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  • Compression sans perte : Maximiser les fréquences d’images et dépasser les limitations de bande passante GigE

    La compression sans perte est une fonctionnalité disponible sur certaines caméras de vision artificielle GigE Teledyne de FLIR. Elle permet d’augmenter de jusqu’à 170 % la fréquence d’images, de minimiser l’utilisation de l’espace disque et donc d’augmenter le nombre de caméras sur un seul bus tout en préservant 100 % des données d’image.

  • Teledyne Barcode Scanning

    The trend to replace laser-based barcode readers with 2D image-based scanners is well underway in all Automatic Data Collection market sub-segments including scan engines, hand-held, fixed position, industrial/smart factory, and auto identification. To take full advantage of the technology transition, Teledyne has designed the Topaz family of CMOS image sensors, which have a tiny footprint, low-power consumption and use state-of-the-art low noise, global-shutter pixel technology to offer cost efficient solutions. Available in 1.5M and 2M, Topaz sensors enable ultra compact mobile designs for various barcode scanning applications and other logistics applications such as drones and autonomous mobile robots.

  • Teledyne Machine Vision

    Teledyne Machine Vision Learning Articles

  • Teledyne Print Product Inspection

    Many printed products (currency, tickets, commercial publications, newspaper, pharmaceutical and food packaging, and more) require 100% print inspection (often in color) as part of their quality control process; many require this inspection multiple times during production.

  • Teledyne Positioning

    For inspection on high-speed production lines, offline verification audits or robot-guided pick and place, positioning tools are critical to successful machine vision. Positioning tools, locators or pattern finders recognize and determine exact position and orientation of parts. Results can be transferred directly to material handling devices or used to position other tools required for the inspection. We refer to this correcting for part movement as landmarking.

  • Teledyne Measuring, Gauging, and Verifying Tolerances

    Manufacturing requirements for measurement range from presence verification to checking high-precision dimensional accuracy and geometrical tolerances. Attention to the inspection environment and image quality is as important as the vision algorithms themselves. Teledyne sub-pixel measurement tools, combined with the right optics and stable lighting, provide the precision and repeatability to ensure manufacturing accuracy.

  • Teledyne Postal and Parcel Inspection

    Teledyne DALSA's high speed, large resolution Piranha XL, Piranha HS TDI cameras and Linea and Piranha 4 line scan cameras enable inspection systems to easily capture barcodes on any parcel. The huge advantages in sensitivity provided by TDI (often 100x more sensitive than traditional line scan) allows truly superior speed and image quality, even with stopped down lenses, and without the need for expensive, high-power illumination.

  • Trade Show

    Teledyne exhibits at top international machine vision camera trade shows. Visit our booth for live in-person demo of our industrial cameras.

  • What is Machine Vision?

    You may not realize it, but machine vision technology is everywhere. Anything mass produced - from food to semiconductors to textiles - relies on machine vision to guide automation and check product quality. As the name suggests, machine vision is basically the ability of a system (such as a computer) to see. The system then analyzes the image to make a decision or classification. Automated product inspection, face recognition, and collision avoidance technology are possible thanks to machine vision technology.

  • CMOS Machine Vision Cameras Help Make Digital Fluorescence Microscopy Affordable

    Zaber Technologies designs and manufactures affordable, integrated, and easy to use precision positioning and motion control devices for applications in photonics and optics, life sciences, microscopy, and industrial automation. Their MVR motorized inverted microscope lowers the barriers of entry to automated microscopy by offering an affordable microscope built for continuous use, saving researchers both time and money.

  • Prime 95B sCMOS vs EMCCD For Super-Resolution Imaging

    To support our claim that the Prime 95B is the best camera for localization microscopy, we have collaborated with some of our customers to compare the localization accuracy of the Prime 95B to popular EMCCD cameras.

  • FLIR Systems Announces Industry-First Deep Learning-Enabled Camera Family

    WILSONVILLE, Ore., October 18, 2018 -- FLIR® Systems, Inc. (NASDAQ: FLIR) today announced the FLIR Firefly® camera family, the industry’s first deep learning inference-enabled machine vision camera. The FLIR Firefly, which integrates the Intel® Movidius™ Myriad™ 2 Vision Processing Unit (VPU), is designed for image analysis professionals using deep learning for more accurate decisions, and faster, easier system development.