双SPMs微型三坐标测量机探针微球的测量方法

C. Fang, Qiangxian Huang, Meng Mi, Chao-qun Wang, Lijuan Chen, Liansheng Zhang, Hongli Li
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摘要

微坐标测量机(Micro-CMM)的测头是一个直径为几百微米的微球,其球度一般控制在几十到几百纳米。由于微球体积小、精度要求高,对微球形貌的测量是一个难点。本文提出了一种基于两个扫描探针显微镜(SPM)探针的微型三坐标测量机探针微球的测量方法,并利用该方法测量了雷尼绍商用三坐标测量机触头的红宝石微球。实验中,对最大剖面的可重复性误差进行了测试,可重复性误差为41 nm(峰间值)。测量了两个垂直的最大截面轮廓,用最小二乘法估计了相应的直径和圆度。
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A measurement method for probe microsphere of micro-CMM with double SPMs
Probe tip of the Micro-coordinate Measuring Machine (Micro-CMM) is a microsphere with diameter of several hundred microns, and its sphericity is generally controlled at tens to hundreds of nanometers. Due to the small size and high precision requirement, the measurement of the microsphere morphology is difficult. In this paper, a measurement method for probe microsphere of Micro-CMM is proposed based on two SPM (Scanning Probe Microscope) probes, and a ruby microsphere of a Renishaw commercial CMM stylus is measured by the proposed method. In the experiment, the repeatability error of a maximum section profile is test, and the repeatability error is 41 nm (peak-to-peak value). Two perpendicular maximum section profiles are measured, and the corresponding diameter and roundness are estimated by the least squares method.
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