: Industrial Scenario Simulation: This mini conveyor belt system is designed to simulate an industrial assembly line, integrating two small conveyor belts with two open-source 6-degree-of-freedom robot arms. Ideal for showcasing artificial intelligence themes, product presentations, and research and development in automation. High-Quality Construction: Supported by a durable aluminum alloy structure, this conveyor belt is driven by a 42-step motor, ensuring precision and reliability in simulated industrial environments. Advanced Control Features: Equipped with a high-sensitivity infrared sensor, the conveyor belt can simulate real-world industrial processes by controlling the forward and reverse motion, as well as adjusting speed. The sensor also allows for the detection of objects, controlling the start and stop functions of the belt as needed. Synchronous Operation: The robot arms feature high-torque servos paired with a microcontroller for synchronous control, enabling accurate and coordinated movement for grasping and handling tasks on the simulated assembly line. Specifications: Belt Dimensions: 70mm x 550mm Motor Type: 42-step motor Structure Material: Aluminum alloy Sensor Type: High-sensitivity infrared sensor Control: Forward/reverse rotation and speed adjustment Applications: Ideal for robotics, AI demonstrations, and industrial automation simulations.