
LG unveils FLiPP technology to overcome OLED size limits
The new manufacturing method eliminates fine metal masks, promising brighter, longer-lasting displays for products ranging from wearables to ultra-large televisions.
Event
LG has unveiled a new OLED manufacturing system called FLiPP (FMM-less Innovative Pixel Patterning) that eliminates the need for fine metal masks. The technology allows for the production of brighter, sharper, and longer-lasting panels of nearly any size. FLiPP stencils RGB pixels directly onto panels and uses photolithography to remove unnecessary areas, resulting in panels that are 1.6 times brighter, last 2.4 times as long, and consume 13 percent less power. The method is free from panel size and resolution constraints, enabling use in products ranging from wearable devices to ultra-large TVs. LG stated it will begin using the technology in tablets and monitors before expanding to other products, though no specific market launch date has been provided.
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The new manufacturing method eliminates fine metal masks, promising brighter, longer-lasting displays for products ranging from wearables to ultra-large televisions.
Background
LG Display has introduced FLiPP (FMM-less Innovative Pixel Patterning), a new OLED manufacturing technique that removes the reliance on fine metal masks (FMMs). Traditional OLED production uses FMMs to stencil organic LEDs, a process that is costly and prone to alignment issues, particularly for larger panels. FLiPP utilises photolithography and UV light to directly pattern RGB pixels and erase unnecessary areas. This method claims to produce panels that are 1.6 times brighter, last 2.4 times longer, and consume 13 per cent less power. The technology is not constrained by panel size or resolution, allowing for applications ranging from wearables to ultra-large televisions. LG has indicated it will initially deploy FLiPP in tablets and monitors before expanding to other categories.
LG Display has introduced FLiPP (FMM-less Innovative Pixel Patterning), a new OLED manufacturing technique that removes the reliance on fine metal masks (FMMs). Traditional OLED production uses FMMs to stencil organic LEDs, a process that is costly and prone to alignment issues,
Fact cards
Key entities: LG, FLiPP, Engadget, LG Display.
What does FLiPP stand for? FMM-less Innovative Pixel Patterning. How does FLiPP differ from traditional OLED manufacturing? It eliminates the use of fine metal masks (FMMs) and uses photolithography to stencil pixels directly. What are the claimed performance benefits of FLiPP pa
Engadget | https://www.engadget.com/2240635/lg-flipp-oled-manufacturing-bigger-brighter-displays | published 2026-08-20T11:56:46.000Z | primary source | The Verge | https://www.theverge.com/tech/982609/lg-oled-panel-flipp-display-technology | published 2026-08-20T09:11:26.000Z |
2026-08-20: LG Display unveils FLiPP OLED manufacturing technology. 2026-08-20: LG states plans to begin using FLiPP in tablets and monitors, with no specific market launch date provided.
Timeline
LG Display unveils FLiPP OLED manufacturing technology.
LG states plans to begin using FLiPP in tablets and monitors, with no specific market launch date provided.
FAQ
FMM-less Innovative Pixel Patterning.
It eliminates the use of fine metal masks (FMMs) and uses photolithography to stencil pixels directly.
They are 1.6 times brighter, last 2.4 times as long, and consume 13 per cent less power.
Tablets and monitors.
No specific market launch date has been provided.
A manufacturing method that uses photolithography and UV light to pattern OLED pixels without a fine metal mask.
LG Display states it is 1.6 times brighter, lasts 2.4 times longer, and uses 13 percent less power.
No production start date or product availability timeline has been announced.