The present invention relates to the production of artificial bone tissue material that can be used to treat osteomyelitis and implant-associated bone infections in humans and animals. The most important feature is that the gaps that occur in bone infections can be treated simultaneously with the infection. In general, the product is a biocompatible artificial bone tissue material with an anti-microbial property with a basic structure of calcium-phosphate doped with silver ion, obtained by applying nanotechnological approaches. Wet chemical method has been used in the production of silver-added antimicrobial bioceramics. The ceramic powders obtained are biphasic (HAP + TCP) and triphasic (HAP + TCP + Bioglass) and the silver ion has been added to the structure to gain antimicrobial properties. After mixing the synthesized nano powder and the material that will form a porous structure, artificial bone tissue material in desired dimensions is obtained.