This all-in-one intelligent robot workstation integrates Delta robots, industrial cameras, and computer software. It can intelligently identify small parts and then arrange them neatly using a high-speed and precise robotic arm. It can clearly see the front and back of the parts at a glance and handle them with one hand.

1.Delta Robotic Arm The Delta robotic arm is a high-precision, high-speed robot widely used in industrial automation. Compared to other robots, the Delta robot is better suited for high-precision, highly repetitive operations, such as electronic component manufacturing and medical device assembly. Its main features are simple construction, high movement speed, high precision, and simultaneously high stability and reliability.

2.16mm F2.8 Industrial Lens This lens is specifically designed for industrial image acquisition, providing more precise visual guidance for the robotic arm, enabling it to better identify and pick up parts with various complex shapes.

3.High-Speed ​​Camera Through high-speed shooting, it provides high efficiency and more accurate positioning, meeting the high-precision placement requirements of various complex-shaped parts.

4.Part Recognition Sensor By analyzing the feature data of part surfaces, its geometric features and material properties are identified, enabling accurate identification and classification of parts. Simultaneously, this sensor can quickly and accurately detect parameters such as part position, orientation, and size, providing fundamental data support for precise robot picking and processing.

5.Programmable Robot Operating Software Ordinary people can program robots without requiring specialized robotics skills or programming knowledge. Through this software, users can design and build automated robot tasks using a simple graphical interface, including robot movement paths, sensor monitoring, and responses, without needing to use programming languages.

6.Compared to traditional robot programming software, the programmable robot software interface is simpler and easier to use. Users only need to perform simple editing and connection operations to complete robot task programming. It can be quickly customized and adjusted according to user needs, more flexibly meeting the application requirements of robots in different fields.