(1) Component (Design): It achieves high-performance microscanning mirrors with innovative designs that meet automotiveconsumer electronics requirements.

(2) Process (Platform): The team collaborates with wafer foundries to establish a database of piezoelectric parameters through their MEMS development expertise, enabling mass production of chips.

(3) Applications (Opto-mechanical modularization): Customized designs are implemented for LiDARHUD according to specific requirements.

(1) Mirror size (LiDAR): With a mirror diameter of 3 mm, the scanning angle can reach 140 degrees.(2) Operating frequency (Display): At a driving frequency of 37 kHz, the scanning angle can still reach 70 degrees.(3) Scanning angle (LiDAR / Display): Achieving a scanning angle of 180 degrees without the need for vacuum packaging. (The world＇s first)(4) Operating mode (Display): Capable of projecting nearly vertical pattern boundaries in dual-axis imaging.

(1) Automotive industry: Self-driving car LiDAR systems, head-up displays (compliant with industry standards).(2) Consumer electronics: Head-mounted display, smart glasses, mini projectors (compliant with industry standards).(3) Unmanned factories: Robotic arms, intelligent transportation systems.(4) Emergingforward-looking areas: Minimally invasive surgery, quantum computer.