The utility model relates to a light emitting diode (LED) printer for ceramics, which comprises a frame, a first pad printing system, a second pad printing system and a ceramic tile conveying system, wherein a transfer belt which circulates to rotate is arranged between the first pad printing system and the ceramic tile conveying system, the lower portion of the transfer belt and the ceramic tile conveying system form a closest approach, a positive electrostatic field is arranged below the closet approach corresponding to a ceramic tile, a selenium photosensitive drum uses a LED light source as a photosensitive light source, the closet approach is not contacted with the upper surface of the ceramic tile for transport, and has a 0.5-3 mm gap, the positive electrostatic field is produced an electrode roller, the electrode roller is arranged vertical to the transfer direction of the transfer belt, and the voltage of the electrode roller is 2000-70000V. The LED printer for ceramics can greatly improve definition and fidelity of pattern textures which are printed on the surface of the ceramic tile, improves color quality of the ceramic tile, reduces after-sales production maintenance of equipment, improves production efficiency, and saves production cost.