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Anmelden Education
DESIGNED AND MANUFACTURED IN FRANCE
Prepare your students for Industry 4.0 careers with Niryo educational robots
Hands-on robotics platforms designed for every stage of learning, from first steps in robotics to advanced industrial skills.
- 6000+ students trained
- NiryoStudio software included
- 300+ hours of courses available on NiryoAcademy
Ned
Teach/Learn
Ned3Pro
Prototype/Integrate
Nate
Automate
Robotics platforms for all your use case
EDUCATION LEVELS
Educational robotics solutions tailored to every level
LEVEL 1
Introduction / Discovery
Secondary Education
STEM Education
Students are introduced to robotics, programming and automated systems while developing logical thinking, problem-solving skills and teamwork.
LEVEL 2
Professional Training
Vocational / Technical Education
Professional Certification
Students learn to maintain robotic systems, configure industrial automation equipment and troubleshoot technical issues, while building practical skills in IT, networking and cybersecurity.
LEVEL 3
Higher Education / Research
Bachelor / Master
Specialisation
R&D
Students deepen their knowledge of robotics, mechatronics and AI-powered automation. They also use open-source tools to experiment with low-level robot control and core system functions.
SKILLS DEVELOPED
With our educational robots and exclusive learning content, help your students build practical skills across a wide range of key areas
Explore more examples and access 300+ hours of ready-to-use courses
PRODUCTS & PACKAGES
Find the right robotics solution for your learning objectives
Ned2
Introduction / Discovery
Professional training
Higher Education / Research
Teach robotics through hands-on learning, from the fundamentals to advanced Industry 4.0 applications, with the open-source Ned2 cobot (a 6-axis robotic arm).
490 mm
(19.3 in)
Reach
300 g
(0.7 pound)
Payload
± 0.5 mm
Repeatability
CE
Certified
Introductory
Pack
NiryoAcademy Curriculum Included
- KEY LEARNING OUTCOMES
- Robotics Fundamentals
- Logic and Programming
- Tasks Automation
Cybersecurity
Pack
NiryoAcademy Curriculum Included
- KEY LEARNING OUTCOMES
- Networking & Linux Skills
- Defence Strategies
- Understanding Attack Vectors
Automation
Pack
NiryoAcademy Curriculum Included
- KEY LEARNING OUTCOMES
- PLC Integration
- Industrial Communication
- Master / Slave Architecture
Classroom
Pack
EQUIP YOUR ENTIRE CLASSROOM
NiryoAcademy Full Access included
NiryoStudio 3D Sim. incl. (3 years)
- KEY LEARNING OUTCOMES
- Equip your classroom with 5 to 15 robotics workstations, with the option to create a multi-robot production line
- Get full access to all our courses and simulation tools
- Teach the essential skills for Industry 4.0
See all products
Ned3Pro
Professional training
Higher Education / Research
Train your students in prototyping and industrial integration using our compact professional cobot designed for safe learning environments (a 6-axis robotic arm).
500 mm
(19.7 in)
Reach
500 g
(1.1 pounds)
Payload
± 0.3 mm
Repeatability
CE
Certified
Integration Pack
NiryoAcademy Curriculum Included
- KEY LEARNING OUTCOMES
- Industrial Systems Integration
- Production Line & Cycle Automation
- Small-Batch Production Automation
Nate.Platform
Professional training
Higher Education / Research
Train on a real industrial robot and learn how to integrate, safeguard and deploy a robotic cell under real-world conditions (including a 6-axis industrial robot arm).
800 mm
(31.5 in)
Reach
3 kg
(6.6 pounds)
Payload
± 0.1 mm
Repeatability
CE, ISO 10218-1
Certified
Nate Training
Cell
NiryoAcademy Curriculum Included
- KEY LEARNING OUTCOMES
- Industrial Robotics Cell Operation
- I/O Integration
- Palletising, assembly, path planning and more through ready-to-use training scenarios.
