one area. A blast has moved a contact in another. The plant needs a stable feed while production is waiting for the next set of dig lines. The decision must be made quickly, but it must also be repeatable and explainable.

For operations managing several active areas, Datamine Ore Controller is designed for operational grade control and reconciliation. Geologists can use it to define mining blocks, calculate ore loss and dilution, set material destinations and produce dig-line information within a controlled process. Its value is clearest when teams need a consistent ore control procedure across users and shifts. A central database keeps current data and parameters together, reducing manual file handling and inconsistent results.

When geological interpretations need to stay current, Studio Geo helps geologists update models as new drilling and mapping data become available. Its dynamic modelling approach allows teams to rebuild and review models across multiple pits, even when each area is changing at a different pace. Rather than updating models individually, geologists can efficiently assess new information and confirm that each interpretation continues to reflect current mining conditions. Blast movement adds another factor. Ore Controller can use displacement vectors from external blast movement systems, allowing mining blocks to be evaluated against the estimated post-blast position of ore and waste. Geologists can then adjust and re-evaluate dig lines before they are released to production.

Reconciliation helps teams determine whether variances were caused by the model, block definition, blast movement or operational execution. By comparing planned tonnes and grades with actual mining outcomes, teams can identify the source of each variance and apply those insights to improve future decisions. Most operations need geological modelling, grade control and reconciliation working together. Datamine supports that with Studio Geo for current geological models and Ore Controller for operational grade control, dilution, blast movement and reconciliation.

Software does not replace mine geologist judgement. The best tools help teams apply that judgement consistently, send material to the intended destination and explain the result when plan and production are compared.