German Published Patent Application No. 196 07 288 discusses microgalvanically produced components, which are used in the form of orifice disks for injectors, i.e., generally to produce fine sprays, e.g., having large spray angles. The individual layers or functional planes of the orifice disk are constructed one upon the other using galvanic metal deposition (multilayer electroplating). The layers are galvanically deposited in succession, so that each succeeding layer is permanently bonded by galvanic adhesion to the underlying layer, and all layers, together, then form a single-piece orifice disk. To provide better handling of a multiplicity of orifice disks when applying the various manufacturing process steps, two positioning location holes, in the form of circular through holes, are provided on one wafer, per orifice disk, for example, near the outer boundary edge of the orifice disk and extend over the entire axial height of the orifice disk. This facilitates the process of successively building up a plurality of galvanic layers over time. It is only possible to inspect or remeasure the inner orifice structure of such a microgalvanically produced component by using destructive manufacturing processes (grinding).