SEUIC X3G — fixed 1D/2D barcode scanner (stationary)

SEUIC X3G — fixed barcode scanner

SEUIC X3G is a fixed (stationary) 1D/2D barcode scanner for inline reading on conveyor lines and production areas. The device automatically decodes codes on boxes, trays and parts without an operator , keeping a constant data flow in real time.

Why businesses choose X3G

• Stable decoding at line speed. The imager reads 1D/2D (including QR/DataMatrix ) on film, glossy and at an angle.

• Integration into the production cycle. IO triggers / PLC integration synchronizes the frame with the sensor; PoE Ethernet ( by configuration ) simplifies installation and power supply.

• Built-in backlight. Forms a uniform scene and stabilizes inline barcode reading without external lamps (in typical tasks).

• Multi-scanner schemes. Multiple X3Gs cover side faces and unstable orientation — full field of view coverage.

• Compact form factor. Convenient stationary barcode scanner for tunnels, sorting units and protective covers.

Where X3G gives the most

• Warehouses/3PL: conveyor control of selection, sorting, reconciliation upon shipment.

• E-commerce/distribution: selection confirmation, routing, kit verification.

• Production: traceability of components/components, labeling inspection, label-product linkage.

• Reception/Returns: Fast inline reading of box flows without manual scanning.

How it works on the line (briefly)

1. Sensor/PLC provides IO trigger → X3G captures frame.

2. The algorithm decodes 1D/2D and returns a “success/failure” event.

3. Data enters your system via network interface/PoE ( depending on configuration ); event-driven sorting/alarming.

Why SEUIC X3G

• Industrial level of stability in variable lighting.

• PoE + IO/PLC = quick launch into production cycle ( by configuration ).

• Multi-scan scalability for complex orientations and wide areas.

FAQ

Does the X3G read at an angle or from the side faces?
Yes; for unstable orientation, a multi-scanner scheme with multiple X3Gs is used.

Is external lighting needed?
In typical tasks, the built-in is sufficient ; for complex surfaces, we will select external light/filters.

How to integrate with tape and PLC?
Through IO triggers and network interfaces; success/failure events are supported to control sorting.

What codes are supported?
Standard 1D/2D (please refer to your specifications table for the exact list).