FLIR X8580 Highspeed-HD-MWIR-Kamera

search

Reference number: FLR-X8580-InSb

Capture high-speed thermal events, perform custom radiometric measurements, and detect defects with the FLIR X8580 MWIR camera. 1280 x 1024 HD resolution, fast frame rates, motorized filter wheel, on-camera recording, and advanced software options.

alt

Need more info?
Contact our expert.

Our Team

alt

Need more info?
Contact our expert.

Optical Test & Measurement Team
Phone: +49 8153 405-11

alt

Need more info?
Contact our expert.

Machine Vision Team
Phone: +49 8153 405-11

Description

FLIR X8580: High-Speed, High-Definition Midwave IR Camera for Scientists & Engineers

The FLIR X8580 is a high-performance midwave infrared (MWIR) camera designed to meet the demanding needs of scientists and engineers. This cutting-edge camera offers exceptional image quality, high-speed frame rates, and advanced features that make it ideal for a wide range of applications, including:

  • High-Speed Thermal Event Capture:

    Record stop-motion video of fast-moving objects or rapid temperature changes at up to 181 Hz frame rate or 6,000 Hz in subwindow mode.

  • Detailed Thermal Analysis:

    Acquire crisp, high-resolution thermal images (1280 x 1024 pixels) with exceptional sensitivity to detect minute temperature variations.

  • Custom Radiometric Measurements:

    Perform precise radiometric measurements for accurate thermal characterization.

  • Defect Detection in Materials:

    Identify and analyze defects in composites, solar cells, and electronics with ease.

  • Thermal Mapping of Stress:

    Investigate stress distribution in materials research, such as hypervelocity impact testing.

Key Features:

  • High Resolution, High Sensitivity:

    Capture detailed thermal images with low noise, even at high speeds.

  • On-Camera RAM/SSD Recording:

    Record critical thermal data directly to the camera for later analysis.

  • Synchronization and Triggering:

    Synchronize image capture with external events or instrumentation for precise control.

  • Multiple Software Interfaces:

    Stream, record, analyze, and share thermal data using various software options.

  • Advanced Filtering Options:

    Utilize the motorized filter wheel for quick filter changes and optimal image acquisition.

Benefits:

  • Superior Image Quality:

    Obtain crisp, high-definition thermal images for accurate analysis.

  • High-Speed Performance:

    Capture fast-moving thermal events in detail.

  • Enhanced Flexibility:

    Perform a wide range of scientific and engineering applications with ease.

  • Simplified Workflow:

    Streamline data acquisition and analysis with advanced features.

  • Increased Efficiency:

    Save time and effort with on-camera recording and motorized filter wheel.