For electronics and motor manufacturing, One-MOM connects SMT loading proofing, reflow and AOI data, functional test and burn-in records, so high-mix low-volume electronics floors stay fully under control.
Connects SPI · AOI · reflow ovens · placement machines · ATE/FCT · on-premise deployment
Reels look alike, process parameters sit in separate machine software, test data stays local, and high-mix low-volume makes every changeover a risk.
Reels look similar and manual part number checks are error prone. Wrong components are often found at functional test, or at the customer.
Wrong component rework costs 40x the interception costReflow profiles, solder paste thickness and AOI defect distribution are scattered across machine software and cannot be analysed together.
Root cause localization averages 2 daysATE and FCT results stay on the test station and are never linked to product serial numbers or reel batches, leaving failure analysis without data.
Failure analysis lacks process data supportHigh-mix low-volume means constant changeovers with complex program, feeder and fixture preparation, consuming available hours.
Changeover takes 22% of available hoursElectronics quality risk concentrates in two questions: is the material right, and is the process inside its window. Both need live linkage between machine data and order data.
With loading verification, process windows and test results on one data chain, the system already knows which reel was used and which reflow profile was run when a defect appears.
Feeder and reel barcodes, SPI paste thickness, AOI defects, reflow profiles and ATE/FCT results are all captured and bound to the serial number.
Reel part numbers are checked against the station BOM, out-of-window reflow and paste deviation are judged abnormal, and test results are binned against limits.
Wrong material blocks machine start and locates the station. Failures route to repair automatically with a rework order, and changeover checklists and fixture tasks are dispatched.
From serial number back to reel batches, reflow profiles, AOI and test data; from reel batch forward to the affected product scope.
One part number can span several supplier batches, so tracing only to part number cannot bound the problem. One-MOM pushes granularity down to reel and feeder station, so recall scope is precise to a reel ID.
First pass yield in electronics is decided by these three gates. One-MOM gives each a hard interlock and a complete record.
Loading proofing Station part numbers are checked against the BOM, feeder changes are verified by scanning, and MSD exposure time is controlled with automatic baking tasks.
SPI / AOI / reflow Paste thickness, reflow profiles and AOI defects are analysed together with reel information; defect distribution aggregates by station and reel.
FCT / ATE Test programs and limits are managed centrally. Results bind to the serial number, failures route to repair and material replacement is written back.
Every station has an explicit control point and system action. Failures do not flow downstream, and every repair writes back a complete record.
| Station | Control point | Trigger | System action |
|---|---|---|---|
| SMT loading | Wrong material proofing | Part number does not match the station BOM | Block machine start and locate the exact station |
| Reflow oven | Reflow window | Peak temperature or time above liquidous out of window | Alarm and quarantine the batch for review |
| AOI inspection | Defect clustering | Three consecutive boards with the same defect at one station | Push process adjustment and stencil cleaning task |
| FCT test | Missing test or out of limit | Test items not covered or result out of limit | Block the next station and route to repair |
| Burn-in | Burn-in duration | Duration short or temperature curve abnormal | Extend automatically and flag the batch as suspect |
| Motor winding | Turns and resistance | Turn count or DC resistance out of tolerance | Lock the station and raise a rework order |
| Finished packing | Serial number and configuration | Duplicate serial number or mismatch with order configuration | Block label printing and warehousing |
Process engineers configure control points on the low-code platform. New models or limit changes take effect immediately without touching machine programs.
Loading verification, process windows and test results are linked on one screen, so a defect drills down from the metric to station, reel and reflow curve.
| Line / Station | Status | Shift output | First pass yield |
|---|---|---|---|
| SMT Line 1 | Running | 12,480 pts | 99.1% |
| SMT Line 2 | Changeover | 8,920 pts | 97.8% |
| Reflow oven | Running | 21,400 boards | Reflow in window 99.6% |
| FCT test | Running | 3,860 units | 97.2% |
| Burn-in | Running | 2,940 units | 96.8% |
Typical before and after indicators for electronics and motor projects. Actual results vary with integration depth and product complexity.
Three-tier check and hard interlock keep errors off the line
Live process window monitoring corrects defects immediately
Linked aggregation pinpoints causes, previously 2 days
Checklists and fixture tasks dispatched automatically
Indicators are typical customer statistics six months after go-live and depend on a site assessment.
Book a traceability assessment for your line. We will deliver the connectable equipment list and a traceability granularity plan.