Lasers for material processing

A. Nichici, I. David, E. Cicala
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引用次数: 5

Abstract

The selection of the best laser for a given application is a common problem of laser users. However, a direct relationship between laser intrinsic characteristics and a potential application, risks to make the laser source selection process unilateral and partially mistaken. In fact, the best processing technology for a given application must be chosen. Therefore, the present paper proposes an indirect, more realistic selection process. This process starts from a general laser application definition. Then, it passes through the analysis of the needed laser beam--workpiece material interaction and of the necessary laser technological system. Finally, the selection process ends with the laser processing technology definition, where the choice of the most suitable laser source becomes in fact possible.
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材料加工用激光器
为给定的应用选择最好的激光器是激光用户的一个共同问题。然而,激光固有特性与潜在应用之间的直接关系,有可能使激光源选择过程变得片面和部分错误。实际上,必须为给定的应用程序选择最佳的处理技术。因此,本文提出了一个间接的、更现实的选择过程。这个过程从一般的激光应用定义开始。然后,分析了所需的激光束与工件材料的相互作用以及所需的激光工艺系统。最后,选择过程以激光加工技术定义结束,其中选择最合适的激光源实际上成为可能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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