2. Pipe prefabrication design system [Abbreviation: EP3D SpoolGen]

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Overview: EP3D Spoolgen V1.0 is a pipeline detailed design tool specifically developed for pipeline prefabrication units and construction companies. Through prefabrication design, companies can produce pipes more efficiently; by following standardized procedures, they can carry out tasks such as cutting, fitting, and welding the pipes, thereby producing finished pipe sections that can be sent directly to the construction site for installation, which significantly reduces the amount of work required on-site ； By working with the available materials, waste of materials and labor is reduced, thereby effectively improving construction efficiency and quality. The EP3D Spoolgen system imports IDF/PCF files generated by PDS, PDMS, and AutoPlant through the EP3D IDF and PCF data interfaces to create 3D models of pipelines, and it also allows for the viewing of pipeline data. It allows users to carry out prefabrication design work on 3D models. The system supports design driven by pipeline specifications, enables the design of weld points and pipe sections, generates welder statistics and comprehensive material statistics, and automatically creates diagrams of prefabricated pipe sections as well as installation drawings for them. It can also utilize data from welding management systems to generate as-built drawings (pressure testing diagrams). Core technologies: 1. Model data is stored in a MySQL database, ensuring data reliability and stable operation ； 2. IDF/PCF parsing (parsing for various large-scale projects in China, with EP3D technology being used for all underlying tasks) ； 3. Multi-person collaborative work mode ； 4. Project ecosystem management with strong data consistency ； 5. Comparison of changed data ； 6. Supports the return of weld data to SP3D software to create a digital as-built model. Features: 1. Supports import of IDF/PCF format files, automatically creates databases and models, and intelligently parses long descriptions ； 2. Network database management system (including major pipe and fitting standard libraries such as SH/GB/HG/ASME/API) ； 3. Supports design changes, and also allows for the creation of pipeline models independently (pipeline modeling and intelligent model editing) ； 4. Automatic segmentation of pipes, with automatic identification of weld seams ； 5. Intuitive display of weld seams and weld seam numbers ； 6. Weld joints are automatically numbered according to rules ； 7. Support for adding new weld joints and assigning new numbers ； 8. Fully automatic generation and editing of pipeline prefabrication installation drawings (automatic generation of pipeline ISO diagrams, automatic labeling, drawing editing, and drawing file management functions) ； It can generate tables for pipeline materials, weld joints, paint usage, and wire/rod consumption ； 9. Fully automatic generation and editing of prefabricated pipe section drawings (automatic generation of pipe ISO diagrams, automatic labeling, drawing editing, and drawing file management functions) ； 10. Automatic generation of material lists (automatically compiles various material lists and weld list; statistics can be generated by region or pipeline category) ； 11. Navigation tree management model for quick search and location ； 12. Real-time attribute display of the model ； 13. Supports setting of prefabricated cutting allowance ； 14. Support for as-built drawings of welds ； 15. Supports secondary development and integration with other management systems.