Blog · Board and management reporting · Manufacturing
Use this production dashboard template to structure a workbook for output, downtime, scrap, and target attainment. Copy the layout, fill it from your production exports, and verify the totals with explicit spreadsheet checks.
A production dashboard template gives you a repeatable workbook for output, downtime, scrap, and target attainment from production exports. Separate the imported records from formulas and summary cells so a reviewer can trace each result back to the run that produced it. The layout below can be copied into your workbook; it is not a downloadable file.
Use distinct sheets for inputs, definitions, summaries, and checks. That separation makes a corrected production record visible without overwriting the calculations built around it.
| Sheet | What belongs there | What to enter or calculate |
|---|---|---|
| Definitions | Reporting period, unit rules, cutoff, owners | Record whether stops include changeovers and how unresolved quality is handled |
| Runs | One row per production run | Paste source fields into A:L; calculate M:R |
| Summary | Selected period, line, and shift | Sum the underlying counts and minutes before dividing |
| Checks | Record, disposition, and time controls | Compare source totals and flag missing or duplicated records |
This is a production workbook rather than a complete plant management report. Use the manufacturing dashboard template when you need the wider plant review. The production dashboards guide explains how to interpret production comparisons once the workbook reconciles.
On Runs, place these headers in row 1. The example uses one US plant, one line, and one product measured in individual components. Both runs took place on October 21, 2026. Each completed component has a final disposition of good or scrap.
| Column | Header | Row 2 | Row 3 | Entry rule |
|---|---|---|---|---|
| A | Run ID | P101 | P102 | Unique identifier from the production record |
| B | Date | October 21, 2026 | October 21, 2026 | Store a real date, using the agreed production-day rule |
| C | Plant | Ohio | Ohio | Use the same spelling across exports |
| D | Line | Press A | Press A | Stable equipment or line identifier |
| E | Shift | Day | Night | Match the shift schedule |
| F | Product | Housing | Housing | Keep product codes when available |
| G | Unit | Component | Component | Do not add incompatible units |
| H | Planned minutes | 450 | 450 | Minutes scheduled for production |
| I | Downtime minutes | 40 | 70 | Nonoverlapping recorded stops within planned time |
| J | Total units | 800 | 760 | Completed units before final good/scrap split |
| K | Scrap units | 20 | 38 | Final scrap disposition for those units |
| L | Target good units | 850 | 850 | Approved schedule for the same run scope |
Keep source file names and export timestamps in the Definitions sheet. Preserve original run IDs even if the workbook also uses a readable description. When a run spans shifts, split both its production and planned time using an agreed rule; copying the full run into both shifts duplicates it.
If stops arrive as individual events, total their nonoverlapping minutes by run before filling column I. If targets are daily line targets, allocate them to runs once or summarize production to the daily line level. Never attach the full daily target to every run.
Place these headers in M:R. Enter the expression beginning with = in row 2 and copy it to each production row.
| Column | Measure | Row 2 formula | Row 2 result | Row 3 result |
|---|---|---|---|---|
| M | Good units | =J2-K2 |
780 | 722 |
| N | Run minutes | =H2-I2 |
410 | 380 |
| O | Target attainment | =IF(L2=0,NA(),M2/L2) |
91.8% | 84.9% |
| P | Scrap rate | =IF(J2=0,NA(),K2/J2) |
2.5% | 5.0% |
| Q | Downtime rate | =IF(H2=0,NA(),I2/H2) |
8.9% | 15.6% |
| R | Output balance | =J2-K2-M2 |
0 | 0 |
Format O:Q as percentages with one decimal place. Keep full precision in the cells. A zero denominator produces an unavailable result here so a missing target or unscheduled period is reviewed rather than reported as successful performance.
In Excel, a table can carry formulas to new records and use column names in formulas. Microsoft's structured-reference documentation explains that table references adjust when rows are added or removed. For a table named Production, the good-units formula would be =[@[Total units]]-[@[Scrap units]].
The M formula assumes all units are good or scrap. Add separate rework and hold columns if the real export requires them; agree whether good means first-pass accepted or eventually accepted before modifying the calculations.
The summary should first show the inputs that explain its rates. The example totals are:
| Measure | Calculation from Runs rows 2:3 | Result |
|---|---|---|
| Planned minutes | 450 + 450 | 900 |
| Downtime minutes | 40 + 70 | 110 |
| Run minutes | 410 + 380 | 790 |
| Total units | 800 + 760 | 1560 |
| Scrap units | 20 + 38 | 58 |
| Good units | 780 + 722 | 1502 |
| Target good units | 850 + 850 | 1700 |
| Target attainment | 1502 / 1700 | 88.4% |
| Scrap rate | 58 / 1560 | 3.7% |
| Downtime rate | 110 / 900 | 12.2% |
Use these summary formulas for the displayed example:
=SUM(Runs!M2:M3)/SUM(Runs!L2:L3)
=SUM(Runs!K2:K3)/SUM(Runs!J2:J3)
=SUM(Runs!I2:I3)/SUM(Runs!H2:H3)
For a plant selected in B1 on the Summary sheet, good units can be filtered with:
=SUMIFS(Runs!M2:M3,Runs!C2:C3,B1)
Microsoft documents SUMIFS for sums subject to criteria. Apply identical criteria to target units before dividing. For a larger workbook, add date, line, and unit criteria to every measure and extend the ranges consistently. Covirage is not affiliated with Microsoft.
If you add a production share column, label its denominator explicitly. A line's share of company output does not measure whether it reached its own production target.
The disposition check is 1502 + 58 − 1560 = 0 units. The time check is 790 + 110 − 900 = 0 minutes. Both are exact; percentage rounding has no role in these checks.
These identities confirm internal consistency because good units and run time were calculated by subtraction. They do not independently prove the imported numbers. Tie total output to the production register, scrap to the quality disposition export, planned minutes to the approved schedule, and stop totals to the event register.
Check each Run ID for duplicates. Confirm every expected shift appears, including shifts with no output. Flag blank quantities separately from numeric zero. Keep a visible exception list and resolve it before using the summary in an operating review. The OEE dashboard method adds ideal-cycle-time checks when equipment effectiveness is the next question.
Bring a sample of your own production workbook or Google Sheet: Covirage maps the columns, and its tools compute and check the output, downtime, scrap, and target figures. The external AI model explains the results with every figure traced to its rows. Create a free Covirage account, which takes about a minute, then set up your business and bring your file.
See Covirage's Excel analysis approach for the supporting workflow.
Include a run identifier, production date, plant, line, shift, product, unit, planned production minutes, downtime minutes, total units, scrap units, and target good units. Keep calculations in separate columns. If inspection holds or rework exist, add those dispositions rather than assuming every unit is good or scrap.
Yes. Copy the input layout into a worksheet, add the formulas in the calculation columns, and keep the summary on a separate sheet. Excel tables can help extend formulas as records are added. The page provides a layout to build; it does not supply a downloadable workbook.
Divide total scrap units by total units produced for the same products, dates, and dispositions. Do not average the scrap percentages shown for individual runs. Keep incompatible units separate, and verify that completed units reconcile to their good, scrap, and any other final or pending statuses.
This layout focuses on recording production runs and proving output, scrap, downtime, and target calculations. A manufacturing dashboard template supports a wider plant review, which may include additional operating measures and responsibilities. Start with the production workbook when your immediate task is to organize and check the export.