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Taizhou school where mold | mold design, where a good | Taizhou where mold Learning | Spring Education | Taizhou school where mold | mold design, where a good | Taizhou where mold Learning | Spring Education UG mold design part (full three-dimensional design) 1. UG installation and customization. 2. Knowledge management layers and colors. 3. Curve configuration and editing. 4. Sketch design. 5. Solid modeling and editing, direct modeling, complex modeling. 6. Create complex surfaces and surface editing. 7. Design and management of reference set top-down assembly. 8. Assembly of parametric design and editing (WAVE LINK, cloning assembly, expression, management, etc.). 9. Full three-dimensional inspection (interference gap CHECK CHECK and the like, the minimum R angle analysis, draft analysis and undercut surface (UNDERCUT) analysis). 10. Inside and outside slider design. 11. Drafting 2-dimensional engineering drawings and mold assembly drawing, explosion Open Graph. 12. Reverse engineering (point cloud to surface, etc.). 13. CAD2-dimensional design. 14. Print out. 15. Die structure design (three-plate cold runner mold, two plate cold runner mold, hot runner mold and half cold half hot runner (SEIMI-HOT) mold; hot runner board design, hot runner nozzle design, etc.). 16. IGS, STEP, PARASOLID broken surface repair, repair broken body and so on. 17. Product analysis and review (for example: the customer-designed products made in favor of the proposed changes mold, etc.). 18. Core (CORE) and the cavity (CAVITY) Design (common parting method, etc.). 19. Mold design. 20. MOLDWIZAR mold design (parting, cooling, thimble, GATE, transfer standard and standard mold, etc.). Twenty one. Electrode design (demolition of copper). Twenty two. How to fix the parting inseparable (manual configuration parting surface methodology, playing solid patch, etc.) 23. Explain the 2D mold construction group legislature FIG. Twenty four. UG, CAD die design basic theoretical knowledge and processes. 25. UG three-dimensional and two-dimensional CAD mold qualifying qualifying. 26. Die qualifying processes and methods. 27. Die Structural Analysis and case to explain. Transnational mold company, design firm design examples to explain: a multi-cavity mold, GATE, cooling, exhaust, thimble qualifying, cutting inserts (the child), bit line (inside and outside slider, slider complex), oblique top (and slant play thimble), the push plate to push the block, the former model slant, former model line position, flip Moulds, mold shrinkage, Huff (HALF) mode; phone dies, the light guide plate mold; cameras, image pickup machine mold; mold front line position of complex hot runner molds, two-color mold, overmold, put metal inserts during molding Moulds, Roll (off female) die mold design principles, case studies and basic way of thinking. Mold design: Mold enterprises engaged in digital design, including cavity mold and Die in the traditional mold design based on the full application of digital design tools to improve the quality of mold design, mold design cycles shorten personnel.