The collaborative robot for accessible and flexible automation
The most advanced robot for education
Available for all use cases
All-in-one pack to get started in robotics
Complete robotics pack for all levels
Simplified programming with Blockly and Python.
Tailor-made resources, adapted to your learning objectives.
Tailor-made automation of your processes.
Free support to make your project a success.
Expert support to maximize your performance.
How a food sauce manufacturer industrialized and automated the quality control of its bottles.
The potential of robotics in the classroom.
Resources tailored to your goals
Students using Niryo technology.
Latest application updates
Answers to your questions
Detailed specifications and features
3D Accessories Models
Everything you need to know about Niryo
Join the distributors who trust us.
Join the Niryo team
Arduino vs Raspberry Pi: which is fit for the best robotic experience?
What kind of servomotor to use for a robotics project ? (hint : Dynamixel)
Create a Multi-Robot Production Line with collaborative robots
Ubuntu: enabling innovation in robotics research and education in 4 ways
What are industrial robots ?
When to Choose a 6 Axis Robotic Arm ?
Robotics and web applications
Vision in robotics
Different ways to control Ned
How to learn robotics with Raspberry Pi (2/2)
The future of cobotic technology: flexibility over productivity
Safety & cobotics: a strictly regulated environment
Why you should use 3D printing to build your robot?
Why robotics is great for technology education ?
How to learn robotics with Arduino
Why accessible robots are not a dream anymore
Perform simple pick and place with a collaborative robot
What would you use a personal robot for ?