Copyright　2017　by　the　Chinese　Pharmaceutical　Association.　Three-dimensional　(3D)　printing　is　regarded　as　the　third　industrial　revolution.　It　includes　a　wide　variety　of　manufacturing　techniques,　which　are　all　based　on　digitally-controlled　depositing　of　materials(layer-by-layer)　to　create　freeform　geometries.　It　is　rapidly　developed　in　various　areas　including　space　field,　architecture,　manufacturing,　and　pharmaceutical　industry.　From　a　medical　and　therapeutic　perspective,　3D　printing　is　of　great　potential　advantage　for　producing　personalized　medicines　owing　to　its　accurate　control　of　drug　structure,　precise　drug　loading.　This　paper　aims　to　review　three　different　3D　printing　technologies　that　can　be　used　in　pharmaceutics,　including　inkjet　printing,　fused-deposition　modeling,　and　stereolithography　apparatus　to　manufacture　personalized　tablets,　implants,　drug-containing　microneedles,　and　films.　Pharmaceutics　is　seeing　a　turning　point　and　that　3D　printing　ofpersonalized　medicines　and　customized　dosage　forms　is　set　to　revolutionize　the　drug　delivery.