VIBRATING CONVEYOR

It is an object of the present invention to provide a vibrating conveyor that can suppress an increase in cost and installation space by eliminating the necessity for providing a driver controller for controlling the rotation of a motor. A vibrating conveyor of the present invention includes a trough 3 that is reciprocable; a circulation member 42 that circularly moves by driving force from a drive source 41; and a conversion mechanism 43 that converts a circulation movement of the circulation member 42 to a linear reciprocating movement of the trough 3, wherein the circulation member 42 circularly moves at a constant speed, the conversion mechanism 43 includes: a pivot member 431 that has a first end 431A connected to the circulation member 42 and is configured to be able to pivot around a shaft 8 at an intermediate part 431C between the first end 431A and a second end 431B, the shaft 8 being substantially parallel to a rotation shaft 41A of the circulation member 42; and a linking member 432 that has a third end 432A connected to the second end 431B of the pivot member 431 and a fourth end 432B connected to the trough 3.