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VZSOR vs Cognex
Industrial machine vision systems and software. VZSOR is a single bench station sold direct to small shops.
| Cognex | VZSOR | |
|---|---|---|
| Training data | OneVision Anomaly Detect trains on good images only. The In-Sight EZ anomaly tool asks you to label at least 2 OK and 1 NG image. [1][2] | Same good-parts-only approach, included with the station. No separate software platform. |
| Shiny metal | Cognex's own blog says surface variation and glare on metal and plastic “mimics real defects” for rule-based systems, and recommends polarized or HDR lighting. [3] | Diffuse light box is part of the station, set up for machined aluminum. |
| Licensing | Emulation on a PC without a camera needs a free Offline Programming Key and a CodeMeter license file. Fully offline edge-learning tools need a USB dongle from a distributor. [4] | No license files or dongles. |
Fair is fair
Where Cognex is stronger
- Far more compute and camera options. The In-Sight 3900 inspects up to 5,000 parts per minute at up to 25 MP. [5]
- Train once in the cloud, deploy across lines and sites (OneVision). [1]
- Deep lighting expertise and decades of installs. [3]
- Barcode verification for MIL-STD-130 and AS9132 part marking. [6]
Sources
- Cognex OneVision product page
- Cognex docs, In-Sight EZ anomaly detect tool
- Cognex blog, defect detection for plastics and metals, 2026-09-03
- Gibson Engineering, In-Sight Vision Suite emulator configuration
- Cognex In-Sight 3900 product page
- Cognex aerospace and defense solutions
Last checked 2026-11-03. Vendor claims are the vendor's own, not independently tested. VZSOR claims describe our design; pilot results are measured per shop. Cognex is a trademark of its owner. Found an error? Email thomas@vzsor.ai.
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