Description

• The DOBOT Magician E6 Collaborative Robot is primarily designed for immersive educational and research experience.
• With advanced safety technologies, plug-and-play capability, and high portability, the Magician E6 not only saves on setup time but also simplifies robot programming instruction, simulation training, and algorithm exploration for students of various levels.
• Being a compact educational Cobot, the Magician E6 possesses a yet decent reach coupled with a payload sufficient for the majority of precise lightweight tasks.
• Alongside good speed and repeatability, the machine provides support for different programming methods as well as intuitive and quick-to-learn control options, such as graphical programming interface and drag teaching, making it ideal both for beginners and experienced users looking for advanced automation challenges.

Features:

• The DOBOT Magician E6 Collaborative Robot 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 E6 Collaborative Robot 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.