Micromachining of CP-Titanium on a Desktop Machine - Study on Bottom Surface Quality in Micro End Milling
Micromachining of CP-Titanium on a Desktop Machine - Study on Bottom Surface Quality in Micro End Milling
复制标题
台式机床上的 CP-钛微加工 - 微端铣底面质量研究
DOI：
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发表时间：
2013
期刊：
影响因子：
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通讯作者：
M. Bohley
中科院分区：
文献类型：
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作者：
I. Reichenbach;M. Bohley
随着对微产品需求的不断增长，微特征的影响和部件表面的功能性能代表了很高的经济潜力。微型产品制造的一种有竞争力的工艺是使用微型端部米尔斯和台式铣床。由于机械加工表面的形貌会影响润湿相互作用或细菌细胞粘附，因此必须考虑所有相关的精加工步骤，例如平行于加工台的平面表面的生成和使用微型端部米尔斯的结构化，以创建功能表面。本文首先介绍了平面曲面的生成和刀具轨迹的选择，然后讨论了超小型微型立米尔斯铣刀在纯钛槽铣中的应用以及工艺参数对底面质量的影响。
With the ever-growing demand for micro products, the influence of micro-features and the functional performance of component surfaces represent a high economical potential. A competitive process for the manufacture of micro products is using micro end mills and a desktop milling machine. Since the topography of machined surfaces affects e.g. the wetting interaction or the bacterial cell adhesion, all relevant finishing steps such as the generation of a plane surface parallel to the machining table and the structuring with micro end mills have to be concerned in order to create functional surfaces. In this paper the generation of plane surfaces and chosen tool paths is described first and then the use of ultra-small micro end mills for slot milling in cp-titanium and the influence of process parameters on bottom surface quality is discussed.