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Publication
Featured researches published by Paul S. Lugg.
5th International Symposium on Advanced Optical Manufacturing and Testing Technologies: Advanced Optical Manufacturing Technologies | 2010
Lianbin Zheng; Timothy D. Fletcher; Tee Koon Na; Bruce Sventek; Vince Romero; Paul S. Lugg; Don Kim
This paper will describe a new method being used during the finishing of glass displays for mobile electronics including mobile hand held devices and notebook computers. The new method consists of using 3M TrizactTM Diamond Tile Abrasive Pads. TrizactTM Diamond Tile is a structured fixed abrasive grinding technology developed by 3M Company. The TrizactTM Diamond Tile structured abrasive pad consists of an organic (polymeric binder) - inorganic (abrasive mineral, i.e., diamond) composite that is used with a water-based coolant. TrizactTM Diamond Tile technology can be applied in both double and single side grinding applications. A unique advantage of TrizactTM Diamond Tile technology is the combination of high stock removal and low sub-surface damage. Grinding results will be presented for both 9 micron and 20 micron grades of TrizactTM Diamond Tile abrasive pads used to finish several common display glasses including Corning GorillaTM glass and Soda Lime glass.
Archive | 2004
Andrew J. Ouderkirk; Paul S. Lugg; Olester Benson; Catherine A. Leatherdale; William D. Joseph
Archive | 2005
Catherine A. Leatherdale; Timothy D. Fletcher; Paul S. Lugg
Archive | 2005
Timothy D. Fletcher; Paul S. Lugg; Vincent D. Romero
Archive | 2006
Catherine A. Leatherdale; Timothy D. Fletcher; Paul S. Lugg
Archive | 2010
Paul S. Lugg; Timothy D. Fletcher
Archive | 2016
Paul S. Lugg; Lian S. Tan; Bruce Sventek
Archive | 2006
Timothy D. Fletcher; Paul S. Lugg; Vincent D. Romero
Archive | 2006
Timothy D. Fletcher; Paul S. Lugg; Vincent D. Romero
Archive | 2006
Paul S. Lugg; Timothy D. Fletcher