Use cases
Today’s way next to the SprayVision way.
How paint shops use SprayCapture and SprayBrush in daily production. Each use case shows the process you run today and the same job done with data.
Automotive use cases.
Process control & maintenance
See the condition of every robot at shift start and check only the ones that drift.
5 / 8 robots in spec
SprayCaptureOver- & undercoating
Find over- and undercoating on the real body in minutes and fix it with corrected parameters.
Every zone on target
SprayCaptureSprayBrushBetter parameters, less overspray
Same film build with less paint flow and half the overspray.
7–10 %+ less paint
SprayCaptureSprayBrushNew models & paints
Launch a new model or paint digitally. Physical testing becomes one verification instead of iteration.
1 test body instead of 4+
SprayCaptureSprayBrushDecision when conditions change
Detect, simulate and confirm every change in production instead of re-tuning by feel.
No blind changes
SprayCaptureSprayBrushAtomizer change
Convert your setups to a new atomizer without reprogramming robot paths.
0 paths reprogrammed
SprayCaptureSprayBrush
Use case map.
Where each use case creates value across quality, cost, CO2 / VOC and lead time.
| # | Use case | QQ · Quality | CC · Cost | EE · CO2 / VOC | DD · Lead time | Product |
|---|---|---|---|---|---|---|
| 1 | Process control & maintenanceSprayCapture | SprayCapture | ||||
| 2 | Over- & undercoatingSprayCaptureSprayBrush | SprayCaptureSprayBrush | ||||
| 3 | Better parameters, less overspraySprayCaptureSprayBrush | Lead time: No direct value | SprayCaptureSprayBrush | |||
| 4 | New models & paintsSprayCaptureSprayBrush | SprayCaptureSprayBrush | ||||
| 5 | Decision when conditions changeSprayCaptureSprayBrush | CO2 / VOC: No direct value | SprayCaptureSprayBrush | |||
| 6 | Atomizer changeSprayCaptureSprayBrush | SprayCaptureSprayBrush |
- Main value
- Secondary value
- Q Quality · C Cost · E CO2 / VOC · D Lead time