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  • Identifying Poor Interconnection On Electric Vehicle Battery Modules

    The battery packs used to power electric vehicles are large modules built using several smaller batteries. These modules are installed into a rigid frame and connected to create larger, finished battery packs. Improper mechanical connections between modules can result in high resistance, leading to a loss of power or even a battery fire.

  • New FLIR Camera Technology Provides Unmatched Perimeter Security So Users Can Detect, Track, and Act

    FLIR, a Teledyne Technologies company, today released its newest high-resolution visible/thermal security camera for commercial and industrial sites, the FLIR PT-Series AI SR. FLIR developed this visible 4K and thermal pan/tilt short-range security camera in response to modern security challenges that require more than just passive detection and monitoring: they demand a multispectral solution that actively identifies, tracks, and responds to threats in real time. With the FLIR PT-Series AI SR, site operators can detect intrusions early, gain a better understanding of threats from improved intruder identification, and leverage smarter data coordination for a stronger, more comprehensive security response. 

  • Thermal Imaging for Hydrogen Flame Detection and Monitoring

    Renewable hydrogen is set to play a crucial role in the energy transition. European member states are already experimenting with this promising energy carrier, and they are testing how they can repurpose existing natural gas distribution networks to bring hydrogen to the consumer. Hydrogen is a highly flammable gas. That is why technical staff working on these hydrogen distribution networks will need to be trained for safety. They will also need to be equipped with the right tools to detect hydrogen leaks and see hydrogen flames in time. One such tool is the thermal imaging camera.

  • New Capabilities for Updated identiFINDER R425 Now Available

    Teledyne FLIR is excited to announce new capabilities for the identiFINDER R425 next generation radionuclide identification device. The updated identiFINDER R425 features three key improvements on the original R425. We have added a higher resolution detector option, a higher dose rate capability, and improved ruggedness with a new class screen cover.

  • identiFINDER R425 Firmware Update

    Information on the latest firmware update for the identiFINDER R425.

  • identiFINDER R425 Firmware Update

    Teledyne FLIR is excited to announce a new firmware release for the identiFINDER R425. Read about the most significant enhancements and new features here.

  • Oil Spill Detection with Infrared Imaging

    Oil spills in water present a special challenge for imaging-based detection methods. In the visible-light waveband (VIS for short), ocean water is often murky and appears dark when looking straight down. At high angles, ocean water reflects the sun, horizon or sky and can appear very bright. Against this highly variable surface brightness, any thin film of liquid floating on the surface can be hard to see with the naked eye or with a color video camera.

  • Working with Estonian Fire Service for 10 Years

    For 10 years Teledyne FLIR has established excellence in the field of fire fighting by tailoring our K-series cameras to those who run in first. From image quality to ease-of-use and intense durability, our cameras have satisfied first responders throughout the years to make their job easier and ensure safety. Learn about the difference FLIR has made with the Estonian Fire Service from our video below.

  • Autonomous Operations and Lean Crewing Set to Drive a Greater Reliance on Thermal Cameras in Maritime Sector

    Teledyne FLIR is predicting an increase in the use of thermal and visual cameras in the maritime sector as the growth of autonomous vessels and leaner crewing gathers pace.

  • Détection de fuites de pétrole par imagerie infrarouge

    La détection d'hydrocarbures déversés en mer constitue un défi particulier pour les méthodes de détection par imagerie. Dans la plage de fréquence de la lumière visible (abrégée VIS), l'eau de mer est souvent trouble et apparait sombre lorsqu'on l'observe verticalement par le haut. À de grands angles, elle réfléchit le soleil, l'horizon ou le ciel et peut apparaitre très brillante. Mêlé à cette brillance très variable, un film fin de liquide flottant à la surface peut être difficile à percevoir tant à l'œil nu qu'avec une caméra vidéo couleur.

  • À la Maison de la monnaie : Détection précise de l'angle pour l'estampage de pièces de monnaie

    Ainsi, chaque pièce d'une grande monnaie est un producteur industriel de masse et doit fonctionner avec des processus de haute précision.

  • Un véhicule autonome uniquement conduit par des caméras

    Les chercheurs d'Oxford sont en train de développer des véhicules autonomes uniquement basés sur des systèmes de vision pour naviguer à travers leur environnement.