software - Tool Design - eDesign

Moldex3D/eDesign is able to fulfill complete analyses for thermoplastic injection molding, including the plastics filling and packing, mold cooling, fiber orientation, and part warpage. It allows users to simulate plastic flow through cavity, optimize gate locations, prevent short shot and weld lines, evaluate cooling circuit design, minimize cycle time, reduce warpage, etc. Besides, Moldex3D/eDesign's optional module simulates reactive injection molding (RIM).



Moldex3D/eDesign is the ideal tool to help you to quickly and repeatedly verify the product design. "Analyze product quickly and heavily, then most of hindrance will be eliminated before manufacturing", said Moldex3D R&D Vice President, Dr. David Hsu. The Molde3D/eDesign embedded product design workflow will help you to minimize design cycle time, shorten time-to-market, and bring maximum return on investment.

Moldex3D/eDesign is able to fulfill complete analyses for thermoplastic injection molding, including the plastics filling and packing, mold cooling, fiber orientation, and part warpage. It allows users to simulate plastic flow through cavity, optimize gate locations, prevent short shot and weld lines, evaluate cooling circuit design, minimize cycle time, reduce warpage, etc. Besides, Moldex3D/eDesign's optional module simulates reactive injection molding (RIM).

The Moldex3D/eDesign suite of software helps you to quickly check the manufacturability of injection molded plastic part design. With intelligent eDesign meshing engine and best-in-class 3D technology, users can work directly through solid CAD model to true 3D simulations and save mass working-hours in mesh preparation. Easy-to-use user interface minimizes the efforts in training and learning. Interactive result displaying help users to quickly check and optimize design.
Moldex3d/eDesign is equipped with the same 3D technology as Moldex3D/Solid. Based on this technology, you can perform true 3D simulations on very thick parts as well as those that have extreme changes from thin to thick. Besides, Moldex3D/eDesign has been developed with parallel computing technology in mind, too. With high-performance parallelized computing kernel, users can perform analyses in much less time on complex models than ever.