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.).
This battery is compatible with TurtleBot3 and Robotis OP robots and incorporates a protection system.
Something’s happened to your battery charger or your Crazyflie 2.1 drone LiPo battery? Don’t panic, these spare parts will come to your rescue!
The RS-LiDAR-16 for Unitree robots is a miniature 16-beam 3D LiDAR with a range of 150 metres and accuracy of 2 cm.
Be prepared for all eventualities thanks to these Crazyflie 2.1 motor mounts. What would you do without them?!
The 850 collaborative arm is one of the most powerful robots with industrial-level performance.
The A01 ball caster is fully compatible with the plate of your Turtlebot3 Waffle Pi robot.
The active marker deck accessory is designed for the Crazyflie family, and includes the Qualisys QTM motion capture system.
This adaptive gripper for the Niryo Ned2 6-axis robot arm adapts perfectly to handling of more complex objects: round items, pens, eggs, etc.
Need an extra battery for your Spot robot? This charging case is an accessory you should always have to hand to make the very most of your quadruped robot!
The AgileX Autoware open-source autonomous kit is a complete development kit for making your mobile robotic platforms fully autonomous.
Simultaneous localisation and mapping (SLAM), exploration, security inspection, reconnaissance... the AgileX research and development kit is an excellent choice if you have a Jetson Nano, and for anyone wanting to try it out!
The pro version of the AgileX R&D kit allows you to take your development of robotic autonomous navigation and SLAM applications even further. It has an even more powerful processor and sensors!
The AgileX Autopilot Kit offers a complete system for the autonomous GPS navigation of a high-performance robotics chassis. It’s a Linux-programmable, fully ROS-compatible platform you can use for working on a wide variety of applications.
The AgileX ROS 2 EDU Kit is the world’s first ROS 2 mobile robot open-source navigation education kit. Mounted on a mobile platform (sold separately), it is capable of avoiding obstacles, following a set itinerary and exploring unknown territory.
Use this colour camera module to install a new image capture system for your Crazyflie 2.1 mini-drone.
Aliengo is a real-time exploration, navigation and mapping robot designed by Unitree Robotics. While ideal for professional and industrial environments, it’s also an excellent tool for research and teaching.
The Aliengo robot dog battery provides up to 4.5 hours of autonomy for all the routine operations carried out by your four-legged mobile platform.
Teachers of secondary school pupils sometimes have difficulties finding good methods for sparking interest in subjects. Because we’re living in a digital age, this Alpha Mini humanoid educational robot is the perfect solution to this problem. He can help you teach many subjects in an original way while also giving pupils a chance to try their hand at programming.
The ZBOS software license, developed by Zora Bots, is an innovative solution designed to enhance the performance and capabilities of Nao, Pepper, Cruzr, LuckiBot, and MiniBot robots.
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 motorized telescopic column represents a flexible solution designed to address challenges related to industrial lifting.
Equipped with wheels, the B-W robot can move quickly on flat surfaces (up to 7 m/s).
The B1 robot dog designed by Unitree Robotics is dust and waterproof and stands out for its agility, speed and ability to carry heavy loads of 40 kg.
This B1 robot dog battery offers approximately 2 hours of continuous operation.