Camera for short-wave spectrum

Infrared view through glass

The Flir A6260sc camera has been specially optimized for the IR short-wave spectrum (SWIR) in the wavelength range from 0.9 to 1.7 micrometres. This allows it to see through glass, applied layers of paint, through the top layer of fruit in the food sector or through blood directly onto tissue during operations.

The Flir camera A6260sc can see through glass, applied layers of paint, through the top layer of fruit or, during operations, through blood directly onto the tissue. (Image: Flir)

The camera is particularly suitable for applications such as laser profile detection and the inspection of silicon wafers. Its sensor enables an amplification factor of up to 75x. It can be used flexibly as users can configure camera settings such as the frame rate, integration time and window size according to their requirements.

The A6262sc has a spectral range of 0.6 to 1.7 micrometers, which not only covers the infrared short-wave spectrum, but has also been extended into the visual range at 600 nanometers. According to Flir, this gives the camera a special feature: "Glass is normally opaque for thermal imaging cameras, but the A6262sc, with its Visgaas detector and its special spectral range, not only makes it possible to see through glass. It can also see through applied layers of paint or, in the food sector, through the top layer of fruit (skin). In medical operations, it can sometimes be used to view tissue directly through blood. These properties also make the camera suitable for high-temperature measurements in an oven, a blast furnace or a climatic chamber.

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Customizable frame rates and triggers

Various parameters of the A6260sc are user-adjustable, including integration time and frame rate, so that optimization can be defined individually for each application. For maximum flexibility, the camera can be synchronized with and triggered by external events and devices. The device offers an integrated flat-field iris that can be controlled manually or automatically for uniform image quality on the detector side.

The A6260sc and A6262sc work seamlessly with ResearchIR-Max software, enabling intuitive viewing, recording and advanced processing of thermal imaging data. They are compatible with GigE Vision and Genicam and can be plug-and-play connected to other software programs such as MathworksMatlab. With the optional SDK, users can also integrate their own software program. as

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