In　this　paper,　we　present　a　new　fabrication　of　micro-lens　array　(MLA)　with　pinhole　arraypinhole/micro-lens　array　(P/MLA)　for　integral　imaging　3-D　display　(II),　which　combine　lithography　and　ink-jet　printing.　A　black　circular　groove　array　(BCGA)　is　used　as　pinhole　array,　and　laser　3-D　microscope　and　a　homemade　setup　have　been　used　for　the　characterization　of　P/MLA.　The　results　show　that　high-precision　P/MLA　can　be　obtained　using　BCGA　as　templates.　By　controlling　the　driving　voltage　at　different　steps,　the　distance　between　nozzle　and　substrate,　as　well　as　the　number　of　liquid　droplets,　P/MLA　with　smooth　morphology,　different　sizes,　good　repeatability　of　geometry　parameters,　great　uniformity　of　focusing,　and　good　converging　performance　can　be　achieved.　For　demonstration,　P/MLA　with　curvature,　focal　length,　numerical　aperture,　and　F-number　of　815.8m,　1.60mm,　0.1311,　and　3.8　are　applied　for　the　reconstruction　in　II,　exhibiting　good　reconstruction　performance　with　high　resolution,　and　BCGA　reduces　the　influence　of　stray　light　on　II　and　improves　the　quality　of　the　reconstructed　image.