Search Results
For : magician
The DOBOT Magician E6 is a desktop grade 6-axis cobot designed for education and scientific research. It can accurately simulate various automation scenarios to provide immersive learning and research experiences. The Magician E6 has a number of interfaces for secondary development and course materials on robotics education, opening doors to a new way of education. It is the ideal platform to explore AI, smart manufacturing and other fields of study.
The Sensor Kit for the Magician Lite can be programmed using Python and graphic programming. It is easy to get started with and is suitable for beginners. The kit includes the Magic Box and the Al Camera Kit to enable more automation scenarios.
The Magician is the world's first desktop grade 4-axis robot. It can perform a wide range of tasks such as 3D printing, laser graving, calligraphy and drawing. 13 interface ports are available to support secondary developement, lab projects and robotics curricula.
Studies such as robotic systems, the DH convention, control of robot movement and robot programming can be taught to different levels of students. A variety of application scenarios can be developed through the use of programming software and hardware accessories.
The Dobot Vision Kit provides a basic software and hardware platform compatible with the MG400, Magician, and M1 Pro. It has the advantages of rich functionality, stable performance, and easy operation, satisfying the visual application requirements for positioning, measurement, inspection, recognition, and other vision-related needs.
The Magician Lite is a multi-functional lightweight intelligent robotic arm made for K12 education. Students can interact with the Magician Lite using software, hardware and expansion interfaces to maximize their creative freedom. Through the process of buidling and playing, they can learn how AI and robots work. They will also be introduced to the world of robotics and how robots can be applied in the real world.
The Magician Go is a mobile platform that can be combined with a Magician Lite to enable mobility to the robotic arm. It has two AI powered cameras, located at the front of the chassis and attached to the tip of the robotic arm, to allow for more application scenarios.
The Sensor Kit for the Magician can be programmed using Python and graphic programming. It is easy to get started with and is suitable for beginners. The kit includes the Magic Box and the Al Camera Kit to enable more automation scenarios.
As an entry-level learning suite for AI, Basic AI Kit for DOBOT Magician features Arduino Mega 2560 control board, LED indicator, joystick, switch button, and voice and visual recognition modules. We provide plentiful courses to help students handle the robot arm via programming and easily get the basic knowledge of AI, thus cultivating their innovative thinking and developing a creative robotic culture.
An operating range of one additional meter opens up extra opportunities for extensive scaling. With the sliding rail kit, the working space of DOBOT Magician can be fully extended to enable it to perform large-scale tasks, such as long-distance picking and placing, a more extensive range of writing, drawing, or laser engraving.
The Conveyor Kit for DOBOT Magician makes it possible to obtain a complete simulated production line. The powerful and programmable DOBOT Magician, combined with the adjustable speed, distance, and color sensor conveyor belt, is a perfect tool for creating a highly effective simulated production line or even applying it to existing factory application scenarios.
DOBOT AI Teaching Kit allows educators and students to set up a real-life-based AI solution within minutes. Combining Magician Lite with this kit, students can experience real-world AI scenarios, engage in hands-on activities, and be inspired to prototype their AI solutions. The kit also provides step-by-step tutorials online to help beginners start creating their own models right off the bat.
Take part in automation transformation. Let’s work together towards a more efficient tomorrow.