• Non-Factory

    All images/figures courtesy of Edmund Optics
    Fig. 1. System Throughput
    The author from Edmund Optics provides a detailed discussion of the various specifications and potential trade-offs that go into designing a custom microscope objective.
    June 2, 2025
    Courtesy of Automation Intelligence
    automation_intelligence_logo_fov_third_story
    May 19, 2025
    ID 356933713 | Machine © Vladimir Zlotnik | Dreamstime.com
    Figure 1: Distribution yards have been pain points in the supply chain, in many cases because of delays in the movement of freight in and out of the yard. However, recent innovations using AI-assisted solutions may be the key to loosening up the bottleneck.
    April 14, 2025
    Courtesy of Carbon Robotics
    Figure 1: Carbon Robotics markets an autonomy kit—including machine vision components and deep learning algorithms—as well as a self-contained system to kill weeds using lasers.
    April 9, 2025
    ID 203157943 | Machine © Phuttaphat Tipsana | Dreamstime.com
    Figure 1: Stereo vision is often used in vision guided robotics in warehouses.
    March 31, 2025
    Courtesy of John Deere
    Figure 1: The Autonomous 9RX Tractor for Large-Scale Agriculture uses cameras in pods with overlapping FOV.
    Jan. 15, 2025
    Courtesy of Edmund Optics
    Figure 1: Microscope Objectives are responsible for gathering light from an object and forming an intermediate image, which is then either projected onto a sensor or magnified further by an eyepiece.
    Dec. 16, 2024
    Courtesy of College of Information Science and Engineering at Ritsumeikan University
    Figure 1: Researchers at Ritsumeikan University propose an edge-highlighting visualization technique for 3D scanned objects that employs two novel approaches: dual 3D edge extraction and opacity–color gradation.
    Dec. 11, 2024
    Image/Endeavor Business Media
    picture1
    Nov. 26, 2024

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