Fabrication of Aspherical Ultraprecise Surfaces using a Tube (FAUST)

O. Fähnle, H. V. van Brug, C. van der Laan, H. Frankena
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Abstract

A novel fabrication technique for the generation of rotationally symmetric aspherical surfaces has been developed in a cooperation between the two upmentioned institutes at Delft. A machine tool based on this method is currently being prototyped. In this paper we will describe the characteristics of this method. FAUST (Fabrication of Aspherical Ultraprecise Surfaces using a Tube; Patent pending) is a line contact method for the generation of rotationally symmetric optical surfaces. It employs a selfcorrecting process and enables the use of loose abrasive ductile grinding [Gol91] and subsequent bowl-feed polishing [Win92] for the generation of both convex and concave aspherical surfaces of revolution.
管内非球面超精密表面的制备(FAUST)
在代尔夫特的上述两个研究所之间的合作中,开发了一种用于生成旋转对称非球面的新型制造技术。基于这种方法的机床目前正在制作原型。在本文中,我们将描述这种方法的特点。FAUST(非球面超精密表面的管材加工)专利申请中)是一种线接触法,用于生成旋转对称光学表面。它采用了一种自校正过程,可以使用松散磨料的韧性研磨[Gol91]和随后的碗喂抛光[Win92]来生成凸和凹的旋转非球面。
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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