The application discloses a medical specimen
transmission system, comprising: an identification unit configured to identify the specimen and generate an identification result; a specimen moving unit configured to receive the specimen and drive the specimen to move between at least a first position and a second position based on the identification result; a specimen channel arranged in at least two and distributed along the distribution direction of the first position and the second position, the specimen channel having a specimen inlet and a specimen outlet, one of which corresponds to the first position and one of which corresponds to the second position; a delivery unit arranged between the specimen inlet and the specimen moving unit, the delivery unit being configured to open and close the specimen inlet and the outlet of the specimen moving unit; and a specimen sending unit comprising at least two sending channels corresponding to the specimen channels respectively, the sending channel being configured to move between a receiving position and a sending position, in response to being in the receiving position, the specimen is received from the specimen outlet, and in response to being in the sending position, the specimen is moved to the sending position. The application is modularly designed in cooperation, which not only realizes efficient classification and sending of multiple types of specimens, but also has additional technical advantages such as high
automation, precise and stable operation, etc.