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Roboception @ automatica 2022 Vision Expert Huddles
A 10-Minute Introduction to Our Vision Solutions
AppliedAI for (De)Palletizing: rc_reason BoxPick Application
AppliedAI for Pick-and-Place: rc_reason ItemPick Application
Pick-and-Place Application with Christmas Baubles
Overview: Roboception @ automatica 2018
Application with rc_reason TagDetect
Hand-Eye-Calibration with KUKA iiwa
rc_reason SLAM – Localization and Mapping
An Apple a Day… Integrating the rc_visard with ROS
Roboception wins Bavarian Innovation Price 2018
Kuka Live Session at Hannover Fair 2017
rc_visard 65- Bin Picking Application with Object Detection
3D Orientation of rc_visard and Demonstration of Pointcloud
rc_visard Unboxing – Quick and Easy Setup
Of course, bricks aren't exactly boxes - nonetheless, their rectangular shape is what makes them ideal for a successful application of Roboception's BoxPick solution: In this newly released use case, learn how Kautenburger GmbH (Germany) implemented a vision component for Refrectarios Kelsen S.A. (Spain) that supports the automated de-palletizing of oven bricks from wagons, nevermind the fact that these bricks come in 100+ different shapes and sizes, and tend to change shape and position ever so slightly throughout their production process. Read how a seemingly simple and cost-efficient modification, flawlessly implemented, reduced the cycle time for a pick-and-place from 18 to nine seconds and hence allows for more efficient handling.
Last month, the rc_visard was part of a Planetary Exploration Mission - or rather, the simulation of one: As part of the ARCHES project, the German Aerospace Center (DLR) and its partners including the Karlsruhe Institute of Technology (KIT) and European Space Agency (ESA) took a small fleet of robots to the Italian Mount Etna volcano in order to simulate robotic exploration and experiments as the project’s ‘Demo Mission Space’. Mounted on the DLR's Lightweight Rover Unit (LRU), the rc_visard was used e.g. to reliably localize scientific instruments and tools, and for the rover's internal environment modelling. Roboception is an industry partner of the ARCHES project. This Helmholtz Future Project is the development of heterogeneous, autonomous and interconnected robotic systems in a consortium of the Helmholtz Centers DLR, AWI, GEOMAR and KIT, with future fields of application spanning from the environmental monitoring of the oceans over technical crisis intervention to the exploration of our solar system. For more information on this mission, the project's Deep Sea Demo Mission and the overall project, visit the ARCHES Project Website... All images are © DLR.
We are looking forward to hosting a course on the ‘Foundations of Robotics’ together with the Universitat Politècnica de Catalunya on July 13 and 14 at the UPC's premises in Barcelona. Held in the context of the 5GSMARTFACT project, the course is designed for its Early Stage Researchers with little or no background on robotics, perception and ROS. However, some seats remain and we are hence opening the registration –if you’re interested (or know someone who might be), read more and sign up here... 5GSmartFact is an MSCA-ITN project whose objective is to study, develop, optimize and assess the deployment of 5G networks for the benefit of industrial automation. 5GSmartFact has received funding from the European Union's Horizon 2020 research and innovation programme under the Marie Skłodowska-Curie grant agreement ID 956670