AgileX mobile robots: versatile and agile
AgileX mobile robots: suited to many industries The AgileX series of mobile industrial robots can be customised and offers different levels of performance. From the fast and agile Scout Mini to the more robust all-terrain Hunter, AgileX covers a wide spectrum of requirements. These mobile robots are suitable for use in education, research and industry.[…]
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NED: a programmable robotic arm for a wide range of users
Niryo Ned: a cobot designed for teaching and rapid prototyping Niryo Ned arm is a 6-axis collaborative robot designed for education (engineering schools, vocational training establishments, training centres, etc.) and for research laboratories. Niryo lets students take on Industry 4.0 challenges at an early stage in their education. Niryo Ned is ideal for reproducing[…]
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The TaBuLa project: an autonomous shuttle and robotic postal service
Lauenburg/Elbe: a larger-than-life testing environment If you travel to the small town of Lauenburg/Elbe in Germany, there’s a chance you’ll see a quite unique bus travelling through its streets: the TaBuLa shuttle. The bus was created as part of a project managed by the Hamburg University of Technology (TUH) in collaboration with the Duchy[…]
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Niryo, preparing Deutsche Bahn’s technical apprentices for the future
Trainees at Deutsche Bahn can now use Niryo to familiarise themselves with robots. How is Deutsche Bahn preparing its apprentices for tomorrow? Deutsche Bahn AG wants to ensure its trainees are fully prepared for the practicalities of their work. And effective, automated production processes are already requisite for industry. This is why the company is[…]
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How do I disinfect my educational robots?
It is essential that we respect the barrier gestures if we’re to stop the spread of coronavirus and protect both adults and children: In schools, where several hundred people work and study together daily, it is important to take particular care during the Covid-19 epidemic. Particularly when it comes to handling all the materials and[…]
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Control a Dynamixel servomotor from a PC via Bluetooth
With this tutorial, you will learn how to easily control your Robotis Dynamixel servomotors from your computer thanks to a Bluetooth connection. This makes it easy to perform your tests and saves you from annoying cable connections. Required hardware 12V/5A power supply. BT-410 Dongle module. BT-410 Slave module. Dynamixel servomotor (here an MX-28). OpenCM9.04. OpenCM485[…]
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Build a hand sanitizer dispenser with Thymio!
Altersgruppe: 11-15 Jahre Schwierigkeitsgrad: Intermediär Dauer: 3 Stunden x1 Roboter Thymio mit USB-Kabel x1 gewinkeltes USB-Kabel (optional) X1 externe Batterie (optional) x1 MicroSD-Karte (weitere Informationen über die empfohlenen MicroSD-Karten finden Sie hier) Lego Mindstorms oder Lego Technic Steine x1 Flasche Desinfektionsmittel Thymio + Lego: unendlich viele Möglichkeiten! Der Roboter Thymio ist mit Lego kompatibel. Mit[…]
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Using the Franka Research 3 collaborative robot arm to increase carpenters’ safety
Panda robot arm is the V1 of the Franka Research 3 (FR3) cobot, designed by the German manufacturer FRANKA EMIKA. The following article reports on an experiment conducted by the Bordeaux – Sud-Ouest INRIA Research Centre, a long-time partner of Génération Robots. In the experiment described below, INRIA researchers used a collaborative robot arm to[…]
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ROSBIM project: integrating robotics into the construction industry
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