Turn stockpile uncertainty into operational confidence
MineMax transforms hidden ore variability into predictable feed, stable throughput, reduced GHG emissions and measurable value uplift across your mine-to-mill workflow.
The Challenge
Mining operations face mounting pressure from ore complexity and operational variability.
What's Changing in Mining Operations
Increasing ore complexity and variability is amplifying volatility in plant performance and costs
Teams are expected to be more predictive and accountable, but critical ore knowledge gets averaged away across stockpiles and handoffs
Digital stacks are growing, yet decisions still rely on siloed spreadsheets, average ore knowledge and lagging indicators
Common Pain Points
Stockpiles and ROM pads are treated as "black boxes" with coarse unvalidated averages
Hidden variability in grade, hardness, and mineralogy disrupt throughput and recovery
Blending decisions are made based on limited information resulting in suboptimal feed
Control rooms can't see feed changes early enough to act
Plant operation relies on guesswork and operator experience
Measurable Outcomes
MineMax delivers quantifiable improvements across critical mining KPIs
Site-dependent based on initial ore tracking accuracy
Typical range varies by ore type and mineralogy
Demonstrated in pilot programs across multiple sites
Minimized variability in grade, hardness, and mineralogy
Annual impact for good-fit sites with throughput optimization
All metrics are site-dependent and based on actual customer results. Individual results may vary.
Mine to Mill 2.0 platform
A decision intelligence platform that makes ore variability visible and actionable
MineMax connects geology, planning, and operations across the mine-to-mill value chain, transforming fragmented ore knowledge into coordinated action that improves feed predictability, plant stability, and economic performance.
MineMax Modules
OreMax
Track and quantify ore from pit to plant with validated stockpile intelligence
DynaMax
Predict feed variability and optimize blend recipes in real-time
HaulMax
Execute ore movement plans that align to blend targets and plant constraints
MillMax
Optimize mill operation based on predicted feed characteristics
PlanMax
Align short-term plans to realistic constraints and ore availability
Where MineMax Fits
MineMax sits as a decision layer between your mine planning systemssuch as Deswik, MineSched, XPAC, etc., and execution systems (FMS, MES, DCS), bridging the gap with real-time ore intelligence, constraint-aware recommendations, and continuous learning loops that keep plans aligned to reality.
Proven Results
Real outcomes from mining operations worldwide
Large copper operation eliminated manual stockpile tracking errors, achieving near-perfect ore identification and grade confidence within 6 months of deployment.
Gold mining site optimized flotation feed variability, reducing reagent consumption while improving gold recovery through predictive blend optimization.
Integrated copper-gold operation increased mill throughput by 12% and reduced unplanned downtime by 35% through coordinated mine-to-mill optimization.
Results based on actual customer deployments. Site names available under NDA.
Ready to Transform Your Mining Operations?
See how MineMax can unlock hidden value in your mine-to-mill workflow
What Happens Next
We analyze your current ore tracking and blending workflows to identify high-value opportunities
Our team quantifies potential impact using your operational data and site constraints
You receive a detailed assessment with projected outcomes and implementation roadmap