Robotics arms and manipulators
Fast, accurate and restless, collaborative robotic arms will boost your productivity! "Cobots" are designed to work alongside their human colleagues, making the most of human-robot interaction.
Collaborative robots: real assistants for human operators
Most of our collaborative robots are ROS compatible. A "cobot" acts as an assistant, and can work selectively on complex and delicate tasks that cannot be automated. It also has learning features.
The benefits of collaborative robots
Collaborative robots feature many embedded sensors, which enable them to assess accurately their surroundings. They are configured to stop as soon as they perceive an obstacle on their path.
Thanks to this system, it is possible to easily and safely deploy cobots along the production line next to operators, who will work safely next to these robots (no need for expensive and imposing safety cages).
A cobot can pick up an object and give it to a human.
In the workplace, collaborative robots are tasked with carrying out tough (safe handling of hot or awkward workpieces) or very low value-added jobs. Technicians can then focus their attention on their core business and create more value added.
This way, human intelligence is refocused on other aspects of the manufacturing chain.
No need to be a computer programmer to use cobots to their full potential, these robots can be easily reprogrammed, moved and redeployed.
Generation Robots, distributor of Doosan Robotics and FRANKA EMIKA arms
Doosan Robotics and FRANKA EMIKA are the most advanced brands of collaborative robotic arms in industry and research.
Doosan Robotics: an industrial quality collaborative robot
Doosan Robotics are industrial grade robots designed to work collaboratively with the operator, in the same workspace. Their state-of-the-art A-series robots feature speeds and acceleration twice as fast as the market standard, while meeting advanced safety standards. The H2515 robot can carry a load of 25kg, which makes it particularly suitable for palletizing/unpacking operations.
FRANKA EMIKA: a versatile robot for research and application development
The Franka Research 3 robot arm from FRANKA EMIKA is a plug-and-use robot more focused on research and development. Combining accuracy, C++ and ROS integration, at an affordable price, the FR3 robotic arm is a Plug-and-Play platform approved by universities and research laboratories. 3 access levels to the robot address different needs and skills:
- DESK is the high-level workflow-based programming interface, designed to facilitate the implementation and testing of new applications. No programming knowledge is required to use DESK.
- RIDE is the development interface for creating your own DESK applications and connecting external hardware to the Franka Emika Research 3.
- The FCI interface allows the user to control and program the FR3 robot in C++ and to to explore low-level programming and control schemes. Integration of ROS and MoveIt! is also possible.
FR3 is a collaborative robot arm with 7 DOF, developed by FRANKA EMIKA. The robot designed for research and R&D allows its user to have a direct control and the possibility to program the robot, but also interface the robot with external sensors (ROS, ROS2, MoveIt! and Matlab packages available online).
With its 5 kg payload and 900 mm reach, the A0509 collaborative robot offers a speed and acceleration faster than the industry standard. It’s ideal for simple pick and place, boxing and line loading operations.
You can use this Z1 robot arm with the Aliengo and B1 quadruped robots, as well as other mobile robots. It’s lightweight, compact and will manage both simple and complex tasks.
The Doosan Robotics A0912 robot arm is fast, precise, competitive and particularly fast. With its 9 kg payload, 1200 mm reach and +/- 0.05 mm repeatability, this model is designed especially for handling and quality control.
The Doosan M0609 Robotic Arm is an ideal collaborative robotics tool for repetitive operations carried out in small spaces.
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...
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 Robotics H2515 robot arm is designed to improve palletisation operations. With its 1500 mm reach, 0.1 mm repeatability and a payload that can reach 25 kg, you can use it to easily move the items you need to automate part of your process.
With its 15 kg payload, the Doosan M1509 Robotic Arm is the perfect tool for operators having to repeatedly handle heavy loads.
This Franka Research 3 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.