FLIR A6260 640x512 SWIR InGaAs Cameras 180Hz

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Experience advanced imaging with the FLIR A626X 640x512 SWIR InGaAs camera. Featuring 640x512 resolution, it offers precise industrial imaging. With a programmable frame rate from 0.0015 Hz to 180 Hz, it adapts to various applications. Covering temperatures from 400°C (752°F) to 2200°C (3992°F), it detects temperature variations and captures extreme heat.

FLIR A6260 640x512 SWIR InGaAs Cameras 180Hz

Introducing the advanced FLIR A6260sc camera, redefining SWIR imaging for scientific and R&D applications. This groundbreaking camera combines exceptional high-speed performance with fully customisable features, setting a new benchmark in the field. Its high-resolution detector enhances sensitivity and linearity across the dynamic range, making it perfect for demanding radiometry and temperature-calibrated applications.

With the capability to record full-frame data at an impressive 180 frames per second, the A6260sc seamlessly synchronises with other instruments for stop-action recording of high-speed events, guaranteeing precise analysis and unrivalled insights.

High Quality Images

  • The A6260sc features an indium gallium arsenide (InGaAs) detector, optimised for the 0.9 – 1.7 μm or 0.6 – 1.7 μm wavebands, delivering sharp, 640 x 512 pixel thermal images.
  • Its sensor offers three user-selectable gain states, providing a 75x gain factor, enhancing versatility for imaging bright objects (such as laser beam profiling) and low-light scenes (like nightglow imaging).

Adjustable Frame Rates

  • Fully customise all settings, including integration time and frame rate, to suit each unique application with the A6260sc
  • Synchronise and trigger the camera with external events and devices for maximum flexibility
  • Benefit from a built-in flat field shutter in the A6260sc, which can be manually or automatically controlled to ensure spatially-uniform image quality

Temperature Calibration and Measurement

  • Factory- or user-calibrated for temperatures above 400°C when optimised for the 0.9 – 1.7 μm waveband
  • Capable of seeing through materials like glass
  • Ideal for high-temperature thermal measurement in environments such as ovens, furnaces, or environmental chambers