Industrial handling robots are typically equipped with advanced control systems, which enable them to preset multiple operational strategies based on different work scenarios and task requirements. For example, when facing goods of different shapes, weights, and sizes, different grasping methods and handling paths can be pre-set. For fragile items, a gentle and stable handling strategy can be pre-set to ensure that the goods will not be damaged during the handling process. For heavy goods, stronger and more powerful handling strategies can be pre-set, while ensuring the stability and safety of the robot.
In different production environments, industrial handling robots can also preset operational strategies that are adapted to specific environments. For example, when transporting goods in narrow spaces, a compact and efficient path planning strategy can be pre-set to avoid collisions and improve handling efficiency. In environments with obstacles, obstacle avoidance strategies can be pre-set, and sensors can detect obstacles in real time and adjust the transportation path.
In addition, industrial handling robots can also preset different operation strategies according to changes in the production process. At different stages of production, the handling tasks may vary, and robots can quickly switch handling modes according to preset strategies to meet production needs. For example, in the loading and unloading stages of the production line, the handling robots can adopt different handling speeds and operating methods.