and inductively part of an injector body 12 is additionally arranged in the nozzle body recess 8 the injection valve 62 is connected to a pressure circuit of a fluid which is not shown via the fluid inlet pipe 2 in the fluid inlet pipe 2 is a recess 16 which extends as far as a recess 18 of the injector body 12 a spring 14 is arranged in the recess 16 of the fluid inlet pipe 2 and or the recess 18 of the injector body 12 the spring 14 is supported on the one hand preferably on a disk 20 which is mechanically connected with the injector body 12 the injector body 12 is in turn permanently mechanically linked with the nozzle needle 10 so that the spring 14 is mechanically linked with the needle 10 a pipe sleeve 22 is arranged in the recess 16 of the fluid inlet pipe 2 forming a further seating for the spring 14 the pipe sleeve 22 is positioned such that the spring 14 is pretensioned in such a way that the nozzle needle 10 assumes a closed position on a seat body 26 which is assigned to it and in which it prevents the fluid flow through an injection opening 24 instead of one injection opening 24 multiple injection openings can also be embodied in the seat body 26 the injection opening 24 is preferably an injection orifice the seat body 26 can be embodied as one piece with the nozzle body 4 however the seat body 26 and nozzle body 4 can be embodied as separate parts the nozzle module 60 furthermore has a distance plate 28 for guidance of the.