DOBOT CR3S Collaborative Robot

Description

The DOBOT CR3S Collaborative Robot that is primarily designed for efficient and safe manufacturing automation.
It represents a compact, easy-to-use, plug-and-play machine with remarkable technical characteristics making it an ideal device for a wide range of industries, including automotive, consumer electronics, semiconductor, healthcare, chemical, and new retail.
With the complete installation process taking no more than 20 minutes, the cobot is ready for work in just an hour.
Being the smallest model in the series, CR3 possesses a yet decent reach coupled with a payload sufficient for the majority of precise lightweight tasks.
Alongside high speed and repeatability, the machine provides intuitive and quick-to-learn control options, such as graphical programming interface and drag teaching, making it ideal both for beginners and experienced manufacturers looking for advanced automation opportunities.

The DOBOT CR3S 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 CR3S 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.