Niryo democratizes robotics.
We started by creating the Niryo One, our first 6-axis collaborative robot for Education & Research, powered by open-source technologies (Raspberry Pi, ROS…).
Ned, its successor, brings many improvements such an aluminum structure thats gives increases its robustness, its precision & repeatability (0.5mm).
We also provide a next-gen solution for industry based on cobotics, vision and edge computing.
Made in France
Made in France
They talk about us
The University of Salford has had a long history of partnership with industry and has developed a degree program with Siemens in Control and Automation which takes apprentices from Siemens, amazon, GSK, Unilever and other companies to a degree level qualification. With the University of Salford's long history in robotics, robotic automation forms a major part of the programme.
The use of Niryo's robotic and automation products was seen as a perfect way of introducing a higher level of robotic teaching without the expense of commercial robotic system. Niryo's products has allowed us to equip a laboratory with over 20 robot systems to enable mass teaching of this subject. The wide range of programming options for these robot products has allowed us to provide access to users from many educational levels. The ease of integration with software and hardware used in modules already taught within the university such as MATLAB, Python, embedded systems and IoT hardware has made Niryo's systems not only great for teaching robotic principles but also use in a wide range of other projects.
The Niryo One is simply amazing. It’s designed around open source, supported by a friendly and knowledgeable team, and constructed of off-the-shelf and 3D-printed parts. This robot is simple enough to get started with robotics, but extensible enough to use in complex projects.
Christopher Keener, Founder, Kamo inc., JapanNiryo One is the perfect robot to help students discover robotics. Thanks to the very intuitive programming interface, they can learn about robotics manipulation use cases, and then programming and robotics communication.
This is the ideal product to make students want to learn more. That's why we are using it from our first-year to last-year classes.
Annemarie Kokosy, Responsible of the Robotics team & research, ISEN, FranceBuilding the Niryo One and seeing how it was designed was a great experience. And now I can experiment with a real robot arm.
Keith Woeltje, Healthcare Informaticist who works with robots as a hobby, USA