The invention relates to a full-automatic riveting station. The full-automatic riveting station comprises a rotating platform, and a material supply mechanism and a clamping table which are respectively connected through a plurality of riveting heads arranged on the rotating platform. The full-automatic riveting station further comprises two pressurizing devices, wherein the two pressurizing devices are arranged at positions respectively corresponding to the riveting heads at the position of the clamping table and the material supply mechanism, the pressurizing devices can drive the riveting heads to press towards the clamping table or the material supply mechanism, and the clamping table is driven to move through an X-axis moving module and a Y-axis moving module which are perpendicular to each other. The arrangement of the plurality of riveting heads on the rotating platform can realize the effect of sucking for feeding nuts through the riveting heads on one side and riveting the nuts into a case through the riveting heads on the other side, the riveting heads on one side suck the nuts and the riveting heads on the other side rivet the nuts when the rotating platform pauses, and then the rotating platform is rotated for an angle to perform sucking and riveting at a next time; since columns with springs are installed between top plates and a bottom plate, after a multiple-output-force cylinder or an air cylinder downwards press the riveting heads, the riveting heads can automatically spring up to facilitate downward pressing at a next time.