To provide a printing method wherein a layer having ultraviolet curability is formed on a surface of a base material and the layer can be cured by employing a UV-LED lamp as a UV light source without causing drying failure of a UV curable composition while maintaining the low irradiation energy as well as controlling the heat contraction of the lamination film.

By employing a film lamination curing system using a cover film, a printed material achieves sufficient curability even under a UV-LED lamp which has less curability as a light source when used as it is.