The CRA Entry Level Education Package is a comprehensive robotics learning platform designed for vocational training, university courses and collaborative research labs. It enables educators and students to efficiently master robotics from basic programming and robot control to computer vision – through a plug-and-play system. This is all-in-one solution supports both teaching and hands-on experimentation, equipping students with essential technological skills.
The platform features a simple design and comes with comprehensive teaching resources, allowing users to get started quickly and efficiently.
Includes a variety of components such as electric grippers, electric suction cups, single-mouth cups, trajectory boards, material boards, sorting boards, and more. Additional accessories like 2.5D end visual systems, 3D vision, teach pendants and conveyors are available for expansion, enabling a broader range of applications.
Equipped with integrated omnidirectional wheels, the platform can be easily moved and securely locked. The detachable columns and desktop platform make it convenient for transport and quick setup.
The adapter flange supports the quick replacement and installation of the VX500 2.5D vision and 3d vision systems, catering to different visual system teaching needs, including object recognition and detection, as well as 3D unordered sorting tasks.
Covers essential topics such as basic robot programming, robot coordinate systems, visual recognition and applications (2.5D/3D) sensor applications, ROS simulation and more. Offering a complete learning path from beginner to advanced levels.
Used for teaching and experimentation in robotics,
Serves as a foundational solution for laboratory co-construction, providing and efficient and flexible teaching environment.
Suitable for robotics programming and control skills training, helping students understand and practice robot applications.
Providing employees with basic robot operation and programming training, enhancing their technical capabilities.
Acts as a research platform for robots, supporting academic experiments, technical verification and application development.
Learn graphical programming, script programming, and trajectory teaching, mastering fundamental robot control methods and developing programming and path planning skills.
Study body coordinate systems, tool coordinate systems, and user coordinate systems, mastering coordinate system setup and conversion for robot motion control.
Learn the operation of grippers and suction cups, study workpiece loading, unloading, grabbing, and transporting applications, and apply sensors for precise control.
Learn how to perform secondary development on robots, mastering the skills for writing custom functional modules and expanding robot capabilities, including integration and control of sensors and actuators.
Understand IO control principles, mastering signal interaction and control between robots and external devices (e.g. sensors, actuators), and apply them to automation system development.
Learn conveyor motion control and sensor applications, studying how to use sensors in collaboration with robots to peform automatic detection, sorting, and transportation of items.
2.5D Vision Learning: Understand 2.5D vision principles, learning how to use 2.5D vision for object recognition, unordered sorting, and object localization, improving recognition acurracy.
3D Vision Learning: Master 3D vision system applications, combining depth information for more complex object detection and gripping tasks, ideal for precise operations in 3D environments.
Learn robot kinematics control and simulation in a ROS environment, mastering testing and optimization of robots in virtual environments.
DOBOT CRA Entry Level Education Package – The Ideal Cobot Platform for Beginners – It enables educators and students to efficiently master robotics from basic programming and robot control to computer vision – through a plug-and-play system. This is all-in-one solution supports both teaching and hands-on experimentation, equipping students with essential technological skills.
