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Material Utilisation

Percentage of raw material that ends up in the finished product — measuring how efficiently the production process converts input materials to output.

Formula

(Finished Product Weight ÷ Raw Material Weight) × 100%

Benchmarks

World-class: >95% (assembly); >85% (machining) Good: Trending upward Typical: Varies widely by process Poor: Unknown or untracked

What Is Material Utilisation?

Material Utilisation measures how much of the raw material input ends up in the finished product. The remainder is waste — trim, chips, offcuts, scrap, and process losses.

In many manufacturing operations, material is the single largest cost component. Even small improvements in utilisation can have significant financial impact.

The Formula

Material Utilisation = (Finished Product Weight ÷ Raw Material Weight) × 100%

Or by units:

Material Utilisation = (Good Units × Material per Unit) ÷ Total Material Used × 100%

Data Requirements

SourceRequiredWhat You Need
Machine DataYesProduction count, good units
ERPYesMaterial specifications, costs, inventory consumption
MESYesMaterial consumption tracking, batch tracking

Material Utilisation is a Phase 3 metric — it requires integration between production data and inventory/material systems.

Why It Matters

  • Cost reduction — material is often 40–70% of production cost; small utilisation gains yield large savings
  • Waste minimisation — environmental and economic benefit
  • Process optimisation — low utilisation reveals inefficient processes or poor tooling
  • Supplier quality — material variation directly affects utilisation

Common Pitfalls

  • Not distinguishing normal process waste (trim, kerf) from avoidable waste (scrap, excess)
  • Difficult to measure accurately without automated tracking
  • Comparing utilisation across different products or processes without context

Best Practices

  • Track by product family for meaningful comparison
  • Identify processes with the lowest utilisation for improvement focus
  • Calculate the cost impact of utilisation improvements to build business cases
  • Balance utilisation improvement with quality requirements — sometimes waste reduction compromises product integrity
  • Consider nesting optimisation, tooling changes, or material substitution as improvement levers