Thermal & Infrared How non-visible light is revolutionising industrial imaging From quality control of silicon wafers to detecting bruised fruit or preventing maritime collisions, non-visible light wavelengths offer transformative imaging opportunities Latest Content How non-visible light is revolutionising industrial imaging Teledyne FLIR OEM launches thermal imaging dev kit at DSEI UK Can fruit farmers perform quality control without destroying the fruit? Spectroscopy says yes New technologies Cambridge beer festival demos thermal imaging White papers A short introduction to shortwave infrared (SWIR) imaging A short introduction to shortwave infrared (SWIR) imaging: An overview of SWIR technology and principals. Carbon nanotube applications and luminescence-based imaging with SWIR cameras Examples of how deeply cooled scientific SWIR InGaAs cameras are being used as enabling technologies for luminescence-based imaging of nanotubes More content Lunar Trailblazer uses advanced thermal imaging to map water on the Moon Travis Wood, Lattice Materials President, on sourcing raw materials for infrared optics Q&A: Alanson Sample & Yasha Iravantchi – Privacy Lens “There aren’t many cameras people are willing to put in their bathrooms” Q&A: Thermal imaging and machine vision combine for marine applications: “We can detect anything floating on the surface of the water” Seeing the unseen: the indispensable role of infrared and thermal imaging systems Three Key Themes from VISION 2024: Lights, Cameras, AI-ction Accessible thermal imaging/AI method optimises sports performance Thermal imaging enables fire-fighting drones Machine vision and AI used to improve passenger safety in maritime ferry transport for the first time Cloud-connected thermal imaging and IoT 'easier to install and operate' Method converts visible to infrared light, boosting communications and defence AI smartphone thermal imaging can detect breast cancer early Pagination Previous page ‹ Previous Page 2 Next page Next ›