Nate Integration
Bundle
- KEY LEARNING OUTCOMES
- Industrial 6-Axis Robot Operation
- Industrial Integration
- Workcell Configuration
SOFTWARE
A programming environment
for every robotics platform
NiryoStudio
for Ned
Blockly
Python
3D Simulation
Program with or without a physical robot (using 3D simulation), in Blockly or Python.
- COMPATIBLE WITH NED2 - NED3PRO
NiryoStudio
for Nate
Blockly
Python
Multi-robot
Program, deploy and monitor your NR Series robots from a single interface.
- COMPATIBLE WITH NR SERIES
THE NIRYO ADVANTAGE
Bring everything you need to
teach robotics effectively and with confidence
Since 2017, Niryo has provided a complete educational robotics and robotics training solution aligned with real-world industry requirements, helping students develop practical skills and build expertise for Industry 4.0 careers.
ONLINE COURSES
Over 300 hours of courses available in English
Theoretical and Practical Learning Materials
A growing library of educational resources co-created with teachers, including tutorials, courses and ready-to-use curricula
Student Lab Workbooks
Step-by-step exercises and assessment quizzes
Teacher Answer Guides
Scripts and examples for every module
COMMUNITY
Niryo Community
Explore real-world applications and projects created by teachers and students worldwide, across all education levels, with a continuously growing resource library.
SERVICE INCLUDED
Customer Support & Guidance
A dedicated team supports you from the moment your order arrives, helping you get set up, monitoring customer satisfaction and ensuring your learning objectives are met. Personalised support is also available on request through the Expert+ Programme.
PEACE OF MIND
Warranty & After-Sales Support
- Up to 3 Years’ Warranty
- In-house after-sales support provided by our technicians in France
- Response and diagnosis within 24 hours
- Support available in French, English, German and Spanish
- Spare parts available, with dispatch within 15 days
WHY CHOOSE NIRYO
Since 2017, Niryo has designed and developed robots in France , to support hands-on learning
10 years
of experience
630+
ROBOTS sold per year
6000+
trained students
100%
designed and
manufactured in france
70
countries covered
CONTACT US
How can we help ?
Agathe Nerot
Sales manager, here to help
Looking to purchase an educational robot or learn more about our learning content and educational services ?
Use the form to get in touch with us for more information or to :
- Request an Online Presentation
- Request a Quote
- Get in touch with a Local Distributor
Contact us
FAQ
Teachers’ FAQs
Do I need prior robotics experience to teach with Niryo ?
No. Teachers do not need prior robotics or programming experience to start teaching with Niryo’s educational robots.
Niryo provides an accessible educational robotics platform combining robotic arms, intuitive programming software, and ready-to-use teaching resources.
Through NiryoAcademy, teachers can access step-by-step lessons, classroom activities, and curriculum materials covering robotics fundamentals through advanced applications. Many resources are available for free.
Our Knowledge Base and how-to videos also guide educators through robot installation and setup.
Every new customer benefits from a personalized one-hour onboarding session with our Customer Success team (two hours for NR Series robots). For more advanced training and long-term educational support, Niryo also offers the Expert+ Program.
What prior knowledge do learners need ?
No prior knowledge of robotics or programming is required to start learning with Niryo’s educational robots.
Designed for beginners and advanced students alike, Niryo’s educational robotic arms support progressive, hands-on learning.
Students can begin with Blockly, an intuitive block-based programming interface, to understand robot movements and basic automation without writing code. They can then progress to Python, industrial robotics, and Industry 4.0 applications.
NiryoAcademy provides ready-to-use lessons and practical exercises to support students throughout their robotics learning journey.
Is there a preinstalled program on the Niryo Ned educational robots ?
Yes. The Niryo Ned2 and Ned3pro robots include a preinstalled demonstration program that allows teachers and students to explore basic robotic arm functions immediately, without programming.
Simply press the top button on the robot’s base to launch the demonstration.
The program illustrates basic movements, object manipulation, and robotic arm operation. It is particularly useful for introducing educational robotics through a first hands-on classroom activity.
Teachers can demonstrate robot capabilities, engage students from their first lesson, and introduce fundamental robotics concepts before progressing to robot programming.
