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Selecting Either Layered Manufacturing or CNC Machining to Build Your Prototype

机译:选择分层制造或CNC加工以构建原型

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Two fundamentally different methods are currently available for Rapid Prototyping: Layered Manufacturing Technology (additive) and CNC milling (subtractive). In order to create a prototype using RP, a designer will have to choose one of both methods. This paper gives guidelines for choosing the most appropriate method. First the available technologies are described for both methods, and the differences are explained between 'traditional' CNC machining, and CNC machining for RP. After that both methods are compared, and the strengths and weaknesses are presented. These (dis)advantages then lead to finding preferred application areas for both CNC and LMT: most important conclusions are that for styling block models CNC milling is best, where for fully functional prototypes LMT based RP is best suited. These conclusions are illustrated using real-life example projects.
机译:目前可用于快速原型设计的两个根本不同的方法:分层制造技术(添加剂)和CNC铣削(减去)。为了使用RP创建原型,设计人员必须选择两种方法中的一种。本文给出了选择最合适的方法的指导。首先,两种方法描述了可用的技术,并且在“传统”CNC加工和RP中的CNC加工之间解释了差异。之后,两种方法进行了比较,并且提出了强度和弱点。这些(DIS)的优点然后导致CNC和LMT的首选应用领域:最重要的结论是对于造型块模型,CNC铣削最佳,用于全功能原型LMT基于基于的RP最适合​​。使用现实生活示例项目说明了这些结论。

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