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Aspherical manufacturing in terms of accuracy, efficiency, and surface forms based on practical experiences

机译:根据实际经验在精度,效率和表面形状方面进行非球面制造

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摘要

Within the past ten years a variety of CNC manufacturers for aspherical surfaces have been established. The field of applications they are working for are very different. The way CNC manufacturers measure surfaces as well as the way they characterize the surface form deviation differs even more.rnFurthermore, there are a lot of customers being interested in using aspherical surfaces in their applications. In fact, aspherical lenses are not established as standard optical elements yet which is due to the fact that many users are not familiar with the implications of the use of aspherical surfaces with respect to the tolerancing of the optical system. Only few know how to specify an asphere, moreover, they differ about how to do that.rnThe paper will give an insight in what is possible in aspherical manufacturing in terms of accuracy, efficiency, number of pieces per design and surface forms. An important issue is the development of deviation of form and slope in connection to prepolishing and correction polishing. Based on experiences of the manufacture of more than 500 different aspherical designs with diameters ranging from 3 - 200 mm, the paper is going to give an insight into production practices.rnFinally, there will be a general overview on what could be done and what needs to be done in order to unify the different ways of tolerancing of aspherical surfaces.
机译:在过去的十年中,已经建立了许多非球面CNC制造商。他们正在工作的应用程序领域非常不同。 CNC制造商测量表面的方式以及表征表面形状偏差的方式差异更大。此外,许多客户对在其应用中使用非球面感兴趣。实际上,非球面透镜还没有被确立为标准的光学元件,这是由于以下事实:许多用户并不熟悉使用非球面对光学系统的公差的影响。只有很少的人知道如何指定一个非球面,此外,它们如何做也有所不同。本文将就准确性,效率,每个设计的零件数量和表面形式,对非球面制造中的可能性提供一个见解。一个重要的问题是与预抛光和校正抛光有关的形状和斜率偏差的发展。根据制造500多种直径从3到200 mm不等的非球面设计的经验,本文将深入了解生产实践。最后,将对可以做什么和需要什么进行总体概述。为了统一非球面公差的不同方法而要做的事情。

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