Are Niryo Ned robots safe for students ?
Yes. The Niryo Ned2 and Ned3 Pro educational robotic arms are designed with classroom and laboratory use in mind, incorporating features intended to support safe, hands-on robotics learning.
Their design includes:
- Motors with limited power to help reduce injury risks.
- Protective housing around mechanical components.
- Durable materials suited to regular classroom and laboratory activities.
These features make Niryo’s educational robots suitable for introducing students to robotic arm operation, programming, and practical automation exercises.
As with any robotic equipment, students must follow operating instructions, appropriate safety procedures, and teacher supervision.
What education levels are Niryo robots designed for ?
Niryo’s educational robots are designed for a wide range of educational institutions, including K–12 schools, technical and vocational schools, community colleges, universities, and engineering programs.
The Niryo Ned2 6-axis educational robotic arm combines a compact, desktop-friendly design with practical features for teaching industrial robotics concepts.
With dedicated accessories, programming software, and ready-to-use curriculum materials, Niryo supports different learning levels:
- K–12 and STEM education: introduction to robotics, programming, automation, and engineering.
- CTE and vocational training: practical robotics, mechatronics, industrial automation, and manufacturing applications.
- Higher education and engineering: Python programming, ROS2, advanced robotics development, and research projects.
Niryo’s classroom robots can therefore support progressive learning, from introductory block-based coding to more advanced industrial robotics training.
Can Niryo robots be used for STEM robotics education ?
Yes. Niryo offers STEM robotics solutions that help schools and educational institutions teach science, technology, engineering, and mathematics through practical robotics applications.
The Ned2 6-axis educational robot arm combines intuitive programming software, interchangeable accessories, and ready-to-use teaching resources to support hands-on STEM activities.
Students can explore programming, robot motion, automation, engineering principles, problem-solving, and real-world robotic applications.
Niryo also offers STEM robotics kits and Classroom Packs, allowing educators to equip individual workstations, organize group activities, or deploy multiple educational robots across an entire classroom.
These solutions help connect theoretical STEM concepts with practical applications in robotics and automation.
Does Niryo provide ready-to-use educational robotics teaching content ?
Yes. Ready-to-use teaching content is an essential part of Niryo’s educational robotics platform, combining physical robots, programming tools, and structured learning resources.
Through NiryoAcademy, teachers and students can access an extensive library of educational materials, including:
- Step-by-step robotics lessons and tutorials.
- Hands-on classroom activities and exercises.
- Curriculum materials for different skill levels.
- Educational robot programming projects using Blockly and Python.
- More advanced applications involving computer vision, AI, automation, cybersecurity, and Industry 4.0.
Many of these resources are available for free.
This integrated approach helps educators reduce lesson preparation time while delivering progressive, practical robotics training.
Does Niryo provide training for teachers using its educational robots ?
Yes. Niryo offers two complementary teacher training and support programs to help educators integrate educational robots into their courses and laboratories.
NiryoSuccess — Included with each Niryo educational robot
- One-hour online onboarding session (two hours for NR Series robots).
- Personalized support from the Customer Success team.
- Follow-up sessions to help teachers integrate robotics into classroom activities.
Expert+ — Advanced teacher training
- In-depth training covering the Ned2 educational robotic arm and its ecosystem, including Blockly, Python, ROS2, and computer vision.
- Ready-to-use laboratory scenarios adapted to secondary and higher education.
- Development of teaching skills related to Industry 4.0 and robotics.
- Guidance to help reduce course preparation time.
Together, these programs help educators develop their robotics teaching skills and introduce hands-on training aligned with industrial practices.
What skills can students develop with Niryo educational robots ?
Niryo’s educational robots help students develop practical skills in robotics, programming, mechatronics, and industrial automation, from fundamental concepts to advanced technical applications.
By working with real 6-axis robotic arms, students can learn:
- Industrial robotics fundamentals: Tool Center Point (TCP), coordinate frames, relative and absolute movements, and robot safety principles.
