Production Management

Build a full-dimensional digital twin 3D visualization module to achieve millimeter-level precision visualization and control of production line environments and facilities and equipment. Relying on digital twin technology, build a 3D visualization equipment information display system to accurately map all equipment element data in a three-dimensional presentation. The module supports real-time data-driven 3D dynamic rendering and features multi-dimensional interactive functions, including model rotation, scaling, precise positioning, and dynamic state coloring. It seamlessly integrates real-time production data and equipment operation information from the site. Through a visualization management paradigm that blends virtual and real elements, it achieves comprehensive perception and dynamic monitoring of production scenarios, providing intuitive and precise decision-making support for efficient production line operations.
Achieve online scheduling visualization supervision: By connecting to the data center to obtain equipment basic information and real-time data, and leveraging digital twin technology to build a 3D visualization platform for production lines, the system enables centralized display of data results and real-time monitoring, viewing, and querying of equipment information and operational data. This initiative drives the transformation of management models toward “proactive” and “visualized” approaches, enabling precise and efficient issue identification, comprehensively enhancing equipment management service levels, and ensuring stable equipment operation.
Achieve visualization of production line monitoring and alarm information display: By associating equipment and facility data with time, space, and geographical location, the system achieves deep integration between data analysis and real-world scenarios through “transforming data into physical objects.” The system projects real-world production scenarios into a digital space, dynamically displays the actual operational status of equipment and facilities after 3D visualization reconstruction, and presents data in a more intuitive and tangible manner.

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