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1.Equipment condition monitoringApplication Scenario: Key equipment such as motors, transformers, switch gear, etc.Role: Monitor the temperature change of these equipments, detect overheating problems in time, and prevent equipment failures and accidents. 2. Energy efficiency analysisApplication Sce Read More

Why is Thermal Imaging Relevant？Convergence of technologieslUbiquitous imaging sensorslEdge computinglArtificial Intelligencel5G communicationslSmart cities, smart homes and smart appliancesMeasure and you shall improvellHealth care and epidemic managementlSafety(fire) and security(surveillance)lEne Read More

Three advantages of infrared thermal imaging technology for drones. 1. Improve the accuracy of target recognition 2. Protecting personnel safety 3. Enables efficient, non-contact temperature measurement Read More

Automotive thermal imager is truly a groundbreaking technology that can improve road safety, visibility, and safety. As the technology rapidly advances, thermal imaging technology is likely to become more common and will be applied to a wider range of vehicles. Whether you are a tech savvy seeking the latest innovations or just someone who cares about road safety, understanding the basics of thermal imaging can help you make better decisions about the vehicle you drive and the technology it uses. Read More

an infrared thermal imaging technology is to convert the invisible infrared energy emitted by an object into a visible thermal image. The different colors on the thermal image represent different temperatures of the measured object. Read More

Light is visible light, which is the electromagnetic wave that the human eye can feel. The wavelength of visible light is 0.38-0.78 μ m. Electromagnetic waves shorter than 0.38 microns and longer than 0.78 microns can not be felt by human eyes. An electromagnetic wave longer than 0.78 microns lies outside the red of the visible light spectrum and is called infrared. Infrared radiation, also known as infrared radiation, refers to electromagnetic waves with a wavelength of 0.78~1000 microns. The part with a wavelength of 0.78~2.0 μ m is called near-infrared, and the part with a wavelength of 2.0~1000 μ m is called thermal infrared. Read More