14
vision award
AutoVision – machine vision simplified
Jonathan Ludlow Microscan Systems
AutoVision from Microscan allows end-users who are not skilled machine vision professionals to create
machine vision applications. The platform allows novice users to configure AutoVision smart cameras by providing step-by-step guidance. The core of AutoVision software is a set of eight tools that support common machine vision functions, which can be dragged and dropped onto the image. When the user adjusts the parameters, feedback is provided immediately in the image.
The platform supports two smart cameras.
The Vision Hawk is a compact industrial smart camera and supports liquid lens auto- focus. AutoVision greatly simplifies setting up an application, since the user does not have to access the lens to make focus and aperture
adjustments. The Vision Mini is small and supports a complete range of general purpose machine vision tools and capabilities. It also includes auto-focus optics and built-in lighting.
www.microscan.com
NeoImagebox – all-in-one solution for optical documentation in motion Susi Schnedelbach Neogramm
The neoImagebox captures the content of delivery boxes before they are securely closed and shipped. The images can be used as proof of
packaging in the event of customer complaint and for a more efficient fault analysis. The standalone camera system is flexible and easy to implement into existing process structure. It captures images in motion and guarantees the reliable automatic storage of all data. The camera is triggered via a photoelectric sensor. The images are high quality even with
reflective materials. When the package passes the system, a barcode scanner reads the code on the box and saves the information on the computer. The captured image is stored locally on the computer, linked to the barcode information and then transmitted to the user’s database. Each image can be viewed in any browser within the intranet via HTTP-request.
www.neogramm.de
Color Native WDR: High colour fidelity over more than 140dB dynamic range Christian Bouvier, Yang Ni, Nicolas Baroan New Imaging Technologies (NIT)
Colour processing of single-frame WDR sensors using non-linear or piece-wise linear response has been considered a big
computational issue for decades. New Imaging Technology has resolved this problem by extending its previous range of pure logarithmic WDR CMOS sensors with the Color Native WDR sensors.
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