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A novel fingerprint identification system, developed by Egidijus Auksorius and Claude Boccara at The Langevin Institute in Paris, France, offers a more secure and reliable method for identifying individuals. This system utilizes a camera that captures images of the internal fingerprint, rather than …
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The latest ultra-resolution industrial image sensors are delivering impressive performance, particularly in terms of pixel throughput. We’re seeing capabilities like 25 megapixels at 72 frames per second, traditionally transferred via Camera Link, now increasingly utilizing CoaXPress (CXP) …
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At Adimec, we believe that continuous dialogue and knowledge sharing are essential for driving innovation in the field of machine vision. Our blog (https://www.adimec.com/blogs/) serves as a central hub for these discussions. To help you broaden your understanding, here are some valuable resources …
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Flat-Field Correction (FFC) is a crucial process for image acquisition, addressing sensor and lens artifacts, and ensuring consistent image uniformity regardless of exposure settings. How FFC Works FFC primarily targets sensor artifacts, particularly in CMOS-based cameras where pixel performance …
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The trend in situational awareness, long-range observation, and designator systems is shifting towards continuous, full-motion video capture. This is primarily achieved through multi-sensor modules incorporating full HD or higher resolution image sensors. Compared to static images, full motion video …
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This post highlights key resources for understanding and selecting advanced imaging systems. We’ve compiled a selection of popular articles covering a range of applications, including photon transfer curve measurement, hyperspectral imaging, and underwater imaging. Measuring the Photon Transfer …
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Hyperspectral imaging merges imaging and spectroscopy, significantly enhancing measurement accuracy across diverse applications. At the 2013 Photonics West Exhibition, Imec showcased their approach to this technology. Collaboration with Adimec Imec partnered with Adimec, recognizing their expertise …
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Hyperspectral imaging represents a powerful fusion of spectroscopy and imaging technologies. It achieves this by meticulously dividing the light spectrum into extremely narrow bands – typically within the ultraviolet, visible, and near-infrared (NIR) ranges. Why the Narrow Bands Matter This granular …
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As image sensor technology advances, particularly with the rise of large CMOS sensors boasting millions of pixels, the issue of defect pixel correction has become increasingly critical. These defect pixels, or “bad pixels,” arise when individual sensor elements exhibit significantly different …
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Selecting the ideal industrial camera for your new system is crucial – it can prevent costly redesigns and upgrades down the line. But with hundreds of options available, how do you determine the best camera without testing it in your final design? This blog series will guide you through a …
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As December approaches, it’s a time for reflection on the past year in industrial imaging and machine vision. Over the last twelve months, we’ve witnessed significant advancements, particularly with CMOS technology rapidly approaching the capabilities of traditional CCD image sensors. A key …
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The number of cameras and the mix of high-end and lower-end models you need depend on how you will use a machine-vision system. According to Joost van Kuijk, VP of marketing and technology for Adimec, systems can range from three cameras for simple tasks like pick-and-place component inspection, to …