Combination of Micro Lens
Array and Quantum Dot layer
QD MLA component will help you
solve the difficulties in the bonding
process, the technical challenge for
colorization and the inefficiency
caused by complex modularization.
01
QD MLA is an advanced optical platform that combines a Micro Lens Array (MLA) with a Quantum Dot (QD) color conversion layer in a single integrated structure.
Its ultra-fine micro lenses, measuring 1-3 μm or smaller, enable 5,000 PPI and higher resolution, while the QD layer efficiently converts Micro LED blue light into high-purity red and green light.
By reducing interfacial losses caused by reflection, scattering, and absorption, QD MLA enhances optical efficiency, color conversion accuracy, and pixel-level precision, making it a key enabling technology for next-generation Micro LED displays.
02
Current μ-LED-based AR and VR devices are often limited to monochrome displays, while OLED-based solutions continue to face challenges in resolution, outdoor brightness, and power efficiency.
QD MLA overcomes these limitations by enabling ultra-high-resolution, full-color, and high-efficiency display performance, providing a critical foundation for next-generation AR and VR devices.
As a core enabling technology, QD MLA paves the way for AR and VR to evolve into a transformative new information platform.
