The high-quality development of precast buildings faces the challenge of the traditional “design production construction” process being disconnected.

This linear series model leads to serious professional information barriers, and design problems are often exposed only after the production or construction stage, causing frequent design changes, mold modifications, and component installation problems, resulting in cost overruns, project delays, and quality hazards.

To address the core issues of information fragmentation and insufficient collaboration, it is necessary to establish an integrated collaborative design method based on the theory of building lifecycle, using Building Information Modeling (BIM) as the unified carrier and parallel engineering as the guiding ideology, to achieve deep integration of various disciplines and continuous control throughout the entire process, thereby improving construction efficiency and engineering quality.

Fixing Socket

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