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IR Cameras


SWR-Acuros-eSWIR-HD-F-XXXX

The Acuros eSWIR HD series from SWIR Vision Systems deliver highest-resolution images in the range from 400 to 2100 nm.

SWR-Acuros-HD-F-XXXX

The VIS-SWIR HD cameras of the Acuros series from SWIR Vision Systems deliver highest-resolution images in the range from 400 to 1700 nm and this at a favourable price-performance ratio. The cameras are designated EAR-99 requiring no license for export.

SWR-Acuros-eSWIR-1MP-CF-XXXX

The 1 Megapixel cameras of the Acuros eSWIR series from SWIR Vision Systems deliver high-resolution images in the visible range up to the extended SWIR (400 - 2100 nm) band.

SWR-Acuros-1MP-CF-XXXX

The VIS-SWIR 1MP cameras of the Acuros series from SWIR Vision Systems deliver high-resolution images in the visible range up to the SWIR band and this at a favourable price-performance ratio. The cameras are designated EAR-99 requiring no license for export.

Wildcat+ 640 offers to machine vision applications the ultimate combination of high sensitivity, high signal-to-noise and high-speed capability for SWIR detection. 

SWR-Acuros-eSWIR-VGA-C-XXXX

The Acuros eSWIR VGA series from SWIR Vision Systems deliver crisp images in the range from 400 to 2100 nm. The cameras are designated EAR-99 requiring no license for export.

SWR-Acuros-VGA-C-XXXX

The VIS-SWIR VGA cameras of the Acuros series from SWIR Vision Systems deliver crisp images in the visible range up to the SWIR band and this at a favourable price-performance ratio. The cameras are designated EAR-99 requiring no license for export.
The Xenics Wildcat 640 camera series combines a wide dynamic range, low noise and low dark current InGaAs sensor in a high performance camera.
The thermally stabilized Xenics Bobcat 640 series ensures constant high image quality in various conditions.
The compact Xenics Bobcat 320 camera series provides high sensitivity in the short wave infrared, in a size, weight and power optimized package.
The Xenics Bobcat Gated series with its high sensitivity InGaAs detector has been developed for short integration times in the sub-microsecond range.