Every part judged by camera in under a second, defect circled.
A camera over the part judges every piece and circles the defect, with one reason the operator understands. The check compares each part with itself, so it keeps working when the material colour changes, and it is built for the plant as it is — the part simply placed under the camera, no jig and no special lamp.
A pad missing, a segment misplaced — the hundredth plate looks like the first to a tired eye.
“A camera judges every part against itself, circles the defect with one reason, works across material colours, and needs no jig or special lamp.”
Drawn, not promised: the top row is sampling — a defect is caught only if the sample happens to include it. The bottom row is every part under the camera, one verdict each, and NG never mixing back into good stock.
Hover or tap a stage to see what is captured there.
Not a standalone tool — a product on the MOS platform, sharing one login, one set of people and roles, and one database with every other module. The lit layers are the ones this product uses; the signal path shows how data moves through them.
The honest map, drawn as one thread. Filled nodes are in the product today; outlined nodes are other MOS modules on the same platform; dotted nodes are roadmap and never represented as available until built. Hover a node.
Each card ends with the thing itself as it appears in MOS — not a description of it.
Step through it or let it play. Each step: who does it, on what, what is captured, and the check that guards it.
Known-good and known-bad parts are photographed as samples for the part type.
The part is placed under the camera — no jig, no special lamp.
The part is compared with itself: spacing, shape, presence, placement.
The defect is circled with one reason; the marked picture is saved.
The result is shown and tied to the part or lot.
Defects by reason and by position, per shift and lot.
| Your ERP / Tally typically gives | Visual Quality Inspection adds |
|---|---|
| A tired eye on the hundredth part | Every part judged the same way |
| A defect described in words | The defect circled on the picture |
| A jig and a light box per part | The part placed as it is |
| A reject rate per shift | Defects by reason and position |
A camera over the part — a phone camera for trials, an industrial camera on the line
A PC at the station
MOS Edge for results and trends
No jig, no fixed height, no special lamp
What it connects to, where it runs and what it gives you — the short version your IT and your plant head both want.
Part judging, defect marking, OK/NG, trends, samples & training.
MOS MES stores the result on the serial or lot.
Camera and mounting are set per part at installation.
Reject diverter control — not represented as available.
Capabilities depend on the plant's process and what is connected at site. Nothing on this page is represented as available until it is built and running.
OK / NG at once, with where and why
Every result with its picture
Reject rate by shift
Defect patterns to send back
A camera — a phone camera for trials, an industrial camera on the line.
A PC at the station. No jig, fixed height or special lamp needed.
Good parts and marked bad parts from your own production.
What is NG, with your own marked parts.
Every photo judged; results compared with your inspectors.
Live at the station, results and pictures saved per part.
Each part is compared with itself — pad against pad on the same plate — so colour does not decide the verdict.
One. The place on the part is circled.
One TV per paint booth: plan, OK, NG and FTR per work order, live — every part QR checked against the running order.
See the module →Every machine, live — and the real reason it stopped.
See the module →Every unit scanned at every station. Nothing skips a stage.
See the module →Tell us about your plant and what you want to see. We visit, connect one machine or station, and you watch your own data in MOS before anything is quoted.