Kyulux
Founded Year
2015Stage
Series C - II | AliveTotal Raised
$52.54MLast Raised
$1.35M | 1 yr agoMosaic Score The Mosaic Score is an algorithm that measures the overall financial health and market potential of private companies.
-36 points in the past 30 days
About Kyulux
Kyulux provides materials for OLED displays and lighting. It develops hyperfluorescence TADF emitters enabling durable OLED without relying on rare metals. Kyulux was founded in 2015 and is based in Fukuoka, Japan.
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Expert Collections containing Kyulux
Expert Collections are analyst-curated lists that highlight the companies you need to know in the most important technology spaces.
Kyulux is included in 2 Expert Collections, including Advanced Materials.
Advanced Materials
1,403 items
Companies in the advanced materials space, including polymers, biomaterials, semiconductor materials, and more
Semiconductors, Chips, and Advanced Electronics
7,204 items
Companies in the semiconductors & HPC space, including integrated device manufacturers (IDMs), fabless firms, semiconductor production equipment manufacturers, electronic design automation (EDA), advanced semiconductor material companies, and more
Kyulux Patents
Kyulux has filed 105 patents.
The 3 most popular patent topics include:
- molecular electronics
- optical diodes
- spectroscopy
Application Date | Grant Date | Title | Related Topics | Status |
|---|---|---|---|---|
6/13/2019 | 9/10/2024 | Vacuum tubes, Optical diodes, Organic electronics, Molecular electronics, LED lamps | Grant |
Application Date | 6/13/2019 |
|---|---|
Grant Date | 9/10/2024 |
Title | |
Related Topics | Vacuum tubes, Optical diodes, Organic electronics, Molecular electronics, LED lamps |
Status | Grant |
Latest Kyulux News
Mar 28, 2024
The two primary components of hyperfluorescence – a term coined by scientist Chihaya Adachi and trademarked by display materials specialist Kyulux – are the sensitizer molecule and the terminal emitter molecule. The sensitizer is supposed to efficiently transfer energy into the terminal emitter, which then emits a pure color. "A really important thing with hyperfluorescence is making sure that the energy actually goes where you want it to, in the right order," noted Congrave. In the past, a matrix was used to stop energy from being distributed incorrectly – a phenomenon known as "Dexter transfer." Adding a matrix increases the number of components used to three or more, making production more complicated and thus potentially more expensive. However, the researchers bypassed the need for a matrix by insulating the terminal emitter with what they termed covalent encapsulation. This allowed for hyperfluorescent OLEDs that exhibited improved efficiency and color purity. The main objective of the study was to find a commercially viable method that achieves better efficiency – specifically for the blue part of OLEDs. An added bonus may be increased resilience to burn-in, which has caused issues even on the latest iPhone 15 Pro Max . However, Dr Congrave stressed to us that this isn't a version of OLED that completely stops burn-in from happening. It's just a natural consequence of reducing power consumption, which is highest on blue sub-pixels. Anything detailed in a research paper phase is far from production ready, so don't expect any OLED monitors or TVs to incorporate this method of hyperfluorescence any time soon. But no doubt Samsung or Sony's marketing machines will turn this tech – or something very like it – into "HyperBlue" or some other nonsense eventually. ® Share
Kyulux Frequently Asked Questions (FAQ)
When was Kyulux founded?
Kyulux was founded in 2015.
Where is Kyulux's headquarters?
Kyulux's headquarters is located at 4-1 Kyudaishinmachi, Nishi-ku, Fukuoka.
What is Kyulux's latest funding round?
Kyulux's latest funding round is Series C - II.
How much did Kyulux raise?
Kyulux raised a total of $52.54M.
Who are the investors of Kyulux?
Investors of Kyulux include MCP Asset Management, DBJ Capital, Celesta Capital, Kyoto University Innovation Capital, Mitsubishi UFJ Capital and 9 more.
Who are Kyulux's competitors?
Competitors of Kyulux include beeOLED and 5 more.
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Compare Kyulux to Competitors
Noctiluca specializes in the development and production of OLED emitters, a type of chemical compound essential for the display technology industry. The company's main offerings include the creation of light-emitting organic materials that are integral to the performance of OLED displays, influencing color, contrast, and longevity. Noctiluca's products are utilized in a variety of consumer electronics such as televisions, smartphones, and other devices featuring OLED screens. It is based in Torun, Poland.
R-Display & Lighting specializes in the development and manufacturing of advanced Organic Light Emitting Diode (OLED) materials within the display and lighting technology sector. The company offers a range of services including the design and development of OLED materials, device and panel design, as well as prototype production for display and lighting products. They also engage in technology transfer and licensing to other businesses in the industry. It is based in Rochester, New York.
OLEDWorks is a company that focuses on the manufacturing of organic light-emitting diode (OLED) technology in the automotive, microdisplay, and specialty applications sectors. The company's main offerings include the production of OLED lighting panels that provide unique design elements and dynamic animations for automotive products, as well as sustainable lighting solutions that are energy efficient and eco-friendly. OLEDWorks primarily sells to the automotive industry. It was founded in 2010 and is based in Rochester, New York.
eMagin develops, designs, and manufactures Active-Matrix OLED microdisplays. It provides display systems for AR/VR and other near-eye imaging products. The company serves the consumer, military, medical, commercial, and industrial markets. It was founded in 2000 and is based in Hopewell Junction, New York.
Orthogonal specializes in advanced display manufacturing technology within the electronics sector. The company offers a proprietary photoresist system, OSCoR, that enables the direct patterning of organic materials for high-resolution display applications, aiming to improve resolution, capacity, and yield using existing manufacturing processes. Orthogonal's solutions cater to the production of OLED displays for various applications, including virtual reality, television, and mobile devices. It was founded in 2009 and is based in Rochester, New York.
Ness Display specializes in the development of organic light emitting diode (OLED) technology for flat panel displays within the electronics sector. The company offers OLED panels and modules that feature low power consumption, thin design, high luminescence, and fast video response, catering to the needs of future generation display technologies. Ness Display also provides plastic fabrication and assembly services, producing and shipping display components like MDF plinths, wheels, locks, and hinges for point of sale products. It is based in Seoul, South Korea.
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