OLED ink jet printing: introduction and market status - Page 8

DSCC updated their display industry forecasts, saying that as LCD prices continue to fall it revises the capacity forecast downward by 6% as Display makers are delaying and cancelling LCD investments. DSCC's OLED capacity forecast is also reduced by 4% - and is now growing at a CAGR of 19% from 2016 to 2025 (the main reason is the cancellation of Visionox V2 phase 2 and LGD's E6 Phase 3).

DSCC says that OLED TV roadmap is still not clear as Chinese makers are not ready to commit to OLED TV production. DSCC does see next-generation TV capacity coming online in the future - which could be inkjet-printed OLEDs, OVJP, MicroLEDs and other potential technologies. But the next-generation display market is certainly not clear yet and DSCC sees an extended forecast during which demand will outpace supply (especially as average TV size continues to grow).

Meyer Burger announced that it is selling its PixDro inkjet printing business to Germany-based Suss MicroTec SE. The agreed price is $5 million, and the transaction is expected to be completed by the end of February 2020. Meyer Burger reveals that PixDro currently has annual sales of around $8 million. This transaction continues Meyer burger's strategic focus on its solar (PV) business.

PixDro develops and manufactures inkjet printing equipment for for the electronics and semiconductor industries. PixDro started out as a startup in Isarel, and was later integrated into the Netherlands-based OTB-Group, which was later renamed Roth & Rau AG, which was then acquired by Meyer Burger. The company continues its journey and will now be part of Suss MicroTec.

Asus finally started shipping its ProArt PQ22UC monitor in the US, for $3,950 (at Amazon.com). The ProArt PQ22UC is based on a 21.6" 3840x2160 (204 PPI, produced by JOLED) printed OLED monitor.

The monitor weighs only 1 Kg and is marketed as a "portable" ultra-slim monitor. Features include HDR support, 0.1 ms response time, 10-bit color (99% DCI-P3), USB-C input and micro HDMI.

Yesterday BOE held its Innovation Partner Conference (IPC) at the Beijing APEC Center and the company unveiled a 55" 8K (160 PPI) OLED TV prototype produced by inkjet printing. The panel achieves a maximum brightness of 400 nits and a color gamut of 95% DCI-P3.

BOE inkjet-printed 55" 4K OLED TV (2018)

This is BOE's 2nd inkjet printing OLED TV prototype, the first one being a 55" 4K panel presented at BOE's 2018 IPC. These displays were both produced at BOE's R&D production line in Hefei that uses Kateeva's inkjet deposition equipment.

JOLED announced that it has started sampling inkjet-printed OLED display panels in its 5.5-Gen (1300x1500 mm) production line in Nomi, Ishikawa Prefecture, Japan. Mass production is planned for 2020.

JOLED will market these medium-sized (10-32 inch) panels for use in applications such as high-end monitors, medical monitors and the automotive market. The Nomi site will have a monthly production of 20,000 substrates.

Researchers from Korea's Yonsei University has developed a 3D printing technique that can be used to deposit transparent OLED displays on any shape. The new technique 3D prints both the support structure and the 3D screen electronics.

The method is based in Digital Light Processing (DLP) system that prints the transparent plastic frames, and then uses an electrohydrodynamic jet (e-jet) printer to create the OLED layers as seen in the image above.

Tokyo Electron (TEL) announced a new OLED R&D inkjet printing system, the Elius 500 Pro that is capable of printing on 2-Gen substrates (370x470 mm).

The Elius 500 is able to accommodate 12 kinds of inks and can produce red, blue and green sub pixels at the same time. The maximum display density is 200 PPI.

AU Optronics has been developing OLED ink-jet technologies for many years, according to reports, and has setup a 3.5-Gen pilot ink-jet OLED printing line. Today AUO announced that the company is going to showcase its first ink-jet printed OLED panel at Touch Taiwan 2019.

AUO will demonstrate a 17.3" 4K (225 PPI) OLED display that was produced using an ink-jet printing process. AUO says that the display features a 120Hz refresh rate, a wide color gamut and high brightness (that AUO did not yet specify). AUO will also showcase 5.6" foldable OLEDs that can be folded inwards or outwards for customized design according to client requirements. The display's folding radius is 4 mm and it can be folded over 200,000 times. AUO will also demonstrate a 12.1" LTPS Micro-LED prototype, which seems to be the same one shown in 2018.

DSCC analysts say that OLED stack materials will grow from $1.04 billion in 2018 to over $2 billion in 2022 - a CAGR of 17%.

DSCC says that up until now it greatly underestimated Novaled's revenues, and it now says that Novaled generated revenues of $97 million in 2017 and $122 million in 2018. Novaled is the third largest OLED material company by revenue - following Universal Display and Merck. The three companies combined will hold a market share of 56% in 2023.

China-based display maker CSoT demonstrated several new OLED display prototypes and technologies at SID 2019, and this great new video shows these displays in action.

First up is a 31" 4K (3840 x 2160, 144 PPI) AMOLED that was produced using an ink-jet printing process on an IGZO substrate. The peak brightness is 200 nits and the refresh rate is 120 Hz. This seems to be the same panel announced in March 2018 by Joshua Printing Display Technology (established by CSoT and Tianma in 2016). The display has some noticable defects.