Improvement

SMED Changeover ROI

Annualize a changeover-time project's minutes saved into recovered capacity and dollar value, so a small per-event number isn't mistaken for a small annual one.

Current changeover timeminutesTarget changeover timeminutes, after SMED

Annualizing

Changeovers per daychangeovers/day on this lineOperating days per yeardays/year the line runsHour value$/hour of recovered capacity

Payback test

Implementation cost$, one-time SMED project costEvaluation periodyears, the payback window the project must clear

Go$175,000/yr

Capacity gain1,166.7 hr/yr

Payback0.69 yr

Continue Analysis

Based on your results, these related decisions are available.

OEE Loss Prioritizer prioritize remaining OEE losses after changeover improvement

How this works

Minutes saved per changeover, multiplied by changeovers per day and operating days per year, gives total hours of capacity recovered annually. That capacity is valued at the line's hourly rate, then gated on payback against project cost.

Key terms

SMED: Single-Minute Exchange of Die, a method for reducing changeover time.
Capacity gain: hours of production capacity recovered per year from the faster changeover.

Assumptions

Changeover time reduction is fully usable as added throughput capacity, not idle time

Limitations

Single line, does not model operator learning curve during SMED rollout

Sources

Single-Minute Exchange of Die (Shigeo Shingo), standard changeover-reduction ROI framing.

Worked example

35 minutes saved per changeover reads as trivial on its own, easy to dismiss as too small to fund. Annualized across 8 changeovers/day and 250 operating days it is 1,166.7 hours and $175,000/year, comfortably paying back a $120,000 project in 8 months.

Common use cases

Justifying a SMED changeover-reduction program with real annualized value
Comparing changeover-reduction against other capacity-recovery projects
Avoiding a per-event view that dismisses a genuinely valuable project