Belonging to the technical field of food processing, the invention discloses a stuffing divider. The stuffing divider comprises a storage inner cylinder with a storage cavity, a seal outer cylinder sleeved on the outer surface of the storage inner cylinder, and spiral storage channels disposed between the storage inner cylinder and the seal outer cylinder. The cylinder wall of the storage inner cylinder is provided with a plurality of stuffing outlet holes communicated with the spiral storage channels and the storage cavity, the stuffing divider also includes cutting mechanisms disposed at any spiral storage channel outlet in one-to-one correspondence. The stuffing divider provided by the invention divides a stuffing into stuffing flows with a fixed sectional area through the spiral storage channels, and makes the flow rate of the stuffing flows consistent through a same extrusion force in the storage cavity, thus ensuring a same flow. On the basis, through precise cutting of the cutting mechanisms, each part of stuffing has completely identical weight, thus finally realizing precise stuffing division. At the same time, by setting the storage channels as a spiral structure, the channel length can be increased, thus increasing the storage capacity, and facilitating equipment volume reduction and making cost reduction.