1. Sensor detection: The shipping robot arm first uses sensors to detect the position and status of the goods. These sensors may include vision sensors, laser sensors, or other types of sensors.
2. Path planning: Once the location and status of the goods are detected, the robotic arm will plan the best path to grab or place the goods according to the preset program. This path planning process often takes into account the weight, shape, and other constraints of the cargo.
3. Grasp the goods: The robotic arm uses its own robotic arm, gripper and other tools to grab the goods according to the planned path. Gripper jaws are often designed to accommodate different types and sizes of cargo.
4. Moving the goods: Once the goods are grabbed, the robotic arm will move them to the target location. This process may require precise positioning and adjustment of the robotic arm in space.
5. Place the goods: When the robotic arm moves the goods to the target location, it releases the clamping jaws or other grabbing tools to place the goods at the designated location.
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