A multi-row weight sorting apparatus for stick packed products, comprising: a body part, to which a plurality of frames are connected; an entry part installed above the body part and having a plurality of entry chutes, in which stick packed products are introduced through upper entry holes and drop to lower discharge holes to be discharged; measurement parts including a plurality of measurement units installed in the body in multiple rows and configured to measure the weights of the stick packed products received in measurement hoppers and a plurality of measurement hoppers formed vertically on the upper sides of the measurement units and configured to receive the stick packed products that dropped from the entry chutes; characterized by a driving part formed on one side of the body part and configured to move a movable bundle forwards and rearwards by rotating a screw shaft with a driving force of a driving motor; a guide part formed on an opposite side of the body part and configured to guide movement of a push part; a push part including a movement bar connected to the movable bundle to move forwards and rearwards and disposed to cross the body part transversely and a plurality of push bars connected to the movement bar to be perpendicular to the movement bar and configured to move forwards and rearwards to push and discharge the stick packed products received in the measurement hoppers; a plurality of sorting parts disposed on the front sides of the measurement hoppers to be inclined, respectively, so as to discharge the stick packed products, and configured to operate cylinder units to discharge the stick packed products after changing the direction of the stick packed products so as to sort normal products and defective products; and a controller configured to receive measurement signals from the measurement units to determine normal products and defective products and to individually control the sorting parts according to a determination result, wherein a detection sensor is installed between the entry part and the measurement part to detect a stick packed product that drops onto the measurement part, and the apparatus is designed to be operated so that the stick packed product drops onto the push bar that has been moved to the front side such that an external force is alleviated, and wherein the apparatus is designed to be operated so that the controller pushes the stick packed product by moving the push bar rearwards with the driving part if receiving a detection signal from a detection sensor and moving the push bar forwards with the driving part if receiving a measurement signal. a body part, to which a plurality of frames are connected; an entry part installed above the body part and having a plurality of entry chutes, in which stick packed products are introduced through upper entry holes and drop to lower discharge holes to be discharged; measurement parts including a plurality of measurement units installed in the body in multiple rows and configured to measure the weights of the stick packed products received in measurement hoppers and a plurality of measurement hoppers formed vertically on the upper sides of the measurement units and configured to receive the stick packed products that dropped from the entry chutes; characterized by a driving part formed on one side of the body part and configured to move a movable bundle forwards and rearwards by rotating a screw shaft with a driving force of a driving motor; a guide part formed on an opposite side of the body part and configured to guide movement of a push part; a push part including a movement bar connected to the movable bundle to move forwards and rearwards and disposed to cross the body part transversely and a plurality of push bars connected to the movement bar to be perpendicular to the movement bar and configured to move forwards and rearwards to push and discharge the stick packed products received in the measurement hoppers; a plurality of sorting parts disposed on the front sides of the measurement hoppers to be inclined, respectively, so as to discharge the stick packed products, and configured to operate cylinder units to discharge the stick packed products after changing the direction of the stick packed products so as to sort normal products and defective products; and a controller configured to receive measurement signals from the measurement units to determine normal products and defective products and to individually control the sorting parts according to a determination result, wherein a detection sensor is installed between the entry part and the measurement part to detect a stick packed product that drops onto the measurement part, and the apparatus is designed to be operated so that the stick packed product drops onto the push bar that has been moved to the front side such that an external force is alleviated, and wherein the apparatus is designed to be operated so that the controller pushes the stick packed product by moving the push bar rearwards with the driving part if receiving a detection signal from a detection sensor and moving the push bar forwards with the driving part if receiving a measurement signal.