Digital printing technologies are all represented in the printing industry. In the past, only CMYK toners were used (realization of color prints), while today it is possible to realize white, lacquer, gold, silver, fluorescent cyan, fluorescent magenta and fluorescent yellow. Thus, in addition to the standard color, it will be possible to realize reproductions with pronounced fluorescence and metallic luster. To achieve this prints it will be necessary to use a modular electrophotographic printing machine that can realize (standard CMYK printing, fluorescent CMY, white, lacquer, silver and gold). It Xerox Versant 180 Press on which it is possible to change toner housings and developer rollers. In this paper, the aim is to investigate the possibility of realization of fluorescent (FC, FM, FY) and metallic shades (PANTONE 877C, PANTONE 871C) printed with primary and secondary tones (10%, 20%, 40%, 70%, 100%). The same metallic motiv will be printed with the Ofset Heidelberg GTO 52 printing press, whose printing forms are made with the CTP Kodak Lotem 400 and printed in PANTONE in Huber Alchemy colors and compared with metallic EA toner. For the test, a standard paper printing substrate (Maxi Gloss 170 g/m2) was used, which is in accordance with the FOGRA 51 standard. The method used in the experimental research is colorimetric (X-Rite eXact), where it is based on a number of CIE measurements LAB colorimetric values, and calculated the colorimetric differences of the difference CIE L*a*b, ∆E2000, ∆L, ∆C. The results show that the best prints are achieved using a standard FM raster (150 dpi, ∆E <2,5) as opposed to AM raster (300 dpi, ∆E> 2,5) and the silver and gold prints are similar to the standard ones in terms of characteristics in electrophotography offset prints. The results show that the 150 dpi FM raster is better and gives more natural results standard FOGRA 51. Xerox fluorescent toners will also achieve an increase in fluorescence compared to standard toner by a value of ∆B =1.