Development of a gravure offset printing system for the printing electrodes of flat panel display

Lee, Taik-Min; Noh, Jinhyun; Kim, Cheol; Jo, Jeongdai; Kim, Dong-Soo

doi:10.1016/j.tsf.2009.10.017

Cited by 68 publications

(49 citation statements)

References 9 publications

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“…The working principle can be seen elsewhere [12]. In short, during the gravure-printing process, the printing cylinder rotates in the ink pan where the engraved cells fill with ink.…”

Section: Gravure Printing and Its Characterizationmentioning

confidence: 99%

Fabrication of a nano-structured PbO2 electrode by using printing technology: Surface characterization and application

Kannan

Muthuraman

Cho

et al. 2014

Journal of the Korean Physical Society

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This investigation aimed to introduce printing technology for the first time to prepare a nanostrucutured PbO2 electrode and its application to a cerium redox transfer process. The new method of nano-size PbO2 preparation demonstrated that nano-PbO2 could be obtained in less time and at less cost at room temperature. The prepared nano-PbO2 screen printed on a Ti electrode by three different compositions under similar conditions showed through surface and electrochemical analyses no adherence on Ti and no contact with other nano-PbO2 particles. Gravure printing of nano-PbO2 on a PET (poly ethylene thin) film at high pressure was done with two different compositions for the first time. The selective composition of 57.14 % nano-PbO2 powder with 4.28 % carbon black and 38.58 % ECA (ethyl carbitol acetate) produced a film with a nanoporous structure with an electron transfer ability. Finally, the optimized gravure-printed nano-PbO2 electrode was applied to the oxidation of Ce(III) to Ce(IV) by using cyclic voltammetry. The gravure-printed nano-PbO2 should pave the way to promising applications in electrochemical and sensor fields.

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“…The working principle can be seen elsewhere [12]. In short, during the gravure-printing process, the printing cylinder rotates in the ink pan where the engraved cells fill with ink.…”

Section: Gravure Printing and Its Characterizationmentioning

confidence: 99%

Fabrication of a nano-structured PbO2 electrode by using printing technology: Surface characterization and application

Kannan

Muthuraman

Cho

et al. 2014

Journal of the Korean Physical Society

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“…This solvent absorption eventually changes the properties of the silicon rubber and contributes to a critical dimension change in the patterned line width. 22 As a result, the used blanket needs to be regularly dried and finally replaced, which also contributes to an increase in the operating cost.…”

Section: Strategic Analysis Of Previous Printing Techniquesmentioning

confidence: 99%

Fabrication of Metal Electrodes Based on the Self-Differentiation Technique Using the Novel High-and-Low Strategy

Shin¹

2011

jist

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In this study, a strategic analysis of the most successful printing techniques in terms of their capability to make high resolution patterns, i.e., the laser transfer and reverse offset printing techniques, is conducted and a novel self-differentiation technique is introduced on the basis of the modified strategy. The proposed selfdifferentiation technique is based on the high resolution subtractive patterning of a cheap material coated on a substrate and the subsequent low-resolution additive patterning of metallo-organic silver ink. The novelty of this self-differentiation technique lies in its capability to convert metallo-organic silver ink to either conductive or nonconductive patterns, as intended. With the proposed self-differentiation technique, conductive and nonconductive patterns were successfully self-differentiated, no matter where the metallo-organic silver ink was applied, and the line resistance of the self-patterned metal electrode, as fine as 190.1 6 0.3 lm in line width, was as low as 24.8 6 0.2

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“…[1][2][3] The solubility of many organic semiconductors and dielectrics allows solution-based processes such as gravure, inkjet, and flexographic printing to be used, [4] introducing a manufacturing paradigm impossible with current silicon technology.…”

Section: Introductionmentioning

confidence: 99%

Indacenodithiophene-benzothiadiazole organic field-effect transistors with gravure-printed semiconductor and dielectric on plastic

et al. 2015

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We demonstrate the gravure printing of a high-performance indacenodithiophene (IDT) copolymer, indacenodithiophene-benzothiadiazole (C 16 IDT-BT), onto self-aligned organic field-effect transistor architectures on flexible plastic substrates. We observed that the combination of a gravure-printed dielectric with gravure-printed semiconductor yielded devices with higher mean-effective mobility than devices manufactured using photolithographically patterned dielectric. Peak mobilities of μ = 0.1 cm 2 V −1 s −1 were measured, and exceed previous reports for non-printed C 16 IDT-BT on non-flexible silicon substrates.

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Development of a gravure offset printing system for the printing electrodes of flat panel display

Cited by 68 publications

References 9 publications

Fabrication of a nano-structured PbO2 electrode by using printing technology: Surface characterization and application

Fabrication of a nano-structured PbO2 electrode by using printing technology: Surface characterization and application

Fabrication of Metal Electrodes Based on the Self-Differentiation Technique Using the Novel High-and-Low Strategy

Indacenodithiophene-benzothiadiazole organic field-effect transistors with gravure-printed semiconductor and dielectric on plastic

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