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  • Improve Condition Monitoring with Thermal and Acoustic Cameras | Teledyne FLIR

    Detect equipment faults long before they cause damage with thermal and acoustic imaging cameras to lower your energy costs and avoid downtime.

  • Control Your Home Energy Bills with a Thermal Imaging Camera | Teledyne FLIR

    Relieve the stress of high energy bills by using a thermal imaging camera to detect invisible areas of energy loss in your home. Read this article to learn how.

  • How Chip Design Systems Pushes FLIR Cameras Capabilities with their IR Projectors

    The future of validating and improving aerospace and autonomous vehicle design relies on hardware in the loop (HWIL or HIL) testing. This approach involves connecting a control module—for example, a missile guidance, navigation, and control—to software that generates a simulated environment that “tricks” the control module into acting as though it’s engaging with a real environment. This allows R&D teams to run hundreds or thousands of varying test scenarios without the costs, time, or potential risks associated with field testing. HWIL testing as it is applied to hypersonics research applications requires bleeding edge technology, and Chip Design Systems is leading improvements in the area of infrared scene projectors for these tests.

  • Streamline Acoustic Camera and User Management with the Organization Feature

    When it comes to managing devices and user access, efficiency and data security are paramount. Enter the Organization feature available in FLIR Acoustic Camera Viewer, designed to streamline the way camera and user management are handled within organizations.

  • iNspect: Simple Infrared Machine Vision Solution

    Simple, cost-effective thermal machine vision solution built for the factory floor: For users of Teledyne FLIR fixed thermal camera solutions such as the FLIR A38/A68, the GEVA 400 iNspect package offered by Teledyne DALSA is a simple and affordable solution. It is pre-loaded with iNspect software (now with 16-bit camera support) that connects to GigE-based FLIR thermal camera platforms including the FLIR A50/A70, FLIR A400/A700, and FLIR A38/A68.

  • Capturing Hidden Air Leak in Time Prevents Serious Incidents and Saves Costs at a Pharmaceutical Plant

    A global pharmaceutical company discovered that an acoustic camera is a reliable, fast, and easy-to-use predictive maintenance method for detecting hidden air leaks in the plant area.

  • Leveraging Acoustic Imaging for Proactive Maintenance in Conveyor Systems

    In industrial settings the early detection of machinery faults is crucial for preventing costly breakdowns and ensuring the smooth operation of equipment. A proactive approach using an acoustic camera proved instrumental in identifying and addressing critical bearing faults at a metalworking facility.

  • Detecting Air Leaks and Mechanical Faults in ATEX Zone 22 with the FLIR Si2x Acoustic Imaging Camera

    Discover how to detect and prevent air leaks and mechanical faults in hazardous dusty environments with the FLIR Si2x series acoustic cameras. Certified for ATEX Zone 22, these advanced ultrasonic detection solutions ensure safety, efficiency, and compliance in industrial settings.

  • Quantitative Optical Gas Imaging for Hydrocarbon gas leaks

    In this recorded webinar, Director of Business Development for Optical Gas Imaging, Craig O'Neill, discusses the Quantitative Optical Gas Imaging for Hydrocarbon gas leaks.

  • FLIR Hadron Enables Lightweight and Affordable sUAS

    Two innovative companies have integrated the new FLIR Hadron into sUAS platforms being launched this summer. The Hadron is a compact, low power form factor that includes both a visual and thermal camera and is designed to enable lightweight and dynamic aircraft. Teal Drones and Vantage Robotics took advantage of the Hadron’s state-of-the-art capabilities to create sUAS platforms at the leading edge of the industry.

  • How to Clean a Thermal Camera Lens

    The goal of cleaning a thermal camera lens is to remove excess dirt and oils that are interfering with measurement or image accuracy. As a rule, clean your thermal camera lens only when strictly necessary. It is not necessary to clean your camera lens regularly or before every use, only when there is visible dirt or fingerprints. 

  • What is a Non-Uniformity Correction (NUC)?

    Non-uniformity correction (NUC) adjusts for minor detector drift that occurs as the scene and environment change. Basically, the camera's own heat can interfere with its temperature readings. To improve accuracy, the camera measures the IR radiation from its own optics and then adjusts the image based on those readings. NUC adjusts gain and offset for each pixel, producing a higher quality, more accurate image.