The invention discloses a copper pipe binding machine which comprises a rack, a die used for binging one end of copper pipes and a clamp used for clamping copper pipe workpieces, wherein a hydraulic cylinder is also arranged in the upper front of the clamp, a piston rod of the hydraulic cylinder extends out of the lower end surface of the hydraulic cylinder and is connected with a material collecting head, a delivery sheet inclining from top to bottom is arranged above one side of the clamp, the material collecting head is provided with a material collecting port the opening of which faces towards the delivery sheet, the material collecting port is also provided with a material pushing port which faces towards the clamp, the rack is further provided with a hinge shaft, a tilt rod is sleeved on the hinge shaft and provided with a front vertical baffle plate and a rear vertical baffle plate, a pressing rod is also connected to the piston rod of the hydraulic cylinder and aligns to the tilt rod, and the pressing rod is positioned at the back of the hinge shaft. The copper pipe binding machine has the benefit of feeding the copper pipes one by one so that the processing smoothness is ensured.