EU-funded projects joined forces to form the Effective Industrial-Human Collaboration Cluster.

Together, they are revolutionising the manufacturing sector with their pioneering work in human-robot collaboration.

Learn more on Cordis! 👉cordis.europa.eu/article/id/443…

#Industry5 .0

👋 Find us at #ERF22 !

We are participating in the 9th Hybrid Production Systems workshop alongside with other sister projects to discuss #collaborativerobotics #FoF #HRC

📍 Dock 14

Tomorrow morning at #ERF2022 Fotis Dimeas will present the final results of CoLLaboratE Project H2020 with focus on new techniquesfor human-robot collaboration euRobotics #HPS #workshop

📺 We just released the final interview with Radu Cirligeanu, Mihalea Davidescu and Sorin Lapadat of CoLLaboratE Project H2020, talking about collaborative riveting of an aircraft part by a human and a robot!
youtube.com/watch?v=YspjCz…

📺 Collaborative riveting of an aircraft part by a human and a robot! The video from Challenge 4 of the CoLLaboratE Project H2020 use-cases has just been released! youtube.com/watch?v=aakifE… EU Research Results

📺 New video with Zoe Doulgeri, Gavriela Senteri, Laura Gonzales & Turgut Yalcin of CoLLaboratE Project H2020, talking about how humans and robots can work together to assemble a TV! youtube.com/watch?v=WEjXvk…

📺 Humans and robots working together to assemble a TV! The video from Challenge 3 of the CoLLaboratE Project H2020 use-cases is out in Youtube! Check out how robots learn from demonstration and adapt to changes in the environment with advanced safety features.
youtube.com/watch?v=640T7O…

📺 New video with Zoe Doulgeri, Matteo Zoppi, Giorgio Gannata & Alessandro Zanella of CoLLaboratE Project H2020, talking about human-robot collaboration for car windshield inspection and pre-assembly!
youtube.com/watch?v=qRqsyH…

📺 Collaborating with a 1000kg robot while lifting 100kg payload! The video from Challenge 2 of the CoLLaboratE Project H2020 use-cases has been released in Youtube! Check out how future car windshields will be inspected and pre-assembled.
youtube.com/watch?v=oQxQ01…

8 videos will premiere in Youtube within the following days, showcasing the CoLLaboratE Project H2020 challenges! You can subscribe to our channel below, so that you stay up to date
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📽️ youtube.com/channel/UC-_NC…

📺 New video where Jure Skrabar [KOL] & Bojan Nemec [JSI] talk about the challenges of performing collaborative assembly of flexible components for a car starter at CoLLaboratE Project H2020 #H2020
youtube.com/watch?v=LSvh2F…

📺 The video from Challenge 1 of the CoLLaboratE Project H2020 use-cases has been released in our Youtube channel!
Check out how a human and a robot can work together to assemble car starters.
youtube.com/watch?v=T1I4Tm…

In Romaero use case the robot can work collaboratively with a human technician. This way, percussive riveting becomes a semiautomated process. The system is flexible. It can change position and height, thus being usable for a variety of structures, different in size and shape.

In KOLEKTOR the innovative technologies integrated into the work cell are: human intention recognition, dynamic task sharing, assembly of objects with low tolerances supported, automatic cell adaptation.

In Arçelik Global use case the focus was on electronic card (PCB) assembly. The robot takes the PCB from the box and places the card in its place on the TV, then the operator screws the cards in place. This new collaborative cell presents good improvements in ergonomics.

🗓️ [05/05] Save the date!

The #Sharework project organises its second training activity, focused on understanding the key #HumanFactors that need to be taken into account to ease a safe and effective interaction between humans and #robots #HRC #HRI

cutt.ly/ShareworkTrain…

The video shows the first test of collaborative riveting performed by Romaero SA Bucharest. The robot is manually controlled, but the riveting sequence is clearly visible.

The video shows the first test of collaborative riveting performed by Romaero. The robot is manually controlled, but the riveting sequence is clearly visible.

The technology developed by ARMINES enables an ergonomic performance monitoring to prevent musculoskeletal disorders. On the right the worker movements monitoring based on wearable motion-sensors. On the left the joints tracking highlighting the highest risk of injury.

With AVG, ASTIMRobotics recognises orders transmitted through simple gestures made by the operator. Through a vision camera, placed in the AGV, it recognises the orders assigned to it and executes the movements.

Look at the video here: alturl.com/6xe4q