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A coater/developer coatings and develops photoresist on a glass substrate during the FPD array process. A microscopic circuitry layout is projected onto the photoresist-coated glass substrate in a method akin to making photographic prints. Liquid crystal display (LCD) flat panel displays, a key component for notebooks, are expanding their use on business PCs.
LCD, gas plasma, electroluminescent (EL) displays, field emission displays, and digital micromirror devices are the five main FPD technologies currently in use. A television, monitor, or other display device that employs a thin panel design as opposed to the conventional cathode ray tube (CRT) design is known as a flat panel display. Compared to conventional televisions and monitors, these screens are substantially lighter, thinner, and can be carried around much more easily.
The global FPD Coater and Developer market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
The flat screen television market is seeing an increase in demand for 65-inch and larger screens that handle 4K and 8K ultra-high definition content due to the growing popularity of thin display technology. Canon U.S.A., Inc., a pioneer in digital imaging solutions, announces the release of the new MPAsp-H1003T, a flat panel display (FPD) coater lithography system, in recognition of this trend.
One-shot exposure of 65-inch displays is possible thanks to the display manufacturing solution’s ability to resolve 2.0 micrometre Line/Space (L/S) details across Generation 8 glass panels1.
The demand for high-quality Ultra HD Premium certified items, such as organic LED (OLED) televisions, is predicted to increase. The MPAsp-H1003T helps address the demand for ultra-high definition displays by enabling the extremely effective mass manufacturing of 65-inch panels of the highest quality using Generation 8 glass panels.
b Wide-field exposure and a Reflection Projection Optical System are two features of Canon FPD lithography equipment that make it possible to produce big panels. The wide-field MPAsp-H1003T achieves the same 2.0 micrometre L/S resolution as its preceding model, the MPAsp-H803T launched, thanks to a newly improved projection optical system and exclusive Canon processing technology.
The MPAsp-H1003T additionally raises the maximum area for one-shot exposure of displays for the Canon FPD lithography system from the previous limit of 58 inches to 65 inches, resulting in a 37%3 decrease in cycle time for 65-inch display exposure compared to earlier models.
