Manufacturing · Power BI template
Manufacturing OEE Power BI template
Power BI manufacturing OEE dashboard template: OEE, availability, performance and quality gauges, downtime Pareto, OEE by shift and scrap matrix.
By Nawaf Sharaf · Founder & Reliability Engineer · Updated
Free for commercial useLight version: same layout, colours re-solved and checked for WCAG AA contrast.
BetaOpens in Power BI Desktop with 6 tables of sample data and every visual bound. See what’s inside
Free, no sign-up. The PBIP with sample data includes the background, theme and a README. 1920×1080 fits a new page in a Fluent 2 report; 1280×720 and 2× fit Classic pages. Downloads carry a small “Made with VizForge” mark (sign in to the studio to remove it).
- Layout
- Copper band header, 4 gauges, full-height Pareto beside shift trend and scrap matrix
- Page size
- 1280×720 px (16:9, Power BI default)
- Theme
- Copper Industrial
Open the sample-data PBIP in Power BI Desktop
Checked against Microsoft Learn's Power BI Desktop projects documentation (as of Nov 2026).
- 1
Unzip to a short path and open the .pbip
Extract the zip to a short local folder such as C:\PBI (Windows limits project paths to 260 characters, and Desktop can't save a project straight to OneDrive or SharePoint), then double-click the .pbip file or use File → Open in Power BI Desktop. Microsoft still lists projects and TMDL as preview features (as of Nov 2026): if Desktop won't open the project, go to File → Options and settings → Options → Preview features, tick “Power BI Project (.pbip) save option” and “Store semantic model using TMDL format”, then restart Desktop.
- 2
Select Refresh once
The project ships without the local data cache (.pbi/cache.abf), so Desktop opens the full model definition without data. Select Home → Refresh: every table is built from values written into its Power Query step, so there is no data source to sign in to.
- 3
Save as .pbix or connect your data
Use File → Save as to keep a single .pbix file, or open Transform data and replace each table's Source step with your own query, keeping the column names so the measures and visuals keep working.
What’s inside the OEE sample model
Rendered from the same definition the download writes as TMDL, so this list always matches the file.
A three-line beverage plant over the four weeks from 5 Oct to 1 Nov 2026: planned and run minutes, counts and good units per line and shift, and the downtime events that explain the lost minutes. Units: Minutes; units; ideal cycle time in seconds per unit.
Tables and columns
Calendar
Date table · 2026, one row per dayDate table generated in Power Query (List.Dates), marked as the model's date table.
- Date (date)
- Year (whole number)
- Quarter (text)
- Month (text)
- Month Name (text)
- Week Start (date)
- Weekday (text)
- Fiscal Year (text)
Line
Dimension · 3 rowsProduction lines and what they fill.
- Line (text)
- Product (text)
Shift
Dimension · 3 rowsEight-hour shifts.
- Shift (text)
- Hours (text)
Downtime Reason
Dimension · 8 rowsDowntime reason codes.
- Reason (text)
- Type (text)
Production
Fact · 252 rowsOne row per line, shift and day.
- Date (date)
- Line (text)
- Shift (text)
- Planned Minutes (whole number)
- Run Minutes (whole number)
- Ideal Cycle Secs (decimal)
- Total Count (whole number)
- Good Count (whole number)
Downtime
Fact · 420 rowsDowntime events (minutes lost) by line, shift, day and reason.
- Date (date)
- Line (text)
- Shift (text)
- Reason (text)
- Minutes (whole number)
Relationships
Many-to-one, single direction. Inactive relationships are switched on inside a measure with USERELATIONSHIP.
- Production[Date] → 'Calendar'[Date]
- Production[Line] → Line[Line]
- Production[Shift] → Shift[Shift]
- Downtime[Date] → 'Calendar'[Date]
- Downtime[Line] → Line[Line]
- Downtime[Shift] → Shift[Shift]
- Downtime[Reason] → 'Downtime Reason'[Reason]
DAX measures
All measures live in a dedicated Key Measures table. Copy any of them into your own model; rename the table and column references to match.
AvailabilityRun time over planned production time.
Availability =
DIVIDE ( SUM ( Production[Run Minutes] ), SUM ( Production[Planned Minutes] ) )Format string: 0.0%
PerformanceIdeal time for the units made over run time.
Performance =
DIVIDE (
SUMX ( Production, Production[Total Count] * Production[Ideal Cycle Secs] ) / 60,
SUM ( Production[Run Minutes] )
)Format string: 0.0%
QualityGood units over all units.
Quality =
DIVIDE ( SUM ( Production[Good Count] ), SUM ( Production[Total Count] ) )Format string: 0.0%
OEEOverall equipment effectiveness.
OEE =
[Availability] * [Performance] * [Quality]Format string: 0.0%
Scrap RateRejected units over all units.
