A device for collecting and discharging objects to be weighed is coaxially provided with inverted truncated cone-shaped inner collection chute (11) and outer guide chute (12). When these chutes are each divided into first to eighth regions in sequence so as to have the same central angle, lower openings of a third discharge path (50) for discharging objects to be weighed from the second and third regions of the outer guide chute, a second discharge path (40) for discharging objects to be weighed from the first and fourth regions of the outer guide chute, a first discharge path (30) for discharging objects to be weighed from the first to fourth regions of the inner collection chute, a fourth discharge path (60) for discharging objects to be weighed from the fifth to eighth regions of the inner collection chute, a fifth discharge path (70); for discharging objects to be weighed from the first and fourth regions of the outer guide chute, and a sixth discharge path (80) for discharging objects to be weighed from the second and third regions of the outer guide chute are arranged in the sequence presented on a straight line formed by the boundary between the second region and the third region and the boundary between the sixth region and the seventh region.