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Miniaturised 3D scanner
control, the high-performance stereoscopic 3D measuring system with a design diameter of 3 mm is particularly suitable for measuring, visualising and modelling (3D reconstruction) the smallest objects such [...] contribute to an accurate and comprehensive 3D model. With TinyScan360° it is possible to perform hand-held 3D surface measurements at a measurement distance of between 3 mm and 10 mm from the surface of the [...] The similarities between an autonomous excavator or forklift and the miniaturised 3D surface scanner TinyScan360°, developed by scientists at the Assistive & Autonomous Systems Research Group / AIT
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3D Printed Blood Pumps
with heart failure. However, the production of blood pumps is complex and expensive. Project OPTIFLOW 3D PROFACTOR, the Medical University of Vienna, Bionic Surface Technologies GmbH, UpNano GmbH, Lithoz [...] possibility to specifically structure the surface to enable ideal biocompatibility. In the OPTIFLOW 3D project, which is funded by the FFG, various technically and medically unexplored approaches are being
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3D inline surface inspection with xposure:photometry
Automated optical surface inspection for quality control is an integral part of industrial manufacturing processes. The AIT Austrian Institute of Technology supports companies in being internationall
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High-speed 3D inspection with any industrial camera
fields of applications. He will also address a recently published study comparing AIT ICI with other 3D imaging technologies on the market. The study showcases that the strengths of AIT Inline Computational
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New plugin for 3D height measurement in cloud-compare
Users of the 3D point cloud and mesh processing software CloudCompare can now enjoy a new 3D measurement tool for determining the height of points in virtual models. Philip Klaus, employee of the research [...] Imaging AIT Inline Computational Imaging (ICI) is a novel single sensor technology for simultaneous 2D and 3D inline inspection even for challenging inspection tasks. For more information see: https://www.ait [...] until now. "We work a lot with CloudCompare to visualize, measure, cut and evaluate the quality of our 3D reconstructions we get through our Inline Computational Imaging System. But unfortunately, it was not
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InVISION Top Innovations 2023: ICI:Microscopy
ICI:Microscopy for 3D high-performance inline quality inspection was awarded as a top innovation 2023 by inVISION. The 3D microscope was developed by the High-Performance Vision Systems research group [...] on variant of Inline Computational Imaging (ICI) technology. This enables inline 3D microscopy with up to 60 million 3D points/s. Scanning speeds of up to 12mm per second can be achieved with a lateral [...] information pls check : https://intranet.ait.ac.at/newsroom/up-to-date/news/detail/?tx_ttnews%5Btt_news%5D=7143&cHash=085236deedd9da11aecea876c199bd10 https://invision-news.de/top-innovations/
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AIT @ AIRPOWER 2022
- all this and much more was experienced by around 300,000 international visitors at AIPOWER from 2-3-Sept.2022 in Zeltweg/Styria. Research at first hand In addition to the large arena, AIT colleagues explained [...] technologies for light metal processing, such as "Wire-Arc Additive Manufacturing" (WAM) - the wire-based 3D printing of lightweight aircraft parts made of aluminum and magnesium alloys. We, at the AIT
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HVS @ Control 2020
Virtual Control was launched. HVS presents online Inline Computational Imaging enables simultaneous 2D and 3D imaging High Speed Sensing @ 600 kHz – world's fastest linescan camera Visit us at our virtual
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Where Research Meets Industry - AIT Excellence at the European Machine Vision Forum
which employs Inline Computational Imaging (ICI) technology. This system enables simultaneous 2D and 3D inspection of moving parts with resolutions down to the μm-range, addressing challenges in industrial
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Autonomous trucks find their path – even in poor visibility
needs a reliable 3D model of the environment. Based on the sensor data algorithms build and update the 3D map in real time. They also determine the current position of the vehicle. "The 3D modelling of the
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AIT Center for Vision Automation & Control gewinnt den Staatspreis Mobilität 2019
erhöhen. „Das AIT entwickelte unter anderem eine neue Methode der Fahrzeuglokalisation mittels optischer 3D Sensorik. Die Position der Straßenbahnen kann nunmehr ermittelt werden, ohne auf GPS oder infrastr
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AIT researcher Vanessa Staderini wins IEEE & AIT Women in Engineering Best Paper Award
for Vision, Automation & Control presented her research work in the field of automated optical 3D inspection. An independent international jury evaluated all submissions in a blind review process and [...] Staderini presents a new model-based approach for the automated generation of optimal camera poses for 3D inspection. She introduces a new formulation to ensure complete coverage and guarantee the desired [...] ICVS 2023. Lecture Notes in Computer Science, vol 14253. Springer, Cham. https://doi.org/10.1007/978-3-031-44137-0_17