Image/s credit: Niryo.

Niryo Ned3 Pro Cobot

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Country: France

Year: 2024

Summary

A professional desktop cobot combining a 500 g payload, 500 mm reach and ±0.3 mm repeatability for automating light, repetitive handling, assembly, packaging and other tasks.

Status: Commercially available

Operation: Collaborative

Robot Type / Domain: Research, Industrial, Educational

Tasks: Pick & place, assembly, filling, labelling, quality inspection, defect detection, test-bench automation and packaging.

Technical Specifications

Max. Reach: 500 mm

Max. Reach: 19.685 in

Payload: 0.5 kg

Payload: 1.102 lbs

Max. Payload: 0.5 kg

Max. Payload: 1.102 lbs

Pose Repeatability: ± 0.3 mm

Pose Repeatability: ± 0.012 in

Weight: 7.4 kg

Weight: 16.314 lbs

Battery Operated? No, Tethered

Arm Type: Articulated, Collaborative

Number of Axes: 6 DoF

IP Rating: N/A

Mounting: Floor, Other

Footprint: 200 mm × 200 mm (length × width)

Footprint: 7.874 in × 7.874 in (length × width)

Operating Temperature: 5 ℃ to 45 ℃

Operating Temperature: 41.000 ℉ to 113.000 ℉

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Tool Mounting: Easy Connect flange for Niryo accessories and a universal flange for other or custom tools

Compatible Accessories: Grippers, vacuum pump, electromagnet, conveyor and vision kit

Noise level: Less than 70 dB

Software: NiryoStudio with Blockly, Python/PyNiryo and ROS; ROS 2 compatibility is also stated by Niryo

Controller & Computing: Raspberry Pi 4B with customised Ubuntu Server 20.04 for ARM and ROS Noetic

Material: Aluminium, ABS plastic and steel

Power Consumption: 20 W average and 30 W maximum during standard use

Data Transmission / Communication: Dual-band 2.4/5 GHz Wi-Fi, Bluetooth 5.0/BLE, Gigabit Ethernet, two USB 2.0 and two USB 3.0 ports | Communication protocols: TCP/IP and Modbus TCP

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Top 5+ Qualities (by addoobot)

What we find to be the top qualities of the Niryo Ned3 Pro Cobot:

Compact professional automation — A 200 × 200 mm footprint allows the arm to fit on space-constrained production benches, laboratory workstations and training lines.
Useful light-payload performance — The combination of a 500 g payload, 500 mm reach and ±0.3 mm repeatability supports precise handling of small parts, containers and tools.
Accessible programming — Beginners can create programs with Blockly in NiryoStudio, while experienced users can work with Python, ROS and robot APIs.
Flexible tool mounting — Separate Easy Connect and universal flange options support both Niryo accessories and suitable custom tooling.
Integration-ready connectivity — Wi-Fi, Ethernet, Bluetooth, USB, Modbus TCP and physical I/O provide several ways to connect the robot with computers, sensors and automation equipment.
Expandable ecosystem — Compatible grippers, vacuum tooling, an electromagnet, conveyors and vision accessories allow the same arm to be adapted to different tasks.
Operator-friendly controls — FreeMotion, position-saving and programmable buttons make it easier to teach positions and interact with the robot directly.

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What can the Niryo Ned3 Pro automate

Ned3 Pro is best suited to repetitive processes involving small and relatively light objects. Niryo lists pick-and-place, assembly, filling, labelling, defect detection, test benches, visual inspection and several forms of packaging among its intended applications. Its compact base makes it particularly useful when a conventional industrial robot would be too large for the available workstation.

The robot has also been deployed in practical professional processes. At Biolabo, a Ned3 Pro was configured to move across trays containing 255 vials while coordinating a filling operation, with a target cycle of two seconds per vial. In another project, two Ned3 Pro robots handled moulded-cellulose parts during unloading, weighing, reshaping and geometric inspection. Niryo has also used the robot with vacuum tooling to load and unload dental aligners from a cutting machine. These examples demonstrate realistic applications in laboratories, small-part production, inspection, machine tending and packaging rather than heavy manufacturing.

Programming and system integration

Ned3 Pro accommodates different levels of programming experience. NiryoStudio provides a visual Blockly interface for creating and running programs without conventional coding. Python, PyNiryo and the Niryo ROS stack are available when an application requires custom logic, external software or more detailed robot control. Niryo also identifies compatibility with ROS 2 and RoboDK, while the official ROS stack includes tools for RViz and Gazebo simulation.

The robot can communicate over dual-band Wi-Fi, Gigabit Ethernet, Bluetooth and USB. TCP/IP and Modbus TCP support networked integration, while its physical I/O and dedicated accessory interfaces can connect sensors, conveyors and actuators. Niryo’s optional 5 V/24 V I/O Adapter enables connections to compatible 24 V PLC equipment. Positions can also be taught by holding the FreeMotion button, manually guiding the unpowered joints and saving the resulting pose in NiryoStudio. Together, these options make Ned3 Pro suitable for standalone demonstrations, laboratory automation and coordinated training or production workcells.

Niryo Ned3 Pro vs Niryo Ned2

Ned2 and Ned3 Pro share the Niryo software and accessory ecosystem, but they target different priorities. Ned2 is primarily positioned for robotics education and research, whereas Ned3 Pro was released for professional applications and more intensive use. According to Niryo’s direct comparison, Ned3 Pro increases the rated payload from 300 g to 500 g and improves stated repeatability from ±0.5 mm to ±0.3 mm while retaining the same compact footprint.

Both robots can be programmed through NiryoStudio, Blockly, Python and ROS, and both can work with accessories such as grippers, conveyors, vision equipment and vacuum tooling. Ned2 remains the more natural choice for general robotics teaching and introductory experimentation. Ned3 Pro is the better fit when the application requires its higher payload, improved repeatability, professional positioning and additional integration features.

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References

NIRYO Ned2 education robotic arm

NIRYO NR2 industrial robotic arm

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