Scrap Rate =
1 - [Quality]Format string: 0.00%
OEE TargetWorld-class OEE benchmark used as the gauge target.
OEE Target =
0.85Format string: 0%
Gauge MaxGauge maximum (100%).
Gauge Max =
1Format string: 0%
Downtime MinutesMinutes lost to stoppages.
Downtime Minutes =
SUM ( Downtime[Minutes] )Format string: #,0
Cumulative Downtime %Pareto line: share of downtime from this reason and every larger one.
Cumulative Downtime % =
VAR Current = [Downtime Minutes]
VAR Total = CALCULATE ( [Downtime Minutes], ALLSELECTED ( 'Downtime Reason' ) )
VAR Cumulative =
SUMX (
FILTER (
ALLSELECTED ( 'Downtime Reason'[Reason] ),
CALCULATE ( [Downtime Minutes] ) >= Current
),
CALCULATE ( [Downtime Minutes] )
)
RETURN
DIVIDE ( Cumulative, Total )Format string: 0%
What each visual is bound to
The PBIP opens with these fields already on each visual.
| Visual | Type | Fields |
|---|---|---|
| LineSlicer | Slicer | Line[Line] |
| WeekSlicer | Slicer | Calendar[Week Start] |
| OEEGauge | Gauge | [OEE], [OEE Target], [Gauge Max] |
| AvailabilityGauge | Gauge | [Availability], [Gauge Max] |
| PerformanceGauge | Gauge | [Performance], [Gauge Max] |
| QualityGauge | Gauge | [Quality], [Gauge Max] |
| Downtime Pareto by reasonLine & column chart | Line & column chart | 'Downtime Reason'[Reason], [Downtime Minutes], [Cumulative Downtime %] |
| OEE by shiftLine chart | Line chart | Calendar[Date], [OEE], Shift[Shift] |
| Scrap rate: line × shiftMatrix | Matrix | Line[Line], [Scrap Rate], Shift[Shift] |
Questions this dashboard answers
Each one is answered by a visual on the page, from the sample model's own tables and measures.
- What is OEE, and is availability, performance or quality dragging it down?
- Which downtime reasons cost the most minutes?
- Do shifts on the same line perform differently?
- Where is scrap highest by line and shift?
About this dashboard layout
OEE is the product of three ratios, so the page leads with four gauges: OEE itself, then availability, performance and quality. Seeing the three components next to the total shows immediately which one is dragging the number down. Set each gauge's target to your plant standard (85% OEE is the usual world-class reference; most plants run well below it).
The downtime Pareto takes the left half of the page at full height. Use a combo chart with downtime minutes by reason as columns, sorted descending, and the cumulative percentage as a line on the secondary axis. The first three or four reasons usually account for most of the lost time, and that is where the improvement team should go.
On the right, OEE by shift over the last few weeks (line chart, one line per shift) and a matrix of scrap rate by line and shift with a colour scale. Shift-to-shift differences on the same line are the cheapest improvements to find.
Calculate OEE from summed good count, total count, run time and planned time, not as an average of row-level OEE values. Averaging ratios overweights short runs and is the most common OEE reporting error.
Visuals on the page
Positions are Power BI page pixels. Enter them in Format → General → Properties → Size and position, or use the PBIP download where they are already set.
| Visual | Type | X | Y | Width | Height |
|---|---|---|---|---|---|
| Line | Slicer | 920 | 16 | 160 | 40 |
| Week | Slicer | 1096 | 16 | 160 | 40 |
| OEE | Gauge | 40 | 104 | 264 | 136 |
| Availability | Gauge | 352 | 104 | 264 | 136 |
| Performance | Gauge | 664 | 104 | 264 | 136 |
| Quality | Gauge | 976 | 104 | 264 | 136 |
| Downtime Pareto by reason | Line & column chart | 40 | 288 | 576 | 392 |
| OEE by shift | Line chart | 664 | 288 | 576 | 184 |
| Scrap rate: line × shift | Matrix | 664 | 520 | 576 | 160 |
Custom visuals for this layout
Built-in Power BI visuals cover most slots above. These slots also suit a custom visual; each page covers the data shape, DAX and a prompt to generate it as a .pbiviz.
Slot: OEE
Gauge ChartSLA attainment (current value, target line, breach threshold)
Slot: Downtime Pareto by reason
Pareto ChartDefect category analysis (which defects cause 80% of complaints?)
Slot: OEE by shift
SPC Control ChartManufacturing yield and defect-rate monitoring
Slot: Scrap rate: line × shift
HeatmapHour-of-day × day-of-week traffic or activity patterns
Already have a report?
Brand Makeover tries Manufacturing OEE first on every page of your Power BI project (.pbip zip) where it fits: the page's visuals have to go into its 7 data slots without overlaps. Pages it can't seat get another catalog layout or a brand grid. Queries, filters and bookmarks are left as they are. Free, in your browser.
