Specifications

What is in the station, in numbers.

Measured on our development station in Austin. Pilot hardware may differ; we confirm the setup for your part before a pilot starts.

Imaging
Sensor
OV2311, 2 MP, monochrome, global shutter
Image size
1600 × 1200 px
Resolution
≈ 0.06–0.075 mm per pixel (field of view across 1600 px)
Field of view
≈ 100–120 mm wide (12 mm M12 lens at ≈ 250–300 mm)
Mounting
Overhead arm, camera fixed above the part
Lighting and fixture
Light
Enclosed diffuse LED light box, high color rendering (CRI > 95), one fixed dimmer setting
Background
Matte black
Fixture
V-blocks with a hard stop; part seated the same way every time
Views
One view per part on the current rig
Model
Method
Anomaly detection trained on good parts only
Training set
About 60 photos of good parts per part number
Output
PASS / FAIL, anomaly score, heatmap of where the part looks different
Runs on
The station computer in your shop
Records and software
Per part
Time, part number, lot, serial, operator, result, score, photo, heatmap, model version
Overrides
Operator can overrule a verdict with a written reason; the AI verdict is kept
Export
CSV
Dashboard
Web app for managers; a setting keeps photos on the station so only counts reach it
Limits

What the station does not do today.

Dimensions

Not a gauge. VZSOR does not measure size, position or tolerance.

PLC / MES

No PLC or MES output yet.

Validated parts

One part so far: 2 × 2 in aluminum L-bracket, mill finish. Anodized parts and tool marks not yet validated.

Certification

No certification claims. Records help you answer customer and auditor questions.

How field of view and mm per pixel work →

Try it on your parts.

$3,500 pilot on one part number, station on loan, 30–60 days. The fee is credited toward a station if you buy within 30 days.