.
Robotics arms and manipulators
Fast, accurate and tireless, collaborative robotic arms will boost your productivity! The 'cobots' are designed to work side by side with their human colleagues, pushing forward human-robot interaction. Most of our collaborative robots are ROS compatible.
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...
With its 15 kg payload, the Doosan M1509 Robotic Arm is the perfect tool for operators having to repeatedly handle heavy loads.
Rethink Robotics has equipped its Sawyer robot with ROS SDK, thus bringing a high performance platform to researchers and educators. Contact us today to order Sayer for Research and Education.
The Doosan M0617 Robotic Arm takes up very little floor space and has a longer range than the other Doosan Robotics models.
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 Doosan M0609 Robotic Arm is an ideal collaborative robotics tool for repetitive operations carried out in small spaces.
PANDA is a collaborative robot arm with 7 DOF, developed by FRANKA EMIKA. The « Research » version allows its user to have a direct control and the possibility to program the robot, but also interface the robot with external sensors (C++, ROS and MoveIt! packages available online).
The Hebi Robotics 4-DoF robotic arm comes in a complete kit that includes the 4-DoF robotic arm, a frame and four high-performance actuators.
Designed for precision assembly in industrial environments, the RG2-FT collaborative gripper includes both force/torque and proximity sensors for ultra-secure handling.
The mGrip by Soft Robotics is a brand-new fast, simple and efficient robotic construction solution. It allows you to design an adaptive gripper capable of picking up objects of any shape, texture and size in just a few minutes.
This robotic hand fits (almost) all the capabilities of a human hand: it’s autonomous, smart, powerful, and agile, and will delight your research lab team or your robotics students!
This circular version of the adaptive mGrip gripper by Soft Robotics is ideal for industrial applications. Easily assembled and rapidly implemented, it is also a great choice for robotics lessons.
This “Research” App Bundle developed for the Panda Robotic Arm has been created for education and training. You can use these apps from FRANKA EMIKA’s “Desk” interface.
The pedestal for the Baxter and Sawyer robots keeps it at a defined height and also allows moving them easily.
Built around the OptoForce technology, the HEX-H force sensor sets a new standard in the world of collaborative robotics. Like the HEX-E, this force/torque sensor adapts to most existing industrial robot arms.
The HEX-E force/torque sensor is compatible with most of the robotic arms on the market. It offers 6 degrees of freedom measurement in addition to being particularly easy to install and use.
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.
This package is an extension for the new vacuum gripper for the robot Baxter. This Vacuum array gripper pack for Baxter extends the number of available points of contact on a single robot hand in order to manipulate multiple objects at once.
With this gripper, the Panda robot is able to lift a wide variety of objects. It’s programmable and controllable via the “Desk” interface and the FCI (C++, ROS).