Fliz, S.S.FlizEckert, U.U.EckertPinternagel, S.S.PinternagelSchubert, A.A.SchubertOzdoganlar, B.B.Ozdoganlar2022-03-112022-03-112010https://publica.fraunhofer.de/handle/publica/368782Medical implant applications require three-dimensional micro-scale parts made from biocompatible materials. Mechanical micro-machining is an effective technique for fabricating such parts with high accuracy. However, there is a lack of experience in selecting the micro-machining parameters for given dimensional accuracy and quality requirements. In this paper, a study on micromachinability of commercially pure (grade 2) titanium (unalloyed) is presented. The effect of process parameters on the process output is investigated by machining channels with different machining parameters.enmicromachiningtitanium-machiningmicro-endmillmachining strategyprocess parameterstool wear620670conference paper