Concrete Learning with Niryo.
Niryo robots connect mechanical design, automation, manufacturing and digital innovation. They offer an ideal testing ground for SAÉ, prototyping, collaborative robotics and industry 4.0 training.
- Compliance with specifications
- CAD/3D printing
- Robot integration
- Production line
- Robot-conveyor coordination
- Flow simulation
- Object detection
- Network control
- Open-source
- Simulation
- Offline programming
- Scenarios with Matlab/Python
- Blockly (initiation), Matlab/Python (advanced)
- Direct/indirect kinematics
- Trajectories, benchmarks, TCP
- Complete production line
- Real-world mechatronic challenges
- Interdisciplinary learning
Teaching the robotics of tomorrow, today.
Educational content
With NiryoAcademy, benefit from tailor-made educational resources, created by teachers, including lesson plans and guided projects suitable for all levels and covering a wide range of themes.
Industrial training
Open source
Compact
Pro Range
Collaborative robotics
Niryo Academy for
BUT GMP.
Discover a series of practical exercises to introduce students to industrial robotics, mechatronics and assisted design.
Through projects such as assembly and order picking, AI-driven robotic collaboration, and specific gripper design, students develop essential skills in automation, production, and industrial innovation.
Concrete technical challenges reinforce learning, as close as possible to the requirements of the BUT GMP.
The 6-axis collaborative robot designed for education.
Ned2 is an educational 6-axis robotic arm, designed to bring education closer to the industrial world. It allows you to learn programming and robotics while developing skills that are directly applicable in business.
Join the community of more
than 160 French high schools already convinced.
Adapt and create with Niryo
“We adapted certain grippers to adapt them. Other students designed a device to flip an object. It’s a small robot that’s very good for introducing you to the use of a robotic system”
Teacher of structural mechanics