Special Report
2021 Inkjet Technology Trend for Display Report
₩5,000,000
October 22, 2021
Introduce
This report focuses on inkjet devices and technologies used in OLED and QLED. Inkjet equipment was created by separating the companies that manufacture inkjet heads and systems.
As inkjet head makers, Fujifilm Dimatix, Epson, Konica Minolta, Ricoh, Xaar, and Panasonic were mentioned, and OLED encapsulation equipment makers Kateeva and UniJet were described.
Litrex, TEL (Tokyo Electron), Kateeva, Panasonic Production Engineering, and Toray Engineering are mentioned as inkjet device manufacturers used for Sol OLED.
Contents
1. Inkjet Printing Technology
1.1 Printing Technology Classification
1.2 Inkjet Printing Technology Classification
1.3 Thermal Inkjet Printer
1.4 Piezo Inkjet Printer
1.5 Piezo Inkjet Head
1.6 Application of Inkjet Printing to Display
2. Printed Electronics
2.1 What is Printed Electronics?
2.2 Application Example of Printed Electronics
2.3 Materials for Printed Electronics
2.4 Inkjet Process in Printed Electronics
2.5 Printed Electronics Application Devices
3. Solution Process OLED
3.1 Introduction to Solution Process
3.2 Materials for Solution Process
3.3 Solution Process Inkjet equipment for OLED
3.4 Solution Process OLED Process & Device Development
3.5 Solution Process OLE Display Development
4. Display Application of Quantum Dot
4.1 What is Quantum Dot?
4.2 Positioning of Quantum Dot in Display
4.3 Color Conversion Quantum Dot
4.4 Emission Type Quantum Dot
5. Further Technological Development
5.1 Electro Hydrodynamic ( EHD ) Printing
5.2 Ultra High-Definition Inkjet: XTPL
5.3 Organic Vapor Jet Printing (OVJP)
Report Sample
Previous Report Status
Related Products
-
2019 Solution Process OLED Annual Report
₩5,000,000March 31, 2019
Solution process using inkjet OLED (sol OLED) has been developed mainly as a large OLED panel for TV, but recently began to attract attention in the monitor display market.
The evaporation method with FMM that produces OLED for smartphones has a bending phenomenon of FMM. Thus, the substrate is used by dividing into two or four. Since smartphone-sized FMMs are used by attaching 10 to 15 sheets to the mask frame, the profitability is very low due to the small number of cells in the production of 20-inch or larger monitors.
-
2022 Micro-display Technology Report
₩5,000,000March 22, 2022
As the mobile phone of the past had evolved into the smartphone we know today, the smart era that had begun is teeming to evolve once again. This time it is in the form of wearables as in Augmented Reality Glasses otherwise known as, AR Glasses.
A smartphone is classified as a mobile device because it can be carried around and carried in a bag or pocket. However, AR Glasses are classified as wearable devices because it is a device worn on the face.
AR Glasses have transparent glass on the front just like any ordinary glasses and the information to be displayed is also imaged on this glass. This gives the user the advantage to see information immediately while walking. In addition, various information can be displayed on top of visible objects through the transparent glass, making it a new experience different from previous information devices.
As micro-displays, which make up AR Glasses, there are LCoS (liquid crystal on silicon), OLEDoS (OLED on silicon), micro-LED, MEMS, etc., in which liquid crystal or OLED is placed on a silicon substrate.
In addition to AR Glasses, VR devices are establishing themselves as essential devices in the Metaverse Era. VR devices will provide a more immersive experience for games and movies than any other preceding devices. For VR displays, micro-displays are mainly used.
Accordingly, the world’s best IT companies such as Apple, Meta, Google, and Sony are spurring on the development and commercialization of AR Glasses and VR devices.
AR Glasses and micro-displays for VR devices will establish themselves as game-changers. These devices are set to replace smartphones and game consoles, and other information devices within the coming years.
In this micro-display report, the product trends of AR Glasses, VR device developers, and the current development status of micro-display (a key component of AR and VR) were thoroughly investigated to analyze technological progress and problems in detail. -
AMOLED Manufacturing Process Report Ver.5
₩4,000,000January 19, 2023
The AMOLED manufacturing process report contains the structure, manufacturing process, and inspection process of small and medium-large OLEDs for each layer, from the substrate to the module.
In the AMOLED Process Report Ver.5 published this time, the structure of foldable OLED, the light emitting structure history of WRGB OLED and QD-OLED, and the structure and process of a color filter on encapsulation(COE) have been newly added or updated.
This report is a must-read for understanding the AMOLED manufacturing process of display-related companies.