Delta Electronics announced a significant milestone in its development of smart manufacturing solutions with the launch of six highly versatile models in the D-Bot series of collaborative industrial robots (Cobots). The portfolio features Cobots with payload capacities up to 30 kg, reach spans up to 1800 mm, compatibility with EtherCAT, Modbus and CODESYS, as well as the integration of 24-bit encoders to ensure optimal levels of precision, especially in pick & place, welding and palletizing applications.
Speed, Precision, Easy Integration, and Safety Combined
The D-Bot series includes six versatile models: D-Bot 6, D-Bot 8, D-Bot 10, D-Bot 16, D-Bot 20, and D-Bot 30, with payload capacities ranging from 6 to 30 kg. Featuring six axes for unmatched flexibility and precision, these models offer speeds up to 200 degrees per second and accuracy within ±0.02mm. The integration of 24-bit encoders enhances precision, ensuring consistent performance.
The series is designed with IP66 protection and advanced safety protocols. Supporting interfaces like EtherCAT, Modbus and CODESYS, these cobots are perfect for a range of tasks, from palletizing, pick & place, welding and more. With "Plug & Play" setup and intuitive programming via a user-friendly interface, the D-Bot series are accessible to operators of all skill levels, promoting human-robot collaboration in sectors such as automotive, logistics and electronics.
Rapid Deployment and Easy Operation
Delta's D-Bot series are designed for rapid deployment, requiring no special programming skills, making them operational in no time. Setting up movements and command executions is effortlessly achieved. Furthermore, the system facilitates teaching through drag & drop, Python, ROS 1, or C++, ensuring a simple and flexible operation. The modern graphical user interface (GUI), featuring immersive 3D visualization, allows users of all levels to quickly program. The inclusion of an HMI panel in the package eliminates the need for additional devices or tools for control, streamlining the operation process even further.
