88‐3: Fast Selective Laser‐Induced Etching and Asymmetric 3D Hologram Laser Beam for Narrow Bezel Thin Display

Author:

Kim Hyungsik1,Kim Jeongho1,Mishchik Konstantin1,Jang Seunghoon1,Hwang Seyeon1,Lee Kisang1,Jung Woohyun1,You Junghwa1,Ryu Jekil1,Jeong Seongho1,Roh Cheollae1

Affiliation:

1. Equipment Core Technology Development Team Mechatronics Technology Center Samsung Display 1 Samsung-ro, Giheung-gu Youngin-si, Gyeonggi-do 17713 South Korea

Abstract

Here we demonstrate fast selective laser‐induced etching (SLE) process with three‐dimensional (3D) hologram optics to reduce display bezel thickness with cost effective methods. To apply fast SLE for display manufacturing, one‐side etching process should be presumed to protect display active area. We developed one‐side selective laser‐induced etching with asymmetric 3D hologram laser beam satisfying with commercial mechanical strength. Faster etch process having etch rate 10 µm/min than common SLE, 1~3 µm/min was developed. Furthermore, we achieve that bezel thickness is 100 µm shorter than wheel scribing and CNC grinding.

Publisher

Wiley

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