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Difference Between SWIR, MWIR, and LWIR Cameras
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Infrared cameras have revolutionized many industries, offering insight beyond the range of visible light and what is present to the naked eye by filling in the gaps in human sight. It’s a versatile and powerful tool that offers a range of applications across fields.
Unparalleled Advantages with Pharsighted E9•80S
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In a world of evolving technology and innovation, the need for speed and precision continues to drive progress in many industries. As the world’s first backside-illuminated, full-frame high-speed camera, the Pharsighted E9•80S Ultra High-Speed Camera is cutting-edge technology that pushes boundaries in capturing and analyzing fast-paced events, providing a critical tool for researchers, engineers, scientists, and manufacturers.
Cavitar C400 & C300 Welding Cameras and Applications
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As the core of the welding process emits a very bright light that blinds the eye and standard camera systems, it makes it challenging to visualize any of the monitoring processes. Cavitar Welding Cameras provide clear visualization of welding operations with options that are compact and ready to use in even the most challenging environments.
SWIR Imaging (Short-Wave Infrared Imaging): What is it?
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Short-wave infrared imaging (SWIR) is an advanced technique that generates images from the electromagnetic spectrum invisible to the human eye, generally defined as light in a wavelength range of 0.9 – 1.7μm but can also range from 0.7 – 2.5μm. SWIR cameras are imaging systems that are compact, portable, and offer precise detail from color measurements to advanced chemical imaging.