Flexographic printing technology plays a crucial role in the production of flexible packaging. In addition to the selection of the printing substrate, the quality of reproduction is influenced by the printing plate line, the volume of the anilox roller cup and the applied selfadhesive tape (glue) for fixing the printing plate. In this paper, the aim is to investigate the influence of different volumes of anilox roller cups (from 3.8 cm3/m2, 5.5 cm3/m2, 7.7 cm3/m2, 10 cm3/m2 and 11.6 cm3/m2) in relation to the new NX rasters produced by Kodak (STD_NX, ADV_01, ADV_02 and ADV_03). The influence of the hardness of different printing plate adhesives whose hardness can vary from soft, medium to hard (Tesa Softprint Soft, Tesa Softprint Medium and Tesa Softprint Hard) will also be discussed. The NX plates used were made on a Kodak flexcel large CtP device and printed with a WGH VISTAFLEX CL8 machine with a printing speed of 300 m/min. 60 μm low-density polyethylene printing base and magenta solvent ink were used as consumables. The prints obtained were measured with a densitometer and a TECHKON SpectroDens spectrophotometer, with which reproduction curves (RTV org./RTV ot) were obtained and compared with the FOGRA 39 standard. For a detailed analysis of the measured samples, a microscopic analysis of the characteristic fields will be performed, for which the AM4117MZT Dino-Lite Edge digital microscope will be used. The results of this research provide guidance on when and how to choose the appropriate cliché mounting tape in combination with a certain type of Kodak Flexcel NX screen and the appropriate anilox roller line. The results show that the prints made with an anilox roller with a cup volume of 3.8 cm3/m2 in combination with a soft cliché mounting tape and Kodak ADV_01 NX raster gives the smallest rasterton increment in the area of 1 to 100% coloring and the best print that is closest to the FOGRA 39 standard .