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Vision Measuring Systems Advance Noncontact Dimensional Measuring Technology

机译:视觉测量系统先进的非接触式尺寸测量技术

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摘要

In all aspects of life, it is said that change happens on the edge. Vision measuring systems are essentially designed to "find the edge" and define it relative to any process that might be affecting or changing it. In the past, noncontact measuring systems could be quite subjective. Multiple technicians would rarely achieve the same results using a single technology. Current-generation, non-contact system platforms are not only better at finding the edge, but also at delivering a competitive edge to manufacturers and materials scientists. These are the people who design, test and measure components engineered to micron-scale tolerances. To put this scale into perspective, it's useful to note the diameter of an average red blood cell is about 7.2 microns, and a human hair may range in diameter from 40 to 120 microns. At the next level of measurement, a nanometer is 1/1,000 of a micron.
机译:据说在生活的各个方面,变化都在边缘发生。视觉测量系统实质上旨在“发现边缘”并相对于可能影响或更改边缘的任何过程进行定义。过去,非接触式测量系统可能非常主观。多个技术人员很少会使用一种技术来达到相同的结果。当前的非接触式系统平台不仅可以更好地找到优势,而且可以为制造商和材料科学家提供竞争优势。这些人是设计,测试和测量以微米级公差设计的组件的人。为了使该比例成为现实,有必要注意平均一个红细胞的直径约为7.2微米,而人发的直径范围可能在40到120微米之间。在下一级别的测量中,纳米为1 / 1,000微米。

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