SEUIC (Dongji) / Visual readers
X5mini AI: Visual readers
SEUIC (Dongji) X5mini, listed as X5mini AI in the catalog, is an ultra-compact fixed industrial vision reader for small, low-contrast and reflective codes. The official English page lists a global-shutter sensor, red and blue lighting, dual prime lenses, industrial Ethernet protocols and IP65 protection for machine-vision stations.
Suggested profiles: SMT, automation, test-fixture and fixed industrial code-reading stations
- Power
- 10-30 V DC; current consumption approximately 0.5-1.5 A
- Dimensions
- 55 x 35 x 32 mm
- Image sensor
- CMOS global-shutter image sensor
- Resolution
- 1.3 MP, 1080 x 1280 pixels
- Lighting
- High-intensity red LED and blue LED
- Aimer
- Laser positioning aimer
The exact model, regional configuration and commercial terms require project confirmation.
Browse by device capability
X5mini AI / Browse by device capability
UROVO is the primary established product resource, with SEUIC (Dongji) and selected platforms used where the capture method, form factor or deployment requirement needs another option. Published models follow an evidence, regional-configuration and RuggedLayer validation path.
Suggested profiles
- SMT and electronics traceability stations
- Automation cells and test fixtures
- Fixed DPM or low-contrast code capture on a defined production line
Browse by device capability
- A small fixed reader format fits automation cells, SMT equipment and test fixtures with limited space.
- Red and blue lighting plus dual prime lenses address different code surfaces and working distances.
- Ethernet industrial protocols and configurable I/O provide a starting point for machine integration.
- IP65, power and wiring limits are manufacturer references that must be checked against the installed station.
How a device enters the portfolio
Key specifications
Manufacturer-listed configuration; confirm the exact variant before ordering.
Platform
| Enclosure | IP65 |
|---|---|
| Operating temperature | 0 to +50 C |
| Storage temperature | -20 to +70 C |
Data capture
| Image sensor | CMOS global-shutter image sensor |
|---|
Power and physical
| Power | 10-30 V DC; current consumption approximately 0.5-1.5 A |
|---|---|
| Dimensions | 55 x 35 x 32 mm |
| Weight | Approximately 133 +/- 5 g |
Environmental
| Humidity | 5-95% RH, non-condensing |
|---|
Other configuration
| Resolution | 1.3 MP, 1080 x 1280 pixels |
|---|---|
| Lighting | High-intensity red LED and blue LED |
| Aimer | Laser positioning aimer |
| Focus | Dual prime lens focus adjustment |
| Minimum resolution | 1D: 3.3 mil; 2D: 5.0 mil |
| Ethernet | TCP client/server, Profinet, MELSEC, Ethernet/IP, Modbus TCP and Fins protocols listed |
| USB | USB 2.0 full-speed compliant |
| Control input | Two bidirectional voltage inputs; maximum 30 V; minimum ON voltage below 4 V |
| Control output | Two optocoupler outputs; maximum 30 V; output current limits depend on the configured channel |
| Ambient light | 0-10000 lux |
A final shortlist depends on the application, scan or RFID workload, operating environment, country, deployment volume and support expectations.
A clear handoff at every layer
Five service layers for a more predictable device program.
RuggedLayer organizes access to multiple manufacturers into a consistent engagement model. Each layer has a defined input, deliverable and evidence boundary.
Service layers
- Confirm the model label, lens, lighting, code profile, Ethernet protocol and I/O wiring before integrating the reader.
- Test the target mark, surface, contrast, motion, distance and ambient light with the actual line fixture.
- Have the machine owner verify 10-30 V DC power, grounding, network segmentation, laser controls and enclosure requirements.
Deployment accessories
- Scope the power supply, mounting bracket, industrial Ethernet or serial cabling, I/O wiring and protective line enclosure.
- Keep the approved lighting, lens, trigger, protocol and code profile with the station handover documentation.
RuggedLayer Test Lab
Define a useful test, not a vague benchmark.
Tell us the labels, tags, application and operating conditions that matter.
- 01
Run representative small, low-contrast, reflective and DPM codes at the production distance and line speed.
- 02
Verify trigger timing, I/O levels, Ethernet protocol, result formatting, fault handling and restart behavior.
- 03
Freeze lens, lighting, focus, power, wiring, firmware, protocol and acceptance criteria before rollout.
Project intake
X5mini AI / Start with enough context to make the next step useful.
Choose the closest project intent and describe only non-confidential workflow, application and deployment requirements.