- Educational robot programming: block-based programming with Blockly, Python, and advanced robotics workflows.
- Industrial automation: PLC integration, conveyor control, sensors, and automated production processes.
- Computer vision and AI: object detection, automated sorting, and machine learning applications.
- Industry 4.0 technologies: connected robotic systems and cybersecurity concepts.
Niryo’s CTE learning content also supports practical skills aligned with SACA Silver certification standards.
Through hands-on robotics training, students develop technical competencies alongside problem-solving, logical thinking, teamwork, and engineering skills relevant to robotics and automation careers.
Can Niryo support certification-aligned robotics training programs ?
Yes. Niryo supports certification-aligned industrial robotics training through practical activities using educational robots, industrial automation equipment, and dedicated curriculum materials.
The Niryo Ned2 robotic arm, combined with educational content from the CTE Pack, helps students develop practical skills aligned with SACA Silver certification standards, including C-103 and C-215.
Students can explore robot programming, automation workflows, industrial robotics principles, and Industry 4.0 applications using classroom-ready equipment.
Niryo is also developing the NATE Platform, featuring the NR2M industrial robotic arm, to support more advanced robotics training pathways and future SACA Gold certification-aligned programs targeted for 2027.
Can students program Niryo educational robots using Blockly and Python ?
Yes. Niryo’s educational robots support both Blockly block-based programming and Python, allowing students to develop robotics programming skills progressively.
Beginners can use NiryoStudio and its intuitive Blockly interface to learn robot movements, coordinate systems, logical sequences, and basic automation without prior coding experience.
As their skills develop, students can progress to Python and explore more advanced robotics applications, including ROS2-based development.
This flexible educational robot programming approach makes Niryo suitable for STEM robotics education, CTE programs, vocational training, technical colleges, and university-level robotics courses.
Which communication protocols are available on the Niryo Ned2 and Ned3 Pro robots ?
The Niryo Ned2 and Ned3 Pro educational robotic arms support communication protocols that help students explore connected robotics systems and industrial automation.
Supported protocols include:
- TCP/IP: allows communication and robot control from a computer or local network.
- Modbus TCP: enables integration with programmable logic controllers (PLCs) and other industrial automation equipment.
Advanced educational projects can also explore custom integrations involving OPC UA, MQTT, and Node-RED, depending on the software architecture and additional components used.
These capabilities allow students to develop projects involving remote robot control, connected laboratories, PLC integration, and collaborative robotic systems.
Niryo robots therefore provide practical equipment for teaching industrial communication and Industry 4.0 concepts.
Can students use Artificial Intelligence with the Niryo Ned2 educational robot ?
Yes. The Niryo Ned2 educational robot can be integrated with external AI models and computer vision tools to support hands-on learning in artificial intelligence and robotics.
Depending on the project, students can explore technologies such as YOLO, TensorFlow, and Teachable Machine for object detection, image recognition, and intelligent automation.
NiryoAcademy also provides tutorials to help teachers and students develop practical AI-powered robotics projects.
Advanced users can explore additional open-source frameworks, including Hugging Face LeRobot, through custom integrations.
These activities allow students to investigate real-world applications such as automated object sorting, vision-guided robotic manipulation, and machine learning.
Are the Niryo Ned2 and Ned3 Pro educational robots open-source and compatible with ROS2 ?
Yes. The Niryo Ned2 and Ned3 Pro educational robotic arms offer open-source robotics development capabilities and support ROS2-based learning and applications.
This makes them valuable tools for higher education, engineering programs, and advanced robotics training.
Through dedicated NiryoAcademy learning materials, students can explore:
- ROS2 architecture and robotic software development.
- Robot modeling and simulation.
- Motion planning and robotic control.
- Tools such as MoveIt2 and Gazebo.
These capabilities allow students to progress beyond introductory robot programming and gain hands-on experience with robotics frameworks used in research and industrial applications.
What software and programming tools are compatible with Niryo educational robots ?
Niryo’s educational robotic arms support a wide range of programming tools, making them suitable for introductory robotics lessons and advanced engineering projects.
