The invention relates, on the one hand, to a method for producing a medical metallic implant with the properties of antimicrobiality and biocompatibility and, on the other hand, to the metallic implant itself. According to the method, an antimicrobial coating is applied onto a metallic substrate of said metallic implant, the method comprising the steps of arranging said substrate as cathode against a counter electrode in an electrolytic solution containing at least a salt of the metal to be deposited to form the coating, and depositing the coating from the electrolytic solution onto the substrate surface by electrolysis. The essence of the present method is that after an initial pre-treatment of the substrate surface, the electrolysis is performed directly onto the substrate, and said coating is formed as a non-continuous nanostructured coating by pulse current series electrochemical deposition during the electrolysis. The medical metallic implant according to the invention comprises a metallic substrate and an antimicrobial coating, wherein the antimicrobial coating is bound in the form of a plurality of nanostructured microclusters directly to a substrate surface subjected to pre-treatment, and said microclusters are located on said substrate so as to form local galvanic cells when get into contact with an electrolyte.La présente invention concerne un procédé de production dun implant métallique médical possédant des propriétés antimicrobiennes et biocompatibles, ainsi que ledit implant proprement-dit. Selon ledit procédé, un revêtement antimicrobien est appliqué sur un substrat métallique dudit implant métallique. Le procédé comprend les étapes suivantes : placement du substrat en tant que cathode contre une contre-électrode dans une solution électrolytique contenant au moins un sel du métal devant être déposé pour former le revêtement et dépôt du revêtement provenant de la solution électrolytique sur la surface de substrat par électrolyse. Linvention est caracté
