用于计量应用的3D打印自由形状光学传感器

P. Maillard, A. Heinrich
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引用次数: 10

摘要

3D打印自由曲面光学传感器是一种不同的光学测量新方法。因此,光学设计适应于增材制造的制造特性。所有需要的光学元件,如反射镜和透镜被简化为一个简单的打印样品,能够照亮一个复杂形状的工业部件,用于基于光截面技术的形状测量。此外,激光线可以在零件上以某种方式形成,因此即使在扭结等情况下也不会出现阴影。由于印刷过程的物理限制和不同的印刷技术,每种光学设计都存在一些缺点,必须在印刷过程之前考虑这些缺点,以便获得尽可能好的结果。
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3D printed freeform optical sensors for metrology application
3D printed freeform optical sensors are a different and new approach for optical metrology. Thereby the optical design is adapted to the fabrication characteristics of additive manufacturing. All needed optical elements like mirrors and lenses are reduced to one simple printed sample, which is capable to illuminate a complex shaped industrial part for shaped measurement based on light section technique. Additionally the laser line can be formed on the part in a way, so that no shadow appears–even in the case of kinks etc.. Due to the physical limitations of the printing process and different printing techniques each optical design would present some drawbacks that has to be considered prior a printing process in order to obtain the best results possible.
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