[FLXp1] Flexible Electronics Technologies

[FLXp1-9L] Scribing Tool and Cutting Method for Ultra-thin Glass

*Tomoki Nakagaki¹, Takashi Kawabata¹, Hiroshi Takimoto², Tadahiro Furukawa³ (1. Mitsuboshi Diamond Industrial Co., Ltd. (Japan), 2. Nippon Electric Glass Co., Ltd. (Japan), 3. Yamagata University (Japan))

Keywords:Mechanical Cutting, Scribing, Ultra-thin Glass, OLED

We developed a new scribing tool for ultra-thin glass, since ultra-thin glass cannot be cut well by general cutting methods. Using this tool, we examined not only the cutting of ultra-thin glass but also the cutting of ultra-thin glass during fabrication process for OLED lighting device.