Delta robot with vision system for tracking and positioning metal parts on a tray

This project utilizes a Delta robot combined with a vision system for the precise placement of metal parts. The system tracks the metal parts in real time using vision technology, adjusts the Delta robot’s actions based on visual data, and ensures the metal parts are accurately placed in the designated locations for efficient tray placement.

Working Principle:

· Vision Tracking System: The system uses high-precision cameras to capture real-time images of the metal parts and processes the images using algorithms for position and orientation recognition. The vision system can accurately identify the shape, size, and relative position of the metal parts, ensuring that the robot's working path and operation are precise.

· Delta Robot: The Delta robot automatically adjusts its position and movement trajectory based on the real-time data provided by the vision system, precisely placing the metal parts in the specified target positions. With highly coordinated robotic arm control, the robot can perform fast and stable tray placement tasks.

· Placement Effect: The system can flexibly adjust the placement method based on different metal parts’ specifications and arrangement requirements, ensuring that the parts are arranged neatly and accurately. Whether placing single parts or performing complex batch operations, the system can efficiently complete the task.

Performance Features:

· High-Speed Efficiency: The Delta robot has a quick response capability, allowing for efficient metal part placement tasks, reducing manual labor and production cycle time.

· High-Precision Control: The vision tracking system works seamlessly with the Delta robot, ensuring precise positioning and stable placement of the metal parts, minimizing errors and deviations.

· Flexibility: The system can automatically adjust operation parameters for different types and sizes of metal parts, adapting to various production scenarios, improving the flexibility and automation level of the production line.

This system is widely used in metal processing, assembly, and logistics industries. Through automated placement, it not only improves production efficiency but also reduces labor costs and operational risks.