An inspection device for inspecting vibration characteristics of rolling bearings, comprising: pressurizing means configured to pressurize one of an outer member (110, 210) and an inner member (120, 220) of a rolling bearing (100, 200) toward another one of the outer member (110, 210) and the inner member (120, 220); and a support member configured to support the one of the outer member (110, 210) and the inner member (120, 220) in a contact manner from below, the rolling bearing (100, 200) comprising: rolling elements (130, 230); and the outer member (110, 210) and the inner member (120, 220) rotatable relative to each other through intermediation of the rolling elements (130, 230); rotary drive means arranged apart from the pressurizing means, configured to rotate the another one of the outer member (110; 210) and the inner member (120, 220) about an axial center of the another one of the outer member (110, 210) and the inner member (120, 220) under a state in which the one of the outer member (110, 210) and the inner member (120, 220) is pressurized toward the another one of the outer member (110, 210) and the inner member (120, 220), wherein the rotary drive means includes a motor; detecting means configured to detect vibration generated in the one of the outer member (110, 210) and the inner member (120, 220) along with the rotation of the another one of the outer member (110, 210) and the inner member (120, 220) through intermediation of the support member so that whether or not the rolling bearing (100, 200) is a non-defective product is determined based on values obtained through the detection; the inspection device being characterized by a frame member configured to hold the pressurizing means and the rotary drive means in a fixed manner, wherein the motor of the rotary drive means is mounted and fixed to the frame member through intermediation of a vibration control means; and vibration control means interposed between the pressurizing means and the one of the outer member (110, 210) and the inner member (120, 220), and comprising: a vibration control member; a first holding member arranged at an upper side of the vibration control member interposed between the vibration control member and the support member; and a second holding member arranged at a lower side of the vibration control member, and wherein one end portion of the detecting means is held in a fixed manner by the first holding member, and another end portion of the detecting means is held in a fixed manner by the second holding member. pressurizing means configured to pressurize one of an outer member (110, 210) and an inner member (120, 220) of a rolling bearing (100, 200) toward another one of the outer member (110, 210) and the inner member (120, 220); and a support member configured to support the one of the outer member (110, 210) and the inner member (120, 220) in a contact manner from below, the rolling bearing (100, 200) comprising: rolling elements (130, 230); and the outer member (110, 210) and the inner member (120, 220) rotatable relative to each other through intermediation of the rolling elements (130, 230); rolling elements (130, 230); and the outer member (110, 210) and the inner member (120, 220) rotatable relative to each other through intermediation of the rolling elements (130, 230); rotary drive means arranged apart from the pressurizing means, configured to rotate the another one of the outer member (110; 210) and the inner member (120, 220) about an axial center of the another one of the outer member (110, 210) and the inner member (120, 220) under a state in which the one of the outer member (110, 210) and the inner member (120, 220) is pressurized toward the another one of the outer member (110, 210) and the inner member (120, 220), wherein the rotary drive means includes a motor; detecting means configured to detect vibration generated in the one of the outer member (110, 210) and the inner member (120, 220) along with the rotation of the another one of the outer member (110, 210) and the inner member (120, 220) through intermediation of the support member so that whether or not the rolling bearing (100, 200) is a non-defective product is determined based on values obtained through the detection; the inspection device being characterized by a frame member configured to hold the pressurizing means and the rotary drive means in a fixed manner, wherein the motor of the rotary drive means is mounted and fixed to the frame member through intermediation of a vibration control means; and vibration control means interposed between the pressurizing means and the one of the outer member (110, 210) and the inner member (120, 220), and comprising: a vibration control member; a first holding member arranged at an upper side of the vibration control member interposed between the vibration control member and the support member; and a second holding member arranged at a lower side of the vibration control member, and a vibration control member; a first holding member arranged at an upper side of the vibration control member interposed between the vibration control member and the support member; and a second holding member arranged at a lower side of the vibration control member, and