This adaptive gripper for the Niryo Ned2 6-axis robot arm adapts perfectly to handling of more complex objects: round items, pens, eggs, etc.

With this large gripper for the Niryo Ned2 6-axis robot arm, you can grab larger objects than with the custom gripper supplied.

You’ll find additional uses for your Niryo Ned2 6-axis robot arm thanks to this electromagnet, a tool designed to catch everything the other grippers won’t.

PincherX 150 is the new robot arm by Trossen Robotics, designed to showcase the Dynamixel (X-Series) servo technology in a sleek, customisable machine.

After the WidowX 200 robotic arm and the 5-axis WidowX 250, Interbotix is back with the 6-axis WidowX 250 robotic arm. 9 Dynamixel servo-motors from the XM and XL series were needed to build this mobile arm dedicated to teaching and research.

ViperX 300 is a mobile robotic arm whose strength and agility is ensured by no less than 9 latest-generation Dynamixel servomotors. More than 1m50 total span, for 750 g of payload!

The Robotis RH-P12-RN-UR Hand is an industrial gripper designed to adapt to the UR e-Series collaborative robot arms. It combines strength, a light weight, precision and adaptability for use in many robotic and industrial settings.

With its 15 kg payload, the Doosan M1509 Robotic Arm is the perfect tool for operators having to repeatedly handle heavy loads.

The Doosan M0609 Robotic Arm is an ideal collaborative robotics tool for repetitive operations carried out in small spaces.

The most versatile in the Doosan range, this ROS robotic arm offers a reach of 1.3 metres for a 10 kg payload. It will adapt to all your automation projects, in terms of both strength and flexibility.

The base plate for OpenManipulator-Pro robotic arm is used to easily fix your articulated arm to a table or any flat surface.

Some robots can have a particularly strong grip... With the Robotis RH-P12-RN hand, your robot now belongs to the club!

The ROBOTIS Manipulator-Pro robotic arm robotic arm will impress you with its strength and robustness but also its accuracy and dexterity. It allows you to control its actions with the highest level of precision, and offers a very comprehensive programming environment. This robot arm is ROS compatible.

The pedestal for the Baxter and Sawyer robots keeps it at a defined height and also allows moving them easily.

The research and education version of the famous robot Baxter, created by Rodney Brooks is an ideal base for many projects such as computer science, artificial intelligence, human-robot interaction, control, recognition and manipulation of objects, learning...