Flir Downloads

  1. Evaluating The Increase And Distribution Of Temperature During Dental Drilling Using A Thermal Imaging Camera
    3/28/2016

    In some cases, the rotary speeds from dental drills can cause dangerously high temperatures, which can permanently damage bone tissue as they increase the denaturation of hard tissue proteins. This article discusses research on drilling techniques in a lab setting. 

  2. Next Generation IR Technologies Solve High Speed Automotive Testing Challenges
    3/2/2016

    Non-contact forms of measurement are not fast enough to stop the motion on high speed targets and cannot take accurate temperature measurements. This application note discusses the need for cooled thermal cameras with short exposure times for these types of measurements

  3. 640 x 512 Resolution IR Camera: FLIR X6900sc Brochure
    3/1/2016

    The FLIR X6900sc is the world’s fastest 640 x 512 resolution IR camera designed to record 1000 fps at full resolution onto the camera RAM for up to 26 seconds. With advanced triggering and synchronization, a secure solid state storage drive, and four-position motorized filter wheel, the FLIR X6900sc offers the perfect blend of high speed visible camera features with the latest in FLIR infrared technology.

  4. 640 x 512 Resolution IR Camera: FLIR X6800sc Datasheet
    3/1/2016

    The FLIR X6800sc is the world’s fastest 640 x 512 resolution IR camera designed to record 1004 fps at full resolution onto the camera RAM for up to 26 seconds. Whether measuring temperatures on fast moving objects or characterizing the thermal transient of objects as they heat up, this camera offers the rapid frame speed, high resolution, and thermal sensitivity required to virtually stop motion for accurate temperature readings, and for recording gradients across the entire frame.

  5. 640 x 512 Resolution IR Camera: FLIR X6900sc Datasheet
    3/1/2016

    The FLIR X6900sc is the world’s fastest 640 x 512 resolution IR camera designed to record 1000 fps at full resolution onto the camera RAM for up to 26 seconds. Whether measuring temperatures on fast moving objects or characterizing the thermal transient of objects as they heat up, this camera offers the rapid frame speed, high resolution, and thermal sensitivity required to virtually stop motion for accurate temperature readings, and for recording gradients across the entire frame.

  6. FLIR A325sc IR Cameras Datasheet
    1/28/2016

    The A325sc Series is designed to deliver the accurate thermographic imaging and repeatable temperature measurement necessary in R&D and scientific applications. Each thermal image is built from over 76,000 individual picture elements that are sampled by the camera’s on-board electronics and firmware.

  7. FLIR A325sc IR Cameras Brochure
    1/28/2016

    The A325sc Series is designed to deliver the accurate thermographic imaging and repeatable temperature measurement necessary in R&D and scientific applications. Each thermal image is built from over 76,000 individual picture elements that are sampled by the camera’s on-board electronics and firmware.

  8. Thermal Imaging Cameras Allow Machines To Read Human Emotions
    12/3/2015

    Scientists are researching how machines can understand human emotions through thermal imaging. In order for Artificial Agents (AAs) to set up contingent emotional and psychophysiological interaction with humans, the automatic nervous system (ANS) must be monitored and translated efficiently. 

  9. Long-Wave Infrared Camera: FLIR T1030sc Brochure
    11/19/2015

    The new FLIR T1030sc Long-Wave Infrared Camera is designed to capture images with 786,432 non-contact temperature measurements at 30 frames per second (fps). It has a thermal sensitivity of more than twice the industry standard at more than 20 mK (NETD), and is equipped with the FLIR OSX™ Precision HDIR Optical System that features an ultrasonic drive, ambient temperature drift compensation, and parasitic radiation protection.

  10. High Speed Thermal Cameras – The Need For Speed
    9/15/2015

    The traditional method of measuring heat with thermocouples or spot parameters doesn’t always provide the complete picture of a device’s thermal properties. However, infrared cameras are able to capture thousands of high-speed, highly accurate thermal measurements, and generate compelling data for important research. The two types of thermal cameras include the cooled photon-counting cameras, and the uncooled microbolometer-based cameras. This application note discusses the different features and uses of these cameras, as well as providing real life examples of their fast and reliable measurement capabilities.