Restyle my report into thisSwap a slot for a custom visual
Pick any slot and VizForge AI writes a custom visual (.pbiviz, with TypeScript source) sized to it, in this template's colours and shaped for the fields it is bound to.
Generate one that fits this layout.
Gauge · 264×136 px · bound to [OEE], [OEE Target], [Gauge Max]
1, 2 or 5 credits depending on the brief · 5 free on signup. Sign in or create a free account on the next screen; the brief is saved for 30 minutes.
A Power BI gauge visual titled "OEE". It sits in a 264×136 px slot on a designed report page. Match the report's brand: data colours #E08A4F, #7DA7D9, #4ADE80, #FACC15, #C4B5FD, #5EEAD4; background #1C1F24; text #F1F2F4; font Segoe UI. Transparent visual background so the page design shows through; no visual border. In the sample model it is bound to [OEE], [OEE Target], [Gauge Max]; keep the same data roles so the fields drop straight in.
Not sure what to build? Browse the visual catalog or open the template in the design studio and hand off any slot from there. Or start in the AI generator with a blank brief.
Colours and theme
Dark steel Power BI theme with a copper accent and high-visibility data colours for manufacturing, energy and plant-floor dashboards.
Use the background in an existing report
Prefer to keep your own report? Apply the design to it instead of opening the PBIP.
- 1
Download the background
Take the 1920×1080 PNG for a new page in a Fluent 2 report (the default size for new pages), or the 2× PNG (2560×1440) for sharp text on a 1280×720 Classic page. Power BI scales the image to the canvas.
- 2
Set the canvas background
Format page → Canvas background → Browse. Set Image fit to Fill and transparency to 0%.
- 3
Import the theme
Design ribbon → Import theme (in the Power BI service: View → Theme pane), then pick the downloaded JSON. Data colours and fonts now match the design. Older Desktop builds: View → Themes → Browse for themes.
- 4
Place your visuals
Size each visual to the positions above with background and border off, or open the PBIP project where they are already placed.
Questions about this template
Does the Manufacturing OEE template come with sample data?
Yes. The “PBIP with sample data” download contains a semantic model with 6 tables and 9 DAX measures, and every visual on the page is already bound to it. The sample: A three-line beverage plant over the four weeks from 5 Oct to 1 Nov 2026: planned and run minutes, counts and good units per line and shift, and the downtime events that explain the lost minutes. The data is written into each table's Power Query step, so there is no data source or sign-in.
Is it a .pbix file?
It is a Power BI project (PBIP): a folder of text files that Power BI Desktop opens like a .pbix. Open the .pbip file, select Refresh once to load the sample rows, then use File → Save as if you want a single .pbix.
What visuals are in the Manufacturing OEE template?
The page has 9 visual areas: 2 slicers, 4 gauges, 1 line & column chart, 1 line chart, 1 matrix. Their exact positions are listed on this page so you can match them in Power BI's Format → General → Properties panel, or skip that step by downloading the PBIP project.
Which theme does the Manufacturing OEE template use?
It ships with the Copper Industrial theme (dark tone). Download the theme JSON here, or open the template in the design studio and switch to any other theme or your own brand colours.
Is there a light version of the Manufacturing OEE template?
Yes. Switch the preview to Light and every download (background, theme JSON and PBIP) comes in that version. The layout is identical; the page, card and text colours are re-solved for a light page, and the accent, status and data colours keep their hues but are adjusted until text meets WCAG AA (4.5:1) and chart colours reach 3:1 against the cards.
How do I use the background image in Power BI Desktop?
Select the page, open Format page → Canvas background, choose Browse and pick the PNG, then set Image fit to Fill and transparency to 0%. Give your visuals a transparent background and no border so the designed panels show through.
Can I open the PBIP project in Power BI Desktop?
Yes. PBIR is the default report format in Power BI Desktop since September 2026, and the download is a PBIP project: unzip it and open the .pbip file, select Refresh once and the sample data loads into visuals that are already bound (the empty PBIP leaves the containers unbound for your own data). Microsoft still lists projects and TMDL as preview features (as of Nov 2026), so if Desktop won't open it, enable them under File → Options and settings → Options → Preview features.
Build guides for this dashboard
Guides to the same dashboard job: which custom visuals it needs, the DAX behind them and prompts to generate them.
Dashboard job
Best Power BI Visuals for Manufacturing OEEThe best Power BI visuals for OEE — availability SPC, changeover heatmaps, downtime Pareto, loss-tree…
Team
Power BI for manufacturingOEE by line, downtime by reason and process stability: plant-floor views that read from across the room.
KPI cards for this layout
Headline numbers drawn by one DAX SVG measure each, for the Card visual or a table row.
Designs made for this template’s KPI slots: OEE progress bar, Line health ring. Browse all styles in the KPI card gallery or build your own in the SVG measure builder.
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