First-place finish: imparting fine surface finishes when micromilling

B. Kennedy; R. DeVor; A. Rosochowski

First-place finish: imparting fine surface finishes when micromilling

B. Kennedy, R. DeVor, A. Rosochowski

Design, Manufacturing And Engineering Management

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Abstract

There are several key milling practices that help impart fine surface finishes in micromilling. They include running at ultrahigh spindle speeds, carefully monitoring chip load, employing climb milling when possible and using CAM software to develop toolpaths that enhance surface finishes. There are also promising developments that can improve surface finishes in areas as diverse as using atomized cutting fluids and milling ultrafine-grain workpieces.

Original language	English
Pages (from-to)	29-32
Number of pages	4
Journal	Micromanufacturing
Volume	3
Issue number	1
Publication status	Published - 2010

Keywords

ufg
metals
micromanufacturing
design engineering

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strathprints018463Accepted author manuscript, 273 KB

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abstract = "There are several key milling practices that help impart fine surface finishes in micromilling. They include running at ultrahigh spindle speeds, carefully monitoring chip load, employing climb milling when possible and using CAM software to develop toolpaths that enhance surface finishes. There are also promising developments that can improve surface finishes in areas as diverse as using atomized cutting fluids and milling ultrafine-grain workpieces.",

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KW - ufg

KW - metals

KW - micromanufacturing

KW - design engineering

UR - http://www.micromanufacturing.com

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EP - 32

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ER -

First-place finish: imparting fine surface finishes when micromilling

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4M - Multi-Material Micro-Manufacture: Technologies and Applications

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First-place finish: imparting fine surface finishes when micromilling

Abstract

Keywords

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4M - Multi-Material Micro-Manufacture: Technologies and Applications

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