Micro-machining technology not only has high requirements for equipment and processing conditions, but also has high requirements for processing capabilities. In addition, some unconventional micro-nano device processing has been monopolized by foreign countries for a long time, resulting in the development of related industries has been controlled by others. Based on breaking the foreign technology blockade and realizing domestic technological innovation, the existing equipment and processing conditions can meet the customization needs of DOE, GPOE, ROE and MLA products. The following micro-nano devices can be processed according to customer requirements and the above process route: ring optical shaper, vortex Waveplate, homogenizer, micro-Lens, Laser diffuser, liquid crystal components, super-structured surface, etc.

| MLA Class Custom Product Overview

A Microlens Array (MLA) (Microlens Array,MLA) in a Optics device is a Optics element composed of micron-scale lens units in a specific arrangement, and its core principle is to realize complex Optics functions by focusing, splitting or homogenizing light through a microlens. The core value of MLA is to achieve large Field of View (FOV), high integration and dynamic tuning through micro-scale Lens collaboration. Its processing methods are evolving from traditional processes such as photoresist hot melt to three-dimensional lithography, self-assembly, smart material drive, etc., to promote MLA innovation in smart cars, light field display and other fields. In the future, with the breakthrough of AI algorithm and hybrid process, MLA will continue to break through in the direction of larger area, higher NA and reconfigurability, and become the core component of the next generation Optics system.

| Main application scenarios

· microlens Array (MLA) DIFFUSER-FLAT Microlens Array (MLA) DIFFUSER