Imagine a tiny light bulb that only glows blue. To get red or green, you could use a special 'magic paint' that catches the blue light and changes its color. This project creates a non-toxic version of that paint that doesn't use heavy metals but still keeps the colors bright and stable.
MicroLED adoption is slowed by the high cost of red LEDs and the toxicity of current quantum dot solutions. Manufacturers need a stable, non-toxic way to convert blue light to red and green.
An InP-based QDCC film using a thiol-ene based resin that converts light colors while remaining heavy metal-free.
If you are a panel maker dealing with the high cost and low performance of red microLEDs — this project developed an InP-based QDCC film that converts blue light into red or green efficiently. This allows for higher pixel density and better energy efficiency without using restricted toxic materials.
If you are an OEM dealing with strict environmental regulations and RoHS compliance — this project developed a heavy metal-free quantum dot ink. This ensures your next-generation displays are legally compliant while maintaining superior color gamuts.
If you are a materials supplier dealing with the lack of customizable QD solutions for specific manufacturing processes — this project developed tailored QD ink formulations. This enables easier integration into existing production lines for microLED technology.
Based on available project data, specific pricing is not mentioned, but the technology aims to reduce the high cost associated with traditional red microLEDs.
The project focuses on providing customized ink formulations and films designed for integration into the manufacturing processes of microLED developers and panel makers.
The company has 6 patent families, 3 of which have already been granted.
Yes, the solution is fully RoHS-compliant and heavy metal-free, addressing restrictions on toxic materials in the display industry.
QustomDot provides customized ink formulations tailored to specific display applications and manufacturing processes to ensure easy integration.
The project is led by a single Belgian SME, QustomDot. With a 100% industry ratio, the consortium is lean and focused on commercialization rather than academic research, which is reflected in their strategic shift from OLED to the microLED market to increase their customer base.
Contact QUSTOMDOT in Belgium
Contact us to connect with QustomDot for microLED material integration.
