A combination weighing apparatus comprising: a first channel for processing of articles; and a second channel for processing of articles, the first channel and the second channel each include: a plurality of hoppers that temporarily receives the articles and discharges the articles received, downstream; a control unit that acquires a weight value of the article received by each of the plurality of hoppers and selects a combination of hoppers from the plurality of hoppers such that a total weight of the articles weighed is a predetermined weight; a discharge chute that discharges the articles discharged from the selected hoppers, downstream by sliding; and a timing hopper that temporarily receives the articles discharged from the discharge chute and discharges the article received, downstream, the discharge chute has: a slide face sloping toward a center in a horizontal direction of the combination weighing apparatus as downward in a vertical direction; and a chute outlet through which the articles are discharged, the timing hopper has an outlet through which the articles are discharged, and characterized in that a distance in the horizontal direction between a center of the outlet in the first channel and a center of the outlet in the second channel is longer than a distance in the horizontal direction between a center of the chute outlet in the first channel and a center of the chute outlet in the second channel. a first channel for processing of articles; and a second channel for processing of articles, the first channel and the second channel each include: a plurality of hoppers that temporarily receives the articles and discharges the articles received, downstream; a control unit that acquires a weight value of the article received by each of the plurality of hoppers and selects a combination of hoppers from the plurality of hoppers such that a total weight of the articles weighed is a predetermined weight; a discharge chute that discharges the articles discharged from the selected hoppers, downstream by sliding; and a timing hopper that temporarily receives the articles discharged from the discharge chute and discharges the article received, downstream, a plurality of hoppers that temporarily receives the articles and discharges the articles received, downstream; a control unit that acquires a weight value of the article received by each of the plurality of hoppers and selects a combination of hoppers from the plurality of hoppers such that a total weight of the articles weighed is a predetermined weight; a discharge chute that discharges the articles discharged from the selected hoppers, downstream by sliding; and a timing hopper that temporarily receives the articles discharged from the discharge chute and discharges the article received, downstream, the discharge chute has: a slide face sloping toward a center in a horizontal direction of the combination weighing apparatus as downward in a vertical direction; and a chute outlet through which the articles are discharged, a slide face sloping toward a center in a horizontal direction of the combination weighing apparatus as downward in a vertical direction; and a chute outlet through which the articles are discharged, the timing hopper has an outlet through which the articles are discharged, and characterized in that a distance in the horizontal direction between a center of the outlet in the first channel and a center of the outlet in the second channel is longer than a distance in the horizontal direction between a center of the chute outlet in the first channel and a center of the chute outlet in the second channel.