Moldex3D Releases Moldex3D R9.1 Plastics Design and Analysis Software

Features enhanced parallel computing technology and a new meshing kernel.

Features enhanced parallel computing technology and a new meshing kernel.

By DE Editors

Moldex3D R9.1 plastics design and analysis software is designed for precise injection molding simulation.

Key features in Moldex3D R9.1 include the enhanced performance of parallel computing. With the latest Intel Core i7 technology,  Moldex3D R9.1 is capable of reaching maximum acceleration. Generally, the computation speed can accelerate up to 350% faster with the quad-core power of one Intel Core i7 processor, according to the company.

With 485 plastic materials being updated and added to the database, Moldex3D R9.1 enhances its capacity for simulations with high precision. In addition, it supports two-color(2K)/over-molding to provide realistic analysis results on multi-component molding. 

The software includes hundreds of UI usability enhancements,  according to Moldex. The Gate and Runner design wizards can help to alleviate the time-consuming runner and gate design process.

Moldex3D R9.1’s new interface module, I2-Marc, allows users of Moldex3D or Marc to extract molding properties from Moldex3D analyses. Furthermore, the new report generator supports Microsoft PowerPoint format to help users make a professional presentation easily.

In terms of management facilitation, Moldex3D R9.1 has a remote control environment to help users to efficiently distribute and manage the computing resources of the whole organization. This allows users to submit their analysis jobs from local computers to a computing server or computing cluster, and then the job manager program on the server will automatically schedule, execute, and monitor those jobs. Analysis results can be obtained from the server to local computers through network after analysis jobs are done.

For more information, visit Moldex.

Sources: Press materials received from the company and additional information gleaned from the company’s website.

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