A vortex mill for comminuting of a raw particulate material, said mill comprises a milling chamber, said milling chamber being delimited by a side cylindrical wall, by a lower flat disc and by an opposite upper flat disc, wherein a central opening is provided in the upper disc, said opening has a diameter d, and at least one nozzle is arranged in the side wall of the milling chamber, said vortex mill further comprises at least one inlet port for supplying a compressed working fluid into the milling chamber such that a compressed working fluid could be supplied through the at least one nozzle tangentially into the milling chamber, the vortex mill further comprises a discharge collector, which is in fluid communication with the milling chamber via the central opening made in the upper disc, and a feeding tube is provided which is in fluid communication with the milling chamber so as to supply the raw particulate material into the milling chamber, said feeding tube has an outer diameter d tube, wherein said diameter d of the central opening in the upper disc is dimensioned so as to allow passing the comminuted material carried by the working fluid through the central opening into discharge collector, wherein said vortex mill further comprises at least one comminuting control component enabling obtaining comminuted material with customizable parameters of particle size distribution, characterized by the comminuting control component comprises at least one of additional lower disc and additional upper disc, having an outside diameter d out, and said additional lower or upper disc is detachably fastened within the milling chamber so as to be adjacent with and parallel to the corresponding lower or upper disc (308, 309) such that there is provided at least one circular gap therebetween, wherein said additional upper disc is provided with a central opening having a diameter d inner, said vortex mill comprising a plurality of spacers detachably fastened between additional lower disc and corresponding lower disc, or between additional upper disc and corresponding upper disc, said spacers having a thickness, which is equal to a distance h gap between the lower or upper disc (308, 309) and corresponding lower or upper additional disc (304, 305), wherein a compressed fluid can be supplied from a volume outside the milling chamber to said at least one circular gap, the arrangement being such that an additional flow of the compressed fluid passing via the said at least one circular gap is arranged within the milling chamber, said additional flow is directed radially from a center of the milling chamber and towards the side wall thereof. wherein a central opening is provided in the upper disc, said opening has a diameter d, and at least one nozzle is arranged in the side wall of the milling chamber, said vortex mill further comprises at least one inlet port for supplying a compressed working fluid into the milling chamber such that a compressed working fluid could be supplied through the at least one nozzle tangentially into the milling chamber, the vortex mill further comprises a discharge collector, which is in fluid communication with the milling chamber via the central opening made in the upper disc, and a feeding tube is provided which is in fluid communication with the milling chamber so as to supply the raw particulate material into the milling chamber, said feeding tube has an outer diameter d tube, wherein said diameter d of the central opening in the upper disc is dimensioned so as to allow passing the comminuted material carried by the working fluid through the central opening into discharge collector, wherein said vortex mill further comprises at least one comminuting control component enabling obtaining comminuted material with customizable parameters of particle size distribution, characterized by the comminuting control component comprises at least one of additional lower disc and additional upper disc, having an outside diameter d out, and said additional lower or upper disc is detachably fastened within the milling chamber so as to be adjacent with and parallel to the corresponding lower or upper disc (308, 309) such that there is provided at least one circular gap therebetween, wherein said additional upper disc is provided with a central opening having a diameter d inner, said vortex mill comprising a plurality of spacers detachably fastened between additional lower disc and corresponding lower disc, or between additional upper disc and corresponding upper disc, said spacers having a thickness, which is equal to a distance h gap between the lower or upper disc (308, 309) and corresponding lower or upper additional disc (304, 305), wherein a compressed fluid can be supplied from a volume outside the milling chamber to said at least one circular gap, the arrangement being such that an additional flow of the compressed fluid passing via the said at least one circular gap is arranged within the milling chamber, said additional flow is directed radially from a center of the milling chamber and towards the side wall thereof.