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M.N. Durakbasa, G. Bas:
"Surface Roughness Investigation of the Cutting Edge Of The High Precision Cutting Tools Enabled By Micro and Nanometrological Measurements";
Talk: XXVII. microCAD International Scientific Conference, Miskolc, Ungarn; 2013-03-21 - 2013-03-22; in: "Proceedings of the XXVII. microCAD International Scientific Conference", (2013), ISBN: 978-963-358-018-9; 5 pages.

The
manufacturing technology of
mill
ing, drilling and turning tools have demands
of new developing markets as well as quality and lifetime aspec
ts of the machining. In
order to achieve the high precision required by
machining, the structure and form of
the cutting edge of the tools must be investigated to provide
the most influential
properties. Correlation between the tool wear on the cutting edg
e regions and surface
roughness variation is an important feature to evaluate the state of the tool edge
in
developing machining process that is possible through nanometrology.
In this study, the high precision measurements compliant with the internationa
l
standards are carried out to examine the cutting edge of the machining toll samples in
both 2D and 3D metrological investigations. The micro and nano scale measurements
have been stored in order to creative both qualitative and quantitavie data on edge
c
ross
-
sections that is known to be the most fluential region for quality and life
-
time of
the machining tools. The results have been discussed and a comprehensive analysis of
the cutting edge investi
gation has been summarized.

cutting tool, cutti ng edge, surface roughness, 2D, 3D, nanometrology

http://publik.tuwien.ac.at/files/PubDat_219942.pdf