Analysis of Shape Geometry of Micro-Channels Fabricated by Laser Milling

机译：激光研磨制造的微通道形状几何形状分析

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This paper presents an experimental analysis on manufacturing and geometrical characterization of micro-channels fabricated on AISI 316L steel by laser milling. Micro-channels, with rectangular section, were fabricated keeping the process parameters and the number of removed layers constant and varying the width of each channel. The geometry of micro-channels was revealed using a 3D digitizing system Optimet Conoscan 4000, which combines a non-contact, single-point measuring sensor based on conoscopic holography technology with x-y positioning with a resolution equal to 15 microns on the x and y axes. The use of this measurement technology allowed obtaining complete information of the shape geometry and dimensions of built channels.

机译：本文提出了激光研磨在AISI 316L钢上制造的微通道的制造和几何表征的实验分析。使用矩形部分的微通道保留了处理参数和移除的层数恒定并改变每个通道的宽度。使用3D数字化系统优先透视微通道的几何形状，其结合了基于主相识别的非接触式单点测量传感器，其中XY定位等于X和Y轴上等于15微米的分辨率。使用此测量技术允许获得内置频道形状几何形状和尺寸的完整信息。

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《International Conference on Multi-Material Micro Manufacture》|2015年||共4页
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Sabina Campanelli; Nicola Contuzzi; Fulvio Lavecchia; Gianluca Percoco;
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原文格式 PDF
正文语种
中图分类 TH16-53;
关键词
Laser milling; Micro-channels; 3D Measurement; Conoscopic Holography;

机译：激光铣削;微通道;3D测量;思科全息;

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Analysis of Shape Geometry of Micro-Channels Fabricated by Laser Milling

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