The invention discloses a double-headed matrix rolling system. The double-headed matrix rolling system comprises rolling disc and a supporting column fixed to a support, wherein the rolling disc and the supporting column are connected through a rotary shaft. The top of the supporting column is connected with a screw. The screw is connected with a hand wheel. A cross shaft of a matrix head penetrates through a shaft hole of the supporting column. Matrix controls are arranged at the two ends of the matrix head. The matrix head and the supporting column are integrally fixed through a locking device, so that working of the unit matrix controls is achieved. The matrix head is longitudinally suspended above the rolling disc used for distributing workpieces. Rolling grooves of imprinting areas are formed between check blocks of a distribution disc and the stressed surface of the rolling disc. A baffle used for positioning the printed parts of the workpieces is arranged on the inner side of the rolling disc. A supporting frame used for supporting the workpiece is arranged on the outer side of the rolling disc. The workpieces are located in the imprinting areas of the rolling grooves. Rolling printing is conducted on the surfaces of the workpieces through a matrix. By the adoption of the technique, the service life of the rolling disc is prolonged, matrixes of different types can be switched rapidly, and the production efficiency is improved.