The DOBOT CR Series of high accuracy, 6 Axis cobot arms with payloads of up to 16kg are ideal
for environments where people are nearby with built in collision detection & avoidance. The CR Series is
also intended to be far simpler to deploy. Physically pose and capture movements with the touch of a button
and record sequences of movements without any programming knowledge. Potential for many different
end-effects make the CR Series a versatile automation platform. Visual programming interfaces also make
setting up your automation attainable for those with no coding experience.
Interbotix X-Series arms are made for education and research with support for ROS + ROS2 (Melodic, Noetic, & Galactic), Moveit, Gazebo and MATLAB® as well as demos and instructional videos to help get you up and running with your platform in under an hour. The X-Series offers a variety of different models to choose from with options in 4, 5, and 6 degrees of freedom and payloads from 50-750g. All of the X-Series arms operate on the same central open-source code repository. Perfect for the classroom, these platforms are ideal for applications such as vision-based pick & place, machine learning and artificial intelligence.
Full line of rugged UGV / AGV for autonomous driving, academic research, agriculture management, geographic
surveying industries, and more. The AgileX UGVs are supported by open-source software: ROS, Gazebo and CAN (A
Controller Area Network (CAN bus) and come in a variety of chassis and drive options. Development kits create
adding even more capabilities include GPS navigation, SLAM Navigation and autonomous navigation.
Unitree Robotics offers a series of low-cost, high-performance quadrupeds ready for secondary
development. These legged robots are packed full of powerful computers, sensors, and actuators that allow
users to reliably deploy their applications. Open source packages provide simple high and low level control
through ROS or Python and simulation in Gazebo. The onboard cameras can be used for computer vision
applications like object detection, object tracking, visual SLAM, and more. The Go1 line’s camera can be
accessed through an open source SDK.
ROS Navigation & Mapping
Pan & Tilt Turret Systems
Autonomous Object Tracking
Six legged ROS Crawler
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