A NANOMETROLOGICAL MANAGEMENT APPROACH TO ASSESS THE PROFILE AND THE SURFACE CHARACTERISTICS OF THE END MILLING TOOLS BY MULTI-MEASUREMENT ANALYSIS
G. Bas, P. Demircioglu, N. M. Durakbasa, P. H. Osanna
Abstract:
The competitive machining industry requires modern milling tools and their flexible, high quality and powerful industrial implementations. The main factors effecting the operational quality of the end milling tools are tool material, coating and edge geometry. This study represents the assessment of the coating and the surface characteristics of the end milling tools by contact (stylus profilograph) and non-contact mode nanometrological devices (digital microscope, 3D laser scanner) to establish a methodology to assess the micro/nanogeometry of the coated and uncoated tools with an effort to predict the surface roughness effect. This approach introduces a wide application of knowledge extraction to supervise the end milling operation by ensuring the operational quality of the tools where high accuracy and good quality surface is demanded.
Keywords:
end milling tool, coating, surface characteristics, roughness, quality, environment
Download:
IMEKO-WC-2012-SS2-O9.pdf
DOI:
-
Event details
Event name:
XX IMEKO World Congress
Title:

Metrology for Green Growth

Place:
Busan, REPUBLIC of KOREA
Time:
09 September 2012 - 12 September 2012
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