?Exciting News in Machine Vision Technology!?? Metrologically Speaking just shared a fantastic update on the Vicos DTCM Matrix BI-Telecentric Lenses, which are setting new standards for accuracy in machine vision applications. These advanced lenses offer unparalleled precision, making them a game-changer for industries that rely on exact measurements and high-quality imaging. If you're looking to enhance your machine vision capabilities, this innovation is definitely worth a closer look. Check out the full article to see how these lenses could revolutionize your operations: Read more https://lnkd.in/e-_manNU #MachineVision #TechInnovation #PrecisionEngineering #Industry4_0 #MetrologicallySpeaking
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#NXP's high-performance radar processing and power efficiency of the S32R45 enable the latest 4D imaging radar applications ??Discover more on our web! #FutureRadarNow #RadarTech2024
What Do You Know About NXP's S32R45 High-Performance Processor for Imaging Radar? Dive Deeper Today!
weare.nxp.com
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#NXP's high-performance radar processing and power efficiency of the S32R45 enable the latest 4D imaging radar applications ??Discover more on our web! #FutureRadarNow #RadarTech2024
Exploring NXP's S32R45 High-Performance Processor for Imaging Radar - Learn More Now!
weare.nxp.com
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#NXP's high-performance radar processing and power efficiency of the S32R45 enable the latest 4D imaging radar applications ??Discover more on our web! #FutureRadarNow #RadarTech2024
Learn About NXP's S32R45 High-Performance Processor for Imaging Radar - Explore Now!
weare.nxp.com
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#NXP's high-performance radar processing and power efficiency of the S32R45 enable the latest 4D imaging radar applications ??Discover more on our web! #FutureRadarNow #RadarTech2024
Discover the Latest on NXP's S32R45 High-Performance Processor for Imaging Radar!
weare.nxp.com
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Select the right line scan camera technology. The JAI A/S whitepaper demonstrates how to select the right line scan camera technology for your high-speed, industrial production applications, requiring color or multi-spectral imaging. We do this through a comparison of single sensor multi-line cameras to multi-sensor prism-based line scan cameras. Download your complimentary copy here: https://lnkd.in/eimUepet
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Module Development Engineer @ Intel | Semiconductor | Laser Physics | Optics | Ultrahigh Vacuum Systems
We developed a new 3D imaging technique for the multi-hit imaging of Ions using two-conventional CMOS camera, a delay generator, and a simple LED device to suppress the camera jitter to give a time resolution better than 2 ns. This new method does not need a specialized timing device and can detect multiple ions within a single laser shot, up to 10 counts per laser shot. This technique offers a powerful alternative approach for performing covariance imaging at low-cost with a better timing resolution for ion detection. Have a good read!!! #wsuchem
A multi-mass and multi-hit two-camera 3D ion momentum imaging system
pubs.aip.org
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A research group from Sichuan University developed a deep-learning-assisted method that enhances the accuracy and efficiency of 3D imaging for dynamic scenes. Traditional methods struggle to balance precision with speed, but the optimized pipeline achieves real-time imaging with an RMS error of less than 0.031 mm, a resolution of 1280x800, and speeds exceeding 100 fps. Learn more in #AdvancedImaging: https://lnkd.in/g9sf6PMC
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Metrologically Speaking Monthly Newsletter - Unlocking Precision, Innovation, and Efficiency in Modern Manufacturing!
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