Dobot CR Series of Collaborative 6-Axis Robotic Arms

The Dobot CR range of Collaborative 6-Axis Robotic Arms offers advanced automation solutions designed to enhance productivity, safety, and precision in various industrial applications. These robotic arms are engineered to work alongside humans, providing seamless integration into existing workflows while ensuring safety and efficiency. There are a number of varients available offering versatile and reliable advantages to your operations and research.

CRA - This range boasts several advantages over the previous CR and CR_V2 ranges:

• Higher Efficiency: The CRA series features highly integrated joints with high-performance harmonic drive reducers, improving cycle time and maximum joint speed by 25%.
• Greater Accuracy: Optimised precision control algorithms significantly reduce vibrations, achieving up to ±0.02 mm repeatability and 0.2 to 0.4 mm trajectory accuracy during complex motions.
• Enhanced Safety: Electromagnetic brakes engage in 18 ms during power outages to prevent robotic arm falls, and built-in virtual boundaries and real-time payload detection ensure worker safety.
• User-Friendly Operation: The new operating software supports graphical programming, scripting, and drag-to-teach for trajectory replay, making it easier to use across multiple platforms.
• Enhanced Controller: The control box is 25% smaller with 24 Digital I/O ports, allowing increased versatility and better integration within complex automation systems.

CRS / CRAS - These robots are equipped with Safety Skin technology providing an extra layer of protection for human workers. This feature ensures safe collaboration and prevents collisions, making these robotic arms perfect for environments where safety is a top priority.

CRA-DC / CRAS-DC - The DC version of these cobots operate on DC power, offering the ability for increased automation and secondary development in to processes utilising an Autonomous Mobile Manipulation Robot (AMMR)

Dobot's collaborative robotic arms significantly enhance productivity and precision in university, research, and industrial settings. By automating repetitive tasks, these robotic arms allow researchers, students, and industry professionals to focus on more complex and innovative activities, leading to higher output and efficiency. Their high precision and consistency ensure that each operation is carried out to exact specifications, which is particularly beneficial in research environments where reliable results are crucial, in universities where students can experiment with advanced projects, and in industries where consistent quality is essential.

Safety is a paramount concern, and Dobot's robotic arms are equipped with advanced safety features such as safety skins and real-time payload detection. These features ensure safe operation alongside human workers, preventing accidents and injuries. Additionally, the intuitive operating software supports graphical programming and drag-to-teach functionality, making it easy for users of all skill levels to programme and operate the robots. This ease of use is beneficial in university settings for quick learning, in research environments for efficient training, and in industrial settings for reduced downtime and increased productivity