Abstract

CAE tools for injection molding have been dramatically improved in the past several years. Prior to this period, advanced simulations provided a wealth of information about a part and mold design. A common complaint was that too much time was required to perform an advanced simulation. This is the part of reason for the rise in popularity of desktop CAE tools, which provide fast, useful results for those who wish to improve quality, increase profitability and eliminate inefficiencies in critical product and mold design. This paper discusses recently developed desktop CAE technology which greatly reduces the time required to run advanced simulations and quickly evaluates material selection, mold filling, part design, and runner balancing issues, and also optimizes cycle time and generates engineering reports.

This content is only available via PDF.
You do not currently have access to this content.