Introduction to DOBOT Magician E6

DOBOT Magician E6 is a desktop six axis collaborative robot developed specifically for education and research. It has the performance of an industrial robot, supports diverse industrial expansion accessories, and can realistically restore automation application scenarios, creating an immersive teaching and research experience. Magician E6 provides a rich secondary development interface and tailor-made a course system covering robot structure and control principles, opening the door to innovation for teaching and research, and providing the best practical platform for science and education in fields such as artificial intelligence and intelligent manufacturing.

FEATURES AND

BENEFITS

• High security

      The streamlined body design combined with collision detection function ensures safer operation, and is equipped with circular indicator lights to monitor the real-time operation status of the robot, effectively reducing the risk of user collisions.

• Simple installation

      The body is compact, lightweight, and can be easily installed on a desktop. It is simple and flexible, with an integrated design of the robot and controller, eliminating complex wiring and plug and play.

• Get started quickly

      Based on self-developed trajectory reproduction technology, trajectory recording can be easily completed through drag and drop teaching. It supports graphical programming, is easy to learn from scratch, simple and user-friendly, and can be operated by anyone.

Introduction to DOBOT Magician

DOBOT Magician is the world's first desktop collaborative robot independently developed by DOBOT Robotics. It has multiple functions such as 3D printing, laser engraving, writing and drawing, and reserves 13 expansion interfaces to support secondary development. At the same time, it provides rich experimental projects and a complete course system.

By using the DOBOT Magician intelligent robot, teaching practice can be carried out on courses such as robot system understanding, robot D-H model understanding, robot basic motion control, and robot program editing. Develop more application scenarios through software programming and hardware expansion to meet the needs of students at different levels.

FEATURES AND

BENEFITS

• Each person has a machine, easy to operate

      Exquisite in size and integrated design, with multiple operation modes such as PC control, APP control, and wireless control that can be easily switched. Each student has their own device, allowing them to gain a better learning experience through practical exercises.

• Secondary development, strong scalability

      13 expansion interfaces and one programmable button are reserved, and users can use DobotLab for scripting to develop more features.

• Multiple accessories, freely combined

      Flexible matching of sliding rails, conveyor belts, smart cars, visual accessories, etc., to complete different training projects according to different needs.

       K12 Customized Artificial       Intelligence Education Solution

DOBOT Magician Lite is a multifunctional lightweight intelligent robotic arm independently developed by DOBOT Technology, and is one of DOBOT 's core products for K12 customized artificial intelligence education ecology. Based on Magician Lite's rich software and hardware interaction methods and diverse compatible expansion interfaces, it supports students to achieve more creativity under the guidance of customized educational content. Students can learn about artificial intelligence, mechanical principles, and other knowledge through building and playing games, and establish a preliminary understanding of robots and their applications in practical work and life. Through the robot competition in the education ecosystem of DOBOT , students can test their own learning effectiveness and feel achievement recognition, thereby guiding and cultivating their interest in robot learning.

FEATURES AND

BENEFITS

• Outstanding performance, safe and friendly

      Adopting an integrated design and compact size; Repetitive positioning accuracy of 0.2 mm,

load of 0.25 KG, motion range of 340 mm, excellent performance; Support a variety of end tools

such as flexible claws, suction cups, and pen grippers, plug and play; Simultaneously equipped with

collision detection function, ensuring the safety of children during the learning process.

• Intelligent magic box, infinite possibilities

      Highly integrated, utilizing the external controller Magic Box to separate motion control

algorithms from user tasks, enabling more flexible programming and creation. Support Bluetooth

and Bluetooth networking, open 12 expansion interfaces, with good openness and compatibility.

• Graphic programming, easy to get started with

      The DobotLab software platform has been newly launched, allowing students to program, create

games and animations for robots through drag and drop and stitching, control their every move,

learn AI, and explore more technological fun.

• Project based teaching for all age groups, with a complete system

      Build a curriculum system from the two stages of enlightenment and introduction, combining

rich teaching cases and using experiential, project-based, and inquiry based learning as the main

methods. Organize robot competitions to strengthen students' comprehensive, engineering, and

innovative abilities.

• Enrich accessories to achieve more excitement

      Can be paired with writing and drawing kits, Industry 4.0 kits, AI vision kits, sensor kits, combined

with simple programming to expand more functions, helping students explore more gameplay and

create freely.

About X-Trainer

On April 2, 2024, DOBOT released the first AI empowerment platform in China, X-Trainer, which  is based on high-performance collaborative robots and has achieved the integration  and commercialization of robots and artificial intelligence.

AI+robotic arm "has been proven to be the optimal" embodied intelligent agent "in practice. It unlocks the autonomous operation ability of robots and, based on stable and smooth operation, breaks through the integration of collaborative robot products with perception fusion, deep learning, big data and other technologies. Through the" imitation learning strategy ", it enhances the autonomous learning and operational efficiency of robots, achieves a highly integrated fusion of vision, hearing, thinking and action, and endows AI collaborative robots with" high-level "intelligence. This progress is accelerating the practical application of "embodied intelligent agents" in a wide range of fields such as industrial manufacturing and commercial services, enabling robots to complete diverse tasks more efficiently and accurately, and move towards a higher level of intelligence.

FEATURES AND

BENEFITS

• Fast training without fear of interference

      When training with imitation learning data, the training time is significantly reduced by 70%, and conventional scenario training (such as brushing dishes, folding clothes) can be completed in just 2 hours. When autonomously executing scene tasks, the robot can quickly correct real-time interference, such as recognizing stains added during the process of brushing dishes and completing cleaning, greatly improving the AI level of the robot.

• Convenient training to explore the future

      Adopting remote operation input method, equipped with a data training platform and open API interface, it supports exporting specialized format data for direct use by embodied intelligent neural network models, and can also deploy multi-modal large models for data training and research, helping various scientific research projects to carry out efficiently.

• Unprecedented industrial performance

      Equipped with the six axis collaborative robot DOBOT Nova, the AI training robot has achieved industrial grade data acquisition and motion accuracy for the first time with a repeat positioning accuracy of up to 0.05mm. Adopting a 25Hz end-to-end high-performance motion interface, the response speed is 150% faster than similar products, and the robot's running stability is further improved.

• Powerful servo remote control at will

      Adopting a lightweight design, the manual load during operation is less than 400 grams, making it easier to use. Equipped with high-performance servo servos, the motion acquisition accuracy is higher, and remote operation is more user-friendly. The master hand adopts ergonomic design, with the same configuration as the slave hand. After scaling optimization, the operation is more agile and easy to perform various complex and delicate tasks.

• Quick buttons for efficient control

      The main control handle is equipped with an unlock button and a recording button. The unlock button can quickly lock and unlock the main hand posture, significantly reducing the fatigue of the operator's hands; The recording button can quickly control the start or end of recording, and the control of data collection nodes is more precise.

• Easy deployment of integrated base

      The master-slave mobile phone arm is integrated into an integrated base platform, which is stable and reliable, greatly improving the flexibility and convenience of equipment use. It can be deployed and used in different environments, meeting the needs of various scenarios such as scientific research, education, and industry.