To provide a vibration-proof device supporting structure for optical equipment which is easily assembled and disassembled.

The optical equipment includes a vibration-proof device which moves a holding frame of a vibration-proofing optical element along a guide shaft extending in a direction orthogonal to an optical axis in accordance with the magnitude and direction of shake applied to an optical system. In the optical equipment, a guide shaft insertion part, through which the guide shaft is slidably inserted in a shaft line direction, is formed in the holding frame, and a bearing, in/from which the guide shaft is inserted and removed from either a front side or a back side in an optical axis direction and which regulates movement of the guide shaft in a direction orthogonal to a shaft line except the inserting/removing direction in an inserted state, is formed in the supporting member of the vibration-proof device. The optical equipment includes a pressing member which is detachably attached to the supporting member and regulates movement of the guide shaft in the removing direction from the bearing in an attached state, and the guide shaft is held in the supporting member by the bearing and the pressing member. The holding frame is movably supported through the guide shaft insertion part relative to the guide shaft in the held state.