High Definition MWIR Science-Grade Camera FLIR X8580™

Availability: In Stock / Short Lead Time

The FLIR X8580 is a high-speed, high definition 1280 × 1024 resolution mid-wave IR camera designed for scientists and engineers. It enables users to capture detailed imagery of fast events for accurate thermal analysis, perform custom radiometric measurements, or detect points of failure in composites, solar cells, and electronics. It is also a great tool for thermal mapping of stress in hypervelocity impact testing or other materials research.

The FLIR X8580 epitomises cutting-edge innovation, delivering high-speed, high-definition thermal imaging capabilities tailored for scientists and engineers. Featuring a 1280 × 1024 resolution mid-wave IR sensor, this camera enables users to capture intricate details of fast-paced events, facilitating precise thermal analysis, custom radiometric measurements, and the detection of failure points in various materials such as composites, solar cells, and electronics. Additionally, it serves as a valuable asset for thermal stress mapping in hypervelocity impact testing and other materials research endeavours.

Complementing its advanced imaging capabilities, the X8580 offers a suite of features designed to streamline acquisition processes in demanding applications. Equipped with a four-position motorised filter wheel and compatibility with FLIR motorised focus lenses, this camera ensures superior recording quality, efficiency, and ease of use in dynamic acquisition environments. By combining high-definition resolution with rapid frame rates, researchers can capture detailed images of scenes and halt motion in high-speed events with precision, whether within laboratory settings or expansive test ranges.

High Resolution, High Sensitivity:

  • Obtain clear thermal images, even at high speeds.
  • Detect minute temperature differences with minimal noise.
  • Capture full 1280 × 1024 pixel resolution data at speeds of up to 181 Hz or up to 6,000 Hz in subwindow mode.
  • Ensure clear images by adjusting focus remotely using FLIR motorized lenses.
  • Simultaneously stream high-speed 14-bit data over Gigabit Ethernet, Camera Link, and CoaXPress.

On-Camera RAM/SSD Recording:

  • Record crucial thermal data directly to on-camera memory.
  • Store up to 34 seconds of full HD resolution data on on-camera RAM without any dropped frames.
  • Record up to 15 minutes of 1280 × 1024 resolution data at 181 Hz directly onto the included 512 GB SSD.
  • Remotely play back and transfer recorded data directly from the SSD via GigE, Camera Link, or CXP.
  • Swiftly remove sensitive data from the camera with hot-swappable SSD.

Synchronisation and Triggering:

  • Capture essential imagery by synchronising with external events or instrumentation.
  • Initiate on-camera data recordings using an external record trigger or specific IRIG-B time.
  • Precisely control when an image frame is generated or synchronise it with other equipment.
  • Align image capture times with other data using TSPI-accurate IRIG-B time stamping.

Multiple Software Interfaces:

  • View, record, analyse, and share important thermal data.
  • Stream thermal data directly to a computer running Windows®, MacOS®, or Linux®.
  • Make critical decisions quickly using FLIR Research Studio’s advanced analysis capabilities.
  • Incorporate camera functionality and recording into third-party software using the FLIR Science Camera SDK.
  • Facilitate collaboration with colleagues by enabling local analysis of shared data with FLIR’s free Research Studio Player.

Advanced Filtering Options:

  • Maximise camera imagery to meet specific requirements.
  • Easily switch between different filters using the accessible four-position motorized filter wheel.
  • Effortlessly install/remove spectral or neutral density filters in the field for optimal camera flexibility.
  • Ensure correct filter and calibration association with automatic filter recognition.
  • Optimise the camera system for unique applications with custom cold filter options.
Resoluton 1280 × 1024
Detector Pitch 12 µm
Spectral Range 1.5–5.0 µm
Detector Type FLIR indium antimonide (InSb)
Camera f-number f/2.5
Dynamic Range 14-bit
NETD 30 mK typical
Frame Rate (Full Window) Programmable: ~0.5 Hz to 181 Hz
Standard Temperature Range (with band matched optics) -20°C to 350°C (-4°F to 662°F)
Optional Temperature Range (with band matched optics) ND1: 45°C–600°C (113°F–1112°F) ND2: 250°C–2000°C (482°F–3632°F) ND3: 500°C–3000°C (957°F–5432°F)
Filtering 4-Position motorized warm filter wheel, standard 1-inch filters, user swappable
Focus Motorized (compatible w/manual)

KEY APPLICATIONS

  • HIGH-RESOLUTION THERMAL IMAGING
  • PCB TESTING
  • NON-DESTRUCTIVE TESTING
  • TARGET SIGNATURE
  • RADIOMETRY
  • STRESS MAPPING