Yield exceeds 99.9995%, American Micro LED company launches new mass transfer technology

On July 22, Q-Pixel, an American Micro LED display technology startup, released its latest mass transfer technology, Q-Transfer. The new technology achieved a transfer yield of more than 99.9995%, far exceeding the traditional mass transfer method.


Q-Pixel demonstrated a Micro LED prototype display panel manufactured based on Q-Transfer technology. The panel uses 10μm tunable wavelength multicolor LED (Tunable Polychromatic LED (TP-LED)) pixels and has a high-density display effect of more than 500 pixels per inch (PPI). During the Micro LED transfer process, no pixels were missing, demonstrating a high transfer yield of over 99.9995%.
Q-Pixel stated that the release of Q-Transfer technology is a key milestone in the company's development. Q-Transfer technology brings simpler and more cost-effective Micro LED solutions to the display industry, unleashing the potential of Micro LED. It is no longer limited to the AR/VR market, but can also be expanded to smart watches and smart phones.machines and other large-size equipment markets.
It is worth noting that Q-Pixel has previously released a number of high-definition Micro LED display products, including the self-developed world's highest resolution full-color active matrix display (6800 PPI), the world's smallest full-color pixel (only 1 micron in diameter) passive 10000 PPI Micro LED display and other products. With breakthroughs in mass transfer technology, Q-Pixel is expected to launch more high-definition, full-color Micro LED display products in the future.