Properties of light that are invisible to humans can be made visible with cameras from SVS-Vistek. These cameras extend the standard industrial image processing system in terms of polarization planes or wavelengths from infrared to ultraviolet.
Wavelengths from infrared to ultraviolet enable invisible markings, the identification of materials and much more. Properties of light such as polarization facilitate industrial inspection in many industrial applications with non-metallic materials. We offer highly sensitive cameras for technical and biological applications.
Polarized cameras are equipped with special image sensors that can measure the polarization properties of light that are imperceptible to the human eye. The degree of polarization and the polarization planes can be determined from a single image. The high resolution, optical dynamics and frame rate allow detailed structural analyses, even of moving objects.
Despite the special sensors, the EXO Polarized behaves in the application like a familiar industrial camera for use with standard lenses. The integrated 4-channel strobe controller supports complex lighting situations.
All of our special cameras for invisible properties of light are based on the proven camera concepts of the EXO series and the FXO series. While the EXO covers the established GigE Vision and USB3 Vision interfaces, the FXO series can provide the highest frame rates with its high-speed 10GigE and CoaXPress-12 interfaces.
A close thermal connection of the low-power optimized electronics and the sensor to the housing enables operating temperatures of up to 60°C. The integrated power I/O interface enables simple control tasks to be performed with hardware precision via the PLC functionality. Up to 4 LED lights can be controlled directly without additional drivers, ideal for the identification of materials. All Beyond Visible cameras from SVS-Vistek have the following features: Region of Interest (ROI), logical trigger functions (PLC) with programmable timers, sequencers and logic, electrical and optical inputs are specified with TTL-24V.
Model | [MP] | Resolution [pixel] | Sensor | Sensor Size | Shutter | Frame
Rate [fps] | Chroma | Mount | Interface |
---|---|---|---|---|---|---|---|---|---|
exo250ZGE | 5 | 2448 x 2048 | IMX250MZR (polarized) / Sony | 11.1mm (Type 2/3) | G | 24.5 | mono polarized | C | GigE |
exo250ZU3 | 5 | 2448 x 2048 | IMX250MZR (polarized) / Sony | 11.1mm (Type 2/3) | G | 75 | mono polarized | C | USB3 |
exo264ZGE | 5 | 2448 x 2048 | IMX264MZR (polarized) / Sony | 11.1mm (Type 2/3) | G | 24.5 | mono polarized | C | GigE |
exo264ZU3 | 5 | 2448 x 2048 | IMX264MZR (polarized) / Sony | 11.1mm (Type 2/3) | G | 35 | mono polarized | C | USB3 |
exo253ZGE | 12.3 | 4096 x 3000 | IMX253MZR (polarized) / Sony | 17.6 mm (Type 1.1) | G | 10 | mono polarized | C | GigE |
exo253ZU3 | 12.3 | 4096 x 3000 | IMX253MZR (polarized) / Sony | 17.6 mm (Type 1.1) | G | 30 | mono polarized | C | USB3 |