The utility model discloses an automatic heating paraffin removal and ball recovery device which is designed for simplifying operation procedures of the device and relieving labor intensity. A ball storage barrel is connected to the lower portion of oil transmission pipelines of the ball recovery device through a cutter valve. An overhaul observation opening is connected above the cutter valve. A heat tracing belt is arranged outside the barrel wall of the ball storage barrel. At least twenty paraffin removal balls can be contained in the ball storage barrel. A ball discharge valve is connected below the ball storage barrel. A ball recovery box is connected between the ball discharge valve, and at least eighty paraffin removal balls can be contained in the ball recovery box. A front tee valve is arranged on an oil transmission pipeline in front of the ball storage barrel, and a rear tee valve is arranged on an oil transmission pipeline behind the ball storage barrel. The front tee valve and the rear tee valve are communicated through a bypass pipeline. Under the situation of not affecting normal production, technological processes do not need to be switched, and the process of heating and removing paraffin through the paraffin removal balls is removed. The cutter valve and the ball discharge valve only need to be opened or closed once everyday so that the paraffin removal balls in the oil transmission pipeline can be easily recovered. Therefore, oil extraction cost is greatly reduced, labor intensity is relieved, and safe production is ensured.