Integral　imaging　3D　display　has　a　small　field　of　view　range,　and　the　stray　light　between　the　microlens　will　cause　degradation　of　reconstructed　images.　In　view　of　these　problems,　this　paper　presents　a　pinhole/microlens　array　structure　with　curved　surface,　which　fits　flexible　display　and　curved　surface　display　well.　The　parametric　analysis　of　curved　surface　pinholes/microlens　array　according　to　the　integrated　imaging　principle　conducted,　and　the　recording　and　reconstruction　process　of　integrated　imaging　3D　display　based　on　curved　surface　pinholes/microlens　array　was　simulateed　with　TracePro.　The　results　show　that,　in　the　recording　and　reconstruction　process,　the　quality　of　reconstructed　image　can　be　improved　by　the　curved　surface　pinholes/microlens　array　structure.　Concretely,　a　larger　visual　angle　of　three-dimensional　objects　is　obtained　in　recording　process　and　the　field　angle　of　reconstructed　image　is　larger　relatively.　The　quality　of　reconstructed　images　are　accessed　by　rotating　the　receiving　screen,　and　it　is　found　that　the　best　images　can　be　obtained　when　the　curved　degree　of　the　curved　surface　pinholes/microlens　array　is　30°.　©　2016,　Science　Press.　All　right　reserved.