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By John Oncea, Editor | Hyperspectral imaging is emerging as a powerful complementary technology to traditional machine vision, offering enhanced capabilities for automated inspection, sorting, and quality control across various industries. |
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SPOTLIGHT ON HYPERSPECTRAL IMAGING |
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| Revealing Cotton's Fiber Quality With Hyperspectral Imaging | Application Note | By Jeff MacCubbin and Mike Zemlan, BaySpec Inc. | Hyperspectral imaging systems or cameras have been bulky, heavy, and costly. However, recent technological advances are changing that and opening the door to new opportunities in hyperspectral imaging. |
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| What Optical Filters Should You Consider For Raman Spectroscopy? | Application Note | IDEX Health & Science | Semrock | Melles Griot | Discover the diverse world of Raman instrumentation, from powerful microscopes for precise lab analysis to compact field-ready probes. Explore their essential filters and optimal system layouts. |
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| Applications Of High Speed SWIR Imaging | Application Note | Sensors Unlimited Inc., An RTX Company | Explore the remarkable world of NIR and SWIR imaging technology, its diverse applications, unique capabilities, and the transformative impact it has on a diverse collection of industries. |
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| Why Do Super-Resolution Microscopy Advancements Leverage Piezo Technology? | By Emily Newton | Super-resolution microscopy gives researchers a non-destructive way to observe molecular-level intracellular interactions. Although first proposed in the 1970s, this method has become more widely accessible and powerful over the past couple of decades. Technologies that use piezo in microscopy are among those that have furthered the progress. Although the piezoelectric effect generates electricity in response to mechanical pressure on a material, it also makes super-resolution microscopy more effective. |
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Headwall Photonics CEO Mark Willingham takes us inside the Headwall Group and their three primary business units - optical components, remote sensing, and hyperspectral imaging. |
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