Description

• The DOBOT Magician Go is a mobile platform designed for immersive educational experience in robotics.
• Featuring a full compatibility with the manufacturer’s kid-friendly Magician Lite robot, it opens up new opportunities for the robotic arm in terms of its mobility.
• Boasting compact dimensions and lightweight design, the Magician Go represents an ergonomic device with rapid deployment and precise movement capabilities able to effectively perform various automation tasks in confined spaces.
• Thanks to two AI-powered cameras, located at the front of the chassis and attached to the tip of the robotic arm, smart map navigation technology, several control modes, and rich accessory options, the mobile platform is able to cover even more creative application scenarios. Plus, it does not require previous programming skills and will fit users of all levels.

Features:

• The DOBOT Magician Go Mobile Platform is engineered with a visualized programming interface.
• It can be easily deployed from an application to another by anyone in no time also.
• It shows a rugged design made of anodized aluminum alloy and ABS engineering plastic.
• Which makes it durable and lightweight also.
• It features seven different controlling methods for more convenient use.
• Used by Tsinghua University, Shandong University, and the University of Technology Sydney as well.
• As by industrial companies like Volkswagen and Alibaba also.
• This intelligent learning robotic arm might be a great addition to your workflow advancely.
• As part of the “Occupy Mars Learning Adventures STEAM++ Program”.
• Some students from the Long Beach Unified School District’s CAMS have chosen the DOBOT to produce parts for other robots.
• Cazenovia High School uses the DOBOT Magician robots to teach 18-year-old students advanced robotics.
• Automation techniques, and programming certainly.
• Thanks to their robustness and ease of use, the robots are perfect for classrooms.
• The DOBOT Magician Go Mobile Platform is a cost-effective 4-axis desktop robotic arm.
• The positioning repeatability of up to 0.2 mm is a remarkable feature for the price.