FLIR A6750 640x512 MWIR InSb Cooled Cameras 125Hz

Availability: In Stock / Short Lead Time

Experience exceptional imaging with the FLIR A675X 640x512 MWIR InSb cooled camera. With 640 × 512 resolution, it provides detailed thermal imagery for industrial applications. Operating at 125 Hz in full window mode, it ensures smooth thermal monitoring of dynamic scenes. Detecting temperatures from -20°C to 3000°C, it enables precise temperature measurement across various conditions.

FLIR A6750 640x512 MWIR InSb Cooled Cameras 125Hz

The FLIR A6750sc MWIR camera is engineered for capturing rapid thermal events and fast-moving targets, thanks to its short exposure times and high-speed windowed frame rates. Whether you need to freeze motion or obtain accurate temperature measurements on dynamic subjects, this cooled InSb camera delivers exceptional performance. With a pixel resolution of 640 x 512 and high sensitivity, it produces crisp imagery, making it ideal for various applications such as electronics inspections, medical thermography, and more. Unleash the power of precise thermal imaging with the FLIR A6750sc.

Crisp Thermal Images

  • Operates in the 3.0-5.0 µm waveband (1.0-5.0 µm broadband option), producing finely-detailed 327,680 pixel images.
  • Delivers exceptional image quality, facilitating precise analysis and temperature measurement.
  • Ensures accurate thermal imaging across a broad spectrum of applications.

High-Speed Integration Times and Frame Rates

  • Captures every pixel in under 190 µs, enabling rapid imaging of fast-moving objects.
  • Offers full-frame rates of 125 Hz, crucial for capturing dynamic scenes with precision.
  • Facilitates detailed analysis of high-speed thermal events.

Standard Video Interfaces

  • Features Gigabit Ethernet and analog video interfaces, providing simultaneous yet independently controlled functionality.
  • Enhances flexibility for recording and display purposes, catering to diverse application needs.
  • Allows seamless integration into existing setups for streamlined thermal imaging workflows.