To provide a self-luminescence pointer which can emit light of high uniformity and to obtain a pointer which can be differentiated easily or whose design can be changed easily, by changing a film printing operation even when a printing color is changed or the design is changed and which can deal easily with diversity regarding only the design.

In the case of a self-luminescence pointer having a complicated design, a film 4 which is printed variously is molded by a compressed-air molding operation, a vacuum molding operation or the like, and a component 15 is obtained. The component is insert-molded by an injection molding operation, it is modeled by a transparent resin 17, and the pointer which has a large degree of freedom in terms of a shape or a color is obtained. Consequently, a recognition shape and a color can be changed when light is not emitted and when light is emitted. A gradation part 3 is formed, uniform light can be emitted, and it is possible to deal easily with differentiation or diversity which a user or a designer demands by changing only printing specifications. In the self-luminescence pointer, the pointer can be covered with a part which is printed by a light nontrasmittable ink, and the light is not leaked from a side face. In addition, the pointer is not awkward due to a parallax, and the number of components can be reduced.