1. Industry Pain Points
During the process of automation upgrades, traditional machinery and equipment (such as automatic drilling machines, robotic grippers, transport loading systems, and overhead cranes) commonly face several challenges: low positioning accuracy, heavy reliance on mechanical stops, complex commissioning, and stringent requirements for workpiece positioning. Furthermore, sensors often fail under harsh operating conditions, including dust, oil mist, and vibration. Achieving high-precision and high-reliability automatic positioning—especially in specialized environments like underground mines and large gantry cranes—remains a core challenge for the industry.
2. Sidumodo Solutions
- Dynamic Tool End (e.g., Robotic Grippers, Drill Bits): The MP3U vision guidance camera is mounted on the end-effector of the robotic arm or other moving components. A 4x4 dot-matrix target is then pasted on or integrated into the reference position of the workpiece or a specialized tooling plate.
- Static Monitoring End (e.g., Overhead Crane Skew): One MP3U camera is installed at each end of the crane bridge, facing downward. Targets are fixed at intervals along the ground rails.
- The MP3U camera captures images in real-time, performing high-speed identification of the targets within its field of view (FOV).
- Calculation: Internal algorithms instantaneously calculate the 3D physical coordinates (X, Y, Z) and the attitude angle (Roll) of the target relative to the camera.
- High-precision pose data is transmitted directly to the upper-level PLC or robot controller via an aviation-grade interface, featuring a high refresh rate of up to 120Hz.
- Execution: Based on the real-time coordinates received, the controller drives the servo motors to guide the robotic arm or drill bit precisely to the target point and orientation. Alternatively, it calculates the coordinate discrepancy between both ends of the crane in real-time to determine the skew value.