About lecture and lecturer
Advancing the Vision: Glass as a keystone component within the display industry
The Oxide TFT and LTPS backplane requirements for LCD and OLED displays are changing rapidly, and Corning is moving quickly to address them. Ms. Hamilton will discuss display advancements and how specialty glass substrates must evolve to enable the most cutting-edge consumer electronic devices. She will examine high-performance display requirements: from consumers who demand devices with increased functionality, yet increased efficiency, to manufacturers looking to cost-efficiently meet consumer demands. In addition, Ms. Hamilton will highlight some of the latest technology advancements Corning featured in its popular “A Day Made of Glass” video, providing insight on the video’s cutting-edge technologies that are already available, as well as those that are expected to become available within the near future.
Director, Commercial Technology, High Performance Displays
Lori L. Hamilton was appointed director, Commercial Technology for High Performance Displays in February 2012. In this role, Hamilton is responsible for defining Corning’s product and technical service roadmap for LCD and OLED displays utilizing oxide and low temperature poly-silicon backplanes.
In her most recent assignment, Hamilton led the Commercial Technology function in Corning Display Technologies.
Hamilton joined Corning in 1993 as a process engineer in the Harrodsburg, Ky., plant. She went on to hold a number of product and technology leadership positions in Corning Display Technologies.
Hamilton holds a bachelor of science in chemical engineering and a Bachelor of Arts in Japanese studies from Bucknell University. She also holds a Master of Science in engineering and technology management from the University of Pennsylvania School of Engineering and The Wharton School.
Ultra-thin glass and its application to touch panel
Ultra-thin glass sheet has some attractive advantages such as lightweight and flexibility, keeping superior properties of glass. In the case of application to a touch panel, ultra-thin glass sheet can bring about various new performance. For example the curved and clear touch panel can be achieved. Moreover a high sensitive touch panel using ultra-thin glass sheet can be realized. It supports writing using a touch pen. The mechanical strength of ultra-thin glass device will be also discussed.
Senior Manager, Products Quality Laboratory Department, LCD Glass Division
Nippon Electric Glass Co.,Ltd.
Hiroyuki Uchida graduated from Tokyo Institute of Technology with a master's degree. He joined NEC Corporation in 1982, where he has been engaged in the research and development on amorphous silicon material and thin-film devices. After that he was the general manager in the development department, and the general manager in SVA-NEC. In 2009, he joined Nippon Electric Glass Co.,Ltd.. He contributed to developments in application technology for new glass material.
Thin Glasses for Touch Screen Applications
Touch screen products and technologies have become one key driver in the last years for the growth in the display market. Mobile devices for consumer electronics as well as touch screens for professional applications have led to specific new requirements for thin glasses. The main development trends for glasses are including higher breakage strength and scratch resistance in combination with reduced thicknesses. Different glass types are used depending on the specific requirements of the touch technologies and the related production processes. Chemically toughened ultrathin glasses are the latest development which can enable new applications. Additionally functional coatings like anti-reflective, anti-fingerprint and anti-microbial have moved strongly into the focus and are already partly transferred into mass production. The next generation coatings will combine different functionalities.
Vice President Technical Sales SCHOTT Asia
José Zimmer joined SCHOTT Germany in 1998 where he was responsible for the development of hotforming processes for thin glasses. In 2000 he became head of the technical and optical glass development. From 2005 he was assigned to different technical director functions in Asia before José Zimmer took over the position of Vice President Technical Sales SCHOTT Asia in 2010.
Glass Technology Solution for Emerging Display
AGC float glass is ideal for recent high-resolution displays with extremely low thermal shrinkage characteristics. This feature also serves to maximize the advantages of the device LTPS, OLED, TAOS etc.
Evolving the AGC float glass, we have succeeded in MP of “AN-Wizus” small thermal shrinkage less than a conventional “AN-100”. AGC is also working on proposals to emerging display technologies, as a new concept of evolving from the float glass, such as to enable a processing of ultra-thin-glass in the current line as “Laminated glass substrate”. In this presentation, not only the glass material, we will introduce our total glass technology solutions, such as a glass-surface treatment and glass evaluation technology which are brought by the composite of AGC’s glass and chemical technology.
AGC Electronics, Technology Development General Division Vice President
ASAHI GLASS CO.,LTD.
· 1981 Asahi Glass Company Research Center
· 1998 Engineering Doctor degree of Sinshu University
· 2008 AGC Research Center , Production Technology Center General Manager
· 2012 AGC Electrics, Technology Development General Division Vice President