As　an　important　trend　in　future　display　technology,　Micro-LED　has　significant　advantages　in　brightness　and　contrast,　as　well　as　better　color　performance　and　response　speed.　Micro-LED　and　related　display　technologies　have　attracted　increasing　attention　from　the　academic　community　in　recent　years.　However,　Micro-LEDs　with　Lambertian　emission　patterns　cannot　be　directly　used　in　projection　displays.　Therefore,　complex　relay　optics　are　often　required　to　collimate　the　emission　light,　increasing　the　system　complexity.　This　paper　proposes　a　novel　Micro-LED　structure　that　combines　with　metasurfaces　on　top　of　the　Micro-LED.　This　structure　can　optically　control　the　light　field　of　Micro-LED　into　a　highly　collimating　one　from　the　originally　Lambertian　distribution.　Compared　with　the　initial　Micro-LED　structure,　this　configuration　has　good　light　emission　characteristics　with　primary　light　concentration　between　10　degree　intervals.　The　designed　structure　has　the　light　distribution　with　the　full　width　at　half　maximum　(FWHM)　angle　±5.48°.　At　the　same　time,　compared　with　the　traditional　Micro-LED　structure,　its　center　light　intensity　is　increased　to　21.98　times　the　original.　This　structure　optimizes　and　improves　the　performance　of　Micro-LED　in　the　field　of　projection　display.　©　2023　SPIE.