Autonomous robots - mobile robots, robot arms, humanoid robots
Generation Robots has been providing robots to many research and innovation centers around the world since 2011. We distribute advanced robots designed to address many automation scenarios. We supply mobile robots for research applications, robotic arms for high accuracy tasks, collaborative arms for efficient human-machine collaboration, as well as humanoid robots for human interaction tasks.
Most of our robotic platforms are ROS-compatible.
Mobile robots
Our mobile robots are designed to move autonomously in all kinds of environments, without any human involvement. They can be easily fitted with sensors or cameras to navigate safely in complex environments such as warehouses, construction sites, or challenging terrain.
Our mobile robots are designed to carry heavy loads, transports many type of goods, patrol and monitor sensitive areas, collect data and much more.
Robotic arms
Our robot arms can accommodate a wide variety of tasks, including education and training. They can be mounted on the mobile robots we distribute.
Collaborative arms (cobots)
Our collaborative arms (or cobots) are robotic arms that are designed to work in collaboration with human workers. They are equipped with force sensors to detect human presence and adjust their behavior accordingly. They can be mounted on the mobile robots we distribute.
Humanoid robots
Humanoid robots are equipped with sophisticated sensors and cameras to interact with their environment and perform meet-and-greet tasks. The humanoid robots we distribute are used in a variety of applications, such as greeting people in museums, being in charge of visitors in showrooms, etc.
Customer service and robotic integration
At Generations Robots, we are proud to distribute high quality autonomous robots that can help increase efficiency and productivity in your business. Our robots are designed to offer top performance, durability and reliability. We are also able to provide full technical support to help you fully utilize the capabilities of our robots and easily integrate them into your business.
Generation Robots also has its own robotics engineering department, capable of meeting demanding specifications. We specialize in the creation of software and algorithms that are essential to the operation of autonomous robots (mapping, localization and navigation based on SLAM, data fusion, etc.).
The DOBOT CRA-IP68 series includes 6-axis cobots with 5 to 20 kg payload (CR5AP, CR10AP, CR20AP) designed to automate industrial tasks in harsh environments (heavy dust, high humidity, presence of oil).
The DOBOT CRAS series includes 6-axis cobots designed to automate industrial tasks while improving safety in shared workspaces thanks to SafeSkin, a non-contact pre-detection technology that anticipates an obstacle approaching and triggers avoidance or a stop.
The DOBOT CRAF series includes 6-axis collaborative robots with a 5 to 20 kg payload (CR5AF, CR10AF, CR20AF), designed for applications where force control makes the difference: precision assembly, polishing / grinding, contact operations and advanced collaboration scenarios.
The DOBOT Nova 5 is an ultra-compact industrial robotic arm (6 axes) designed for light industry and integrations in space-constrained environments.
The DOBOT CRA series includes 6-axis collaborative robots with 3 to 20 kg payload, designed to quickly automate industrial tasks (material handling, assembly, CNC loading/unloading, welding, palletizing, etc.).
The Dobot CR 30H is a 6-axis collaborative robotic arm designed for high-payload (30 kg) and long-reach (1800 mm) use cases. It targets material handling, loading/unloading, and palletizing tasks.
The Unitree R1 Edu is an R&D and education humanoid platform focused on locomotion, manipulation, and on-board AI, with access to high- and low-level programming and simulation (e.g., Isaac Sim).
Raph Rover is a compact mobile robot designed as an R&D platform for autonomous robotics projects, with an open-source architecture and native ROS 2 integration.
The IO Adapter makes it easy to connect the NED2 or NED3PRO to sensors, actuators and PLCs (industrial programmable logic controllers) in 24 V.
This mobile robot chassis for mixed indoor/outdoor environments serves as a base for research, education, and the integration of humanoid systems or intelligent collaboration.
The Unitree A2-W is a quadruped robot with wheels designed to move across uneven terrain, carry payloads, and integrate sensors for inspection, logistics, or research, indoors and outdoors.
The Unitree A2 is designed to move across uneven terrain, carry payloads, and integrate sensors for inspection, logistics, or research, indoors and outdoors.
he Go2X is the ideal model if you want to integrate your own PC (mini PC, compute station, specific GPU configuration) and build a hardware and software architecture tailored to your project.
The Unitree GO2-W is a wheeled quadruped robot designed for teams developing and testing mobility, perception, and on-board AI functions. This robust base is intended for demanding environments.
The RB-WATCHER XL is an autonomous mobile robot designed for inspection and surveillance missions in outdoor environments. It focuses on all-terrain mobility, robustness, and extended autonomy for regular on-site operations.
The RB-WATCHER is an autonomous mobile robot designed to carry out inspection and patrolling missions in indoor and outdoor environments. It combines vision, thermal, and navigation sensors to detect anomalies and monitor critical assets.
The RB-ROBOUT+ is a collaborative mobile manipulator designed to automate manipulation tasks indoors, combining an Universal Robots arm with an omnidirectional base suitable for confined spaces.
The RB-ROBOUT is an autonomous mobile robot (AMR) designed for indoor transport of heavy loads, up to 2 tonnes, in industrial environments such as factories and warehouses.
The RB-KAIROS is an autonomous mobile robot (AMR) designed for indoor logistics and transport applications, with a payload of up to 250 kg, omnidirectional kinematics and a ROS 2-based architecture.
The RB-FIQUS is an outdoor mobile robot designed for transporting and handling heavy loads, featuring a modular architecture, omnidirectional kinematics and a controller based on ROS 2.
The RB-THERON+ is a mobile manipulator robot designed for R&D and manipulation operations in indoor environments, suitable for laboratories, universities, industrial sites and logistics areas where space is limited.
The RB-SUMMIT+ is an autonomous mobile manipulator designed for R&D use in laboratories, research centres and academic environments, for both indoor and outdoor operation. Open and modular ROS 2 architecture.
The Nero is a 7-axis (7-DoF) robotic arm designed for research work in humanoid robotics and Embodied AI. Its lightweight design and open architecture make laboratory integration, experimentation, and deployment across different setups (tabletop, side mounting, inverted) easier.
The Crazyflie 2.1+ Brushless is an open-source micro drone for experimenting with aerial robotics, in education and in research.