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  • 4104 x 2174
    8.92 MPix
  • Sony IMX255
    1" CMOS
  • 40.0 fps
  • USB 3 5.0 Gbps

The USB 3 UI-3091SE industrial camera with integrated Sony IMX255 global shutter CMOS sensor satisfies all industrial requirements: high resolution, high frame rates, noiseless image reproduction. Its readout noise and dark current values are among the lowest on the entire sensor market. Its sensitivity in the near infrared range renders a special NIR variant obsolete. Its capability to deliver 4K images make the UI-3091SE suitable for special tasks in industrial machine vision and traffic surveillance.

In situations with conventional traffic cameras, where one camera must be installed for each lane of traffic, the UI-3091SE can capture several lanes with a single camera and at the same resolution. Further extra features implemented by IDS include, among others: Long time exposure, up to 30 seconds, overlap trigger, line scan mode or sequencer mode.

The UI-3091SE board level camera with C-mount lens holder is available in a colour or monochrome version.

Camera family SE
Interface USB 3
Interface-Speed 5.00 Gbps
Sensor type CMOS
Sensor manufacturer Sony
Frame rate @ resolution max. 40.0 fps
Resolution (h x v) 4104 x 2174
Optical Area 14.158 mm x 7.500 mm
Shutter Global Shutter
Optical class 1"
Resolution 8.92 MPix
Pixel size 3.45 µm
IP code IP0
Product Life Cycle Not recommended for new designs
Sensor model IMX255


100% quality tested
3 years warranty
Made in Germany
Machine vision

Industrial image processing is used in a wide variety of applications - from quality assurance to automation.

Traffic and transport (ITS)

Keeping an eye on everything - IDS cameras recognize vehicles, check the traffic flow or help with rail and road inspections.

Medical technology (and laboratory automation)

Image processing is indispensable in medical technology. For instance, IDS cameras provide data for diagnostic purposes in ophthalmology or dentistry.

Inspection applications

IDS cameras can be used to check for completeness or material defects and to detect defects or bar/matrix codes.

Biotechnology and life sciences

Image processing can be used, for example, to analyse living organisms and biological processes - from swarm behaviour to cell division.

Process control

Cameras check the material supply in the process and are used e.g. for the intermediate and final inspection of products.


Image processing can be used, for example, to record visitor numbers and customer behaviour and carry out entrance controls.



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