做蛋糕卷用什么烤盘:模具英语翻译,急啊!

Additive Fabrication Facilitates Successful Injection Mold Design and Build.By Rick Tweddell.Abstract:The appropriate use of RP additive models in conjunction with injection mold toolmaking has a positive impact on communication and verification, styling and ergonomics, and fit and functional issues.Keywords: additive;fabrication While the value of additive prototyping as a concept modeling tool is very well known-as per The Wohlers Report 2005-additive prototyping also has considerable value as an adjunct to the production toolmaking processes in order to avoid costly, time-consuming and potentially disastrous missteps in injection mold design and fabrication.Communication and Verification The same attributes that make additive prototyping very desirable as a communication tool for concept modeling tool (i.e., communication, verification, ergonomics, and fit and functionality) also serve to make it a very useful partner in the development of injection mold tooling, and in ancillary production processes. Understand, additive prototyping is not-nor ever will be-a stand-alone replacement for current and future CAD/CAM software related to moldmaking. Rather it is an outstanding supplemental tool to facilitate understanding of mold-making issues especially when working in partnership with an audience of limited technical background.
Communicating with a non-technical customer in regard to toolmaking issues is always difficult. Current CAD/CAM software is remarkable in its ability to identify and highlight areas of concern in injection mold design. Undercuts and similar parting line issues are made highly visible two dimensionally on our computer monitors-allowing us to avoid costly and time-consuming errors. Similarly, necessary mold actions, considerations in regard to melt flow, cooling issues and ejection problems are made visible “virtually” to the skilled technologist through the use of these powerful tools.