Build the FAI Check Sheet
Kanoa only watches assets for quality triggers when you ask it to, so it doesn't spend effort on assets that never need checks.
Enable quality triggers on the machines
- Navigate to Configuration → Ops → Assets and select
CoreForge\Philadelphia\Machining\Machine 1. - Select Enable Quality Triggers and save. The option is only available on OEE-enabled assets.
- Repeat for
Machine 2throughMachine 8.
The FAI needs both an asset, to know which machine and operator it belongs to, and an item, to know which tolerance applies.
Create the check sheet
- In Configuration → Quality → Check Sheets, add
Machining - First Article Inspectionin theCoreForge\Operationsfolder. - On the Info tab, enter:
- Description:
First article inspection for machined parts at the start of a production run or after changeover. - Procedure:
Machining FAI Procedure - Document:
https://44110182.fs1.hubspotusercontent-na1.net/hubfs/44110182/Demo/workInstructionSample260120.pdf - Instructions:
Measure the first part produced after starting the run. Enter all required dimensional measurements and complete the visual defect check before continuing production.
- Description:
- On the Settings tab, select Asset Required with the
CoreForge\Philadelphia\Machiningarea, and Item Required with theCoreForge\WIP\Machinedclass.
Use Instructions for short guidance in the form, and Document to link to a controlled procedure or work instruction.
Add the check items
All three are Type Check, Enabled and Required.
| Check item | Data type | Measurements | Aggregation | Units | Specification |
|---|---|---|---|---|---|
Diameter | Float | 3 | Average | mm | Attribute CoreForge\Machining\FAI Diameter, Attribute Tolerance, Dynamic cleared |
Length | Float | 2 | Max | mm | Range, min 100, max 200 |
Visual Defect Check | String | 1 | Text: No visible defects (Pass), Minor cosmetic defect (Warning), Burrs present, Surface damage, Incorrect finish (Fail) |
With more than one measurement, Kanoa keeps every reading and evaluates the aggregate. Length readings of 150 and 205 give a Max of 205, which fails.
Diameter uses the attribute because its spec changes with the part family. Length uses a fixed range on the check item because it's the same for every part.

