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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
Overview: Roboception @Automatica 2018
Pick-and-Place Application with Christmas Baubles
Hand-Eye-Calibration with KUKA iiwa
Application with rc_reason TagDetect
Roboception wins Bavarian Innovation Price 2018
rc_reason SLAM – Localization and Mapping
An Apple a Day… Integrating the rc_visard with ROS
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
Today’s complex robot vision applications can require reliable high-speed processing/ low latencies, the parallel use of multiple sensors, a seamless integration of user-owned software elements within the vision pipeline – or even all of these, and more, in a single use case. At the same time, space is limited and hardware must be fit for the day-to-day use in industrial environments. Good news: We’ve got you covered.The rc_cube I, our industrial edge computer, optimizes the capabilities for our rc_reason software modules and features a UserSpace for the deployment of your own software components – so you will only need this one computer in your cell. It supports up to four sensors (not limited to our own rc_visards, you could also include e.g. a Basler blaze) that can be operated in parallel to cover different parts of the scene. Each has ist individual settings and vision pipeline, while your configured regions of interest, load carriers, grippers and templates are shared across all pipelines.
At Danfoss, a Danish manufacturer of mobile hydraulics as well as electronic and electrical components, robotic systems equipped with 3D sensors now reliably and precisely recognize and move a large number of different components. In the new production line implemented by Danish integrator Quality Robot Systems (QRS), a total of six KUKA robots take over work steps that were previously performed manually. For this, the robotic cells must recognize and move up to 100 different components without manual intervention. Read the full story of how - despite initial doubts - QRS was "able to provide our customer with the perfect solution.”
Have a look (click): automatica sprint and munich_i – with a live session on June 23: This year’s automatica – a digital edition – takes place on June 22 to 24 – and Roboception is of course involved with a digital presence at both the automatica sprint digital exhibition and the accompanying premiere of munich_i. The munich_i platform on robotics and artificial intelligence, newly launched by automatica and the Munich School of Robotics and Machine Intelligence (MSRM) at the Technical University of Munich (TUM), is unique worldwide and addresses economically and socially pressing questions under the motto intelligence empowering tomorrow. Our 2021 automatica highlight is the rc_reason CADMatch Module: Enable your robotic system to reliably detect, localize and pick objects from unmixed load carriers, fully independent of the object‘s position and orientation: Simply feed a CAD-based template into the rc_reason CADMatch Module, define one (or several) grasp point(s) on your object with just a few mouse clicks, and easily deliver task-relevant information for your robotic application. Do not miss our munich_i company session on Wednesday, June 23, at 4 pm for a live demo of the rc_reason CADMatch module! You’d like to browse through automatica sprint? Contact us for a digital ...