MCP For Claude Marketplace
Cut-Off Grade Optimization

Cut-Off Grade Optimization MCP Connector for Claude

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Optimize mining cut-off grades to maximize NPV and production efficiency.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
More Details Connect to Claude

This MCP server provides specialized tools for mining engineers and financial analysts to optimize ore classification. By using optimize_cut_off_grade, users can identify the specific grade that maximizes Net Present Value (NPV) while accounting for opportunity costs. The server also includes calculate_break_even_grade to determine minimum profitable thresholds, simulate_production_schedule to project annual cash flows and mine life, and evaluate_stockpile_viability to decide if low-grade material should be stockpiled or discarded. It serves as a bridge between complex mining economic models and AI agents.

miningnpveconomicsproductionoptimization

4 tools expose this connector's capabilities to your AI agent.

simulate_production_schedule

Projects the sequence of mining and processing activities over time based on a chosen grade

calculate_break_even_grade

Determines the minimum grade required to cover all incremental costs of processing

evaluate_stockpile_viability

Determines if diverted low-grade material should be stockpiled or sent to waste

optimize_cut_off_grade

Identifies the specific grade that maximizes the Net Present Value of the operation

See how to talk to your AI agent using Cut-Off Grade Optimization.

What is the optimal cut-off grade for a gold mine with a metal price of 2000, recovery of 0.9, mining cost of 50, processing cost of 30, dilution of 0.05, and opportunity cost of 10?

The optimal cut-off grade for this operation is 0.15.

Calculate the break-even grade if the metal price is 1500, recovery is 0.85, mining cost is 40, processing cost is 25, and dilution is 0.1?

The break-even grade is 0.12.

Should I stockpile material with a grade of 0.05 if the metal price is 1800, recovery is 0.8, processing cost is 20, storage cost is 2, and dilution is 0.05?

The action is stockpile.

It uses `optimize_cut_off_grade` to find the ideal balance between immediate high-grade production and long-term mine value, accounting for opportunity costs.

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