The main programming environments include:
- NiryoStudio: block-based programming with Blockly and robot simulation.
- Python and PyNiryo: text-based programming for more advanced robotics applications.
- ROS and ROS2: advanced robotics development, control, and integration.
- MATLAB: robotics calculations, kinematics, and algorithm development.
- RoboDK: robot simulation and offline programming workflows.
- AI and computer vision tools: integration possibilities involving TensorFlow and OpenCV.
With these software options, Niryo provides an adaptable educational robotics platform for STEM education, mechatronics training, engineering, and industrial robotics applications.
Can Niryo training robots be used to teach industrial automation and PLC concepts ?
Yes. Niryo’s educational robots can be integrated into practical industrial automation training activities, allowing students to learn how robotic arms interact with PLCs, sensors, and production equipment.
The Niryo Automation Pack combines a Ned2 6-axis robotic arm, conveyor, 5V/24V I/O Adapter, and Conveyor I/O Module to create a compact automation training environment.
Students can learn to:
- Connect robotic arms to PLCs and 24V industrial equipment.
- Use PLC signals to control robot movements.
- Coordinate conveyor systems and robotic manipulation.
- Develop automated production and sorting workflows.
NiryoAcademy also provides PLC integration tutorials featuring examples involving Siemens, Allen-Bradley, and Schneider Electric systems.
This makes Niryo an effective solution for mechatronics training, CTE education, vocational programs, and industrial automation courses.
How many students can work with one Niryo educational robot ?
For effective hands-on robotics learning, Niryo recommends one training robot for every two to three students, depending on the classroom activity and learning objectives.
Recommended classroom configurations include:
- Small groups: one robot for two to three students, encouraging active participation and collaboration.
- Medium-sized classes (10–15 students): three to five robots, allowing several groups to work simultaneously.
- Larger classrooms and laboratories: Niryo Classroom Packs with 10 or 15 robots, designed to support multiple workstations.
For example, the Classroom Pack 5 supports smaller groups, while Classroom Packs 10 and 15 offer expanded configurations for classes of approximately 15–30 students, depending on how activities are organized.
NiryoStudio’s simulation environment also allows additional students to practice robot programming before moving to physical robots.
Does Niryo offer educational robotics Classroom Packs?
Yes. Niryo offers Classroom Packs with 5, 10, or 15 educational robots, designed to help schools, universities, and technical training centers equip their robotics classrooms.
Each pack combines multiple Ned2 robotic arms with educational accessories, programming software, and access to NiryoAcademy learning resources.
Depending on the configuration, these packages provide the tools needed for hands-on robotics activities, STEM robotics education, programming, and industrial automation training.
Students can also use the NiryoStudio 3D simulation environment to practice robotic arm programming before working on physical equipment.
These classroom robotics solutions help institutions deploy structured robotics learning activities while benefiting from volume-based pricing.
Can students connect multiple Niryo robots for collaborative robotics projects?
Yes. Multiple Niryo educational robotic arms can be used in coordinated projects to teach collaborative robotics, automation, and advanced engineering concepts.
Students can work on projects involving:
- Coordinated robot movements and interactions.
- Multi-robot workstations and automated workflows.
- Connected systems and industrial robotics applications.
- Collaborative programming and interdisciplinary engineering activities.
Depending on the project, coordination can be developed through software programming and communication protocols.
These practical exercises help students understand how multiple robotic systems can operate together in industrial and research environments.
What is the warranty period for Niryo educational robots?
Niryo educational robots come with a one-year manufacturer’s warranty, covering manufacturing defects under the applicable warranty conditions.
Schools and educational institutions can also choose one- or two-year warranty extensions, providing up to three years of coverage.
Niryo’s in-house technical support team, based in France, provides after-sales assistance, with a commitment to respond to diagnosis requests within 24 hours.
Spare parts are also available, with dispatch possible within 15 days.
This support helps educational institutions maintain their classroom robotics equipment and plan long-term STEM, CTE, and industrial robotics training activities with confidence.
