Electronics Manufacturing calculator

Potting Compound Cost Calculator

Potting cost can be significant when assemblies use high-fill silicones, epoxies, urethanes, vacuum degassing, or long cure cycles. This calculator rolls material and process burden into total and per-unit cost.

What this calculator does

  • Estimate potting compound cost from potted units, compound cost per unit, labor/setup cost, and overhead.
  • an estimator or process engineer needs potting cost for an encapsulated electronics assembly
  • Returns the potting compound cost value for the selected electronics manufacturing scope.

Formula used

  • Total potting compound cost = assemblies to pot × potting compound cost + labor/setup + overhead
  • Potting cost per assembly = total potting compound cost ÷ assemblies to pot

Inputs explained

  • Assemblies to pot: Use a current, same-scope value for assemblies to pot from the traveler, MES, ERP, test log, quote, or validated engineering estimate.
  • Potting compound cost: Use a current, same-scope value for potting compound cost from the traveler, MES, ERP, test log, quote, or validated engineering estimate.
  • Dispense labor and setup cost: Use a current, same-scope value for dispense labor and setup cost from the traveler, MES, ERP, test log, quote, or validated engineering estimate.
  • Cure, fixture, and overhead cost: Use a current, same-scope value for cure, fixture, and overhead cost from the traveler, MES, ERP, test log, quote, or validated engineering estimate.

How to use the result

  • Use it when production, quality, test, procurement, or estimating teams need a defensible number before schedule or quote decisions.
  • It is an estimate and does not replace detailed routing, validated test programs, supplier DFM feedback, thermal profiling, capability studies, or yield-analysis models.

Common questions

  • What does the potting compound cost calculator tell me? It gives a potting compound cost result using electronics, PCB, or semiconductor production inputs that match the same lot, board family, wafer lot, or shift.
  • Which numbers should I enter? Use current values from CAD/CAM, BOM, MES, test logs, supplier quotes, or process records; keep the count, time, yield, and cost basis consistent.
  • How should I use the result? Use the result to support capacity checks, quote rollups, yield reviews, staffing decisions, material planning, or process-improvement priorities.
  • When is this only an estimate? Treat it as a planning estimate when product mix, setup time, operator assist time, feeder readiness, inspection disposition, test escapes, scrap, or supplier yield differs from the data used for the inputs.

Last reviewed 2026-05-12.