The invention discloses multi-station pipe-cutting and milling integrated numerical control equipment which comprises a machine frame. The machine frame is fixedly provided with a punching mechanism,wherein the punching mechanism comprises a die frame, a pressure machine and a punching die. An undercut groove is formed in the top surface of the upper die, wherein the undercut groove is in alignment up and down with a die cavity. A punching rod is arranged on the pressure machine and driven by the pressure machine to move up and down. A cutter is fixed on the punching rod and can cut into thedies from the undercut groove, and pipe fittings in the die cavity are cut. A multi-station milling mechanism is correspondingly arranged at two sides of the punching mechanism, wherein the multi-station milling mechanism comprises at least one upper milling station and one lower milling station. The upper milling station and the lower milling station are distributed up and down and do not interfere each other. Milling power heads are correspondingly arranged on the upper milling station and the lower milling station, wherein the two milling power heads are correspondingly used for milling both ends of the pipe fittings.