非接触式形状和粗糙度测量技术

您是否正在寻找一种非接触式测量解决方案，用一个传感器测量形状和粗糙度，横向探测部件，从而测量超过 90° 的垂直侧面？此外，您还希望对单个部件进行更快速、自动化、可重复和可追踪的测量？那您就来对地方了。

Why optical metrology?

The advantages of optical metrology are clear: While probes that travel over the surface can leave damage, the components measured without contact remain completely undamaged.
Traditional roughness measurement systems struggle with narrow valleys due to the diameter of the probe, whereas optical measuring devices precisely capture even the finest depths on the surface.

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Advantages of optical metrology & dimensional metrology?

Dimension, position, shape and roughness with just one optical sensor
Measurement of vertical surfaces > 90°
Fast measurement of critical components
Small radii and angles also at large measuring volumes
Steep flanks & components with varying reflective properties (polished, shiny surfaces)
Components with different surface finish or coating
Profile based and area based surface roughness parameters
Easy-to-use software, fast processing and accurate measurements
Full form measurement

为什么选择非接触式测量？

非接触式测量的优势显而易见：探头在表面上移动可能会造成损坏，而非接触式测量的部件则完全不会损坏。触觉粗糙度测量系统在测量特别狭窄的沟谷时会受到探头直径的限制。而非接触式测量设备则可以准确地显示表面最细微的深度。此外，只有非接触式测量设备才能在合理的时间和资金范围内进行面积测量。布鲁克-爱丽科纳公司的以下技术使非接触式形状和粗糙度测量成为可能：