Multi-purpose equipment for radiography, tomography and fluoroscopy comprising: a table provided with a board that has longer sides and shorter sides, wherein the board is vertically displaceable by means of height adjustable legs that support the board, a frame that is substantially C-shaped and disposed transversally to the longer side of the board, which is configured for rotational movement in both directions around a central rotation axis perpendicular to the plane of the frame, said frame being provided with an upper extremity (3") and a lower extremity, a first body on which the frame is mounted which incorporates a first drive unit and a first transmission mechanism that cause the rotational sliding movement of the frame, a radiation emission assembly disposed in the upper extremity (3") of the frame, that comprises an x-ray tube and a collimator, an x-ray detection unit mounted to the lower extremity of the frame, a rail configured to be coupled to the floor and parallel to the longer side of the board, on which the first body and the frame can be displaced in a direction parallel to the longer side of the board, characterized in that the x-ray tube of the radiation emission assembly is configured to perform 2D radiographs and 3D tomographs of the patient and real-time fluoroscopy, and the x-ray detection unit comprises a dynamic flat panel which is configured to receive x-rays for performing 2D radiographs and 3D tomographs and to take several sequential photographs to perform real-time fluoroscopy, wherein the flat panel is laterally displaceable in an orientation transversal to the greater dimension of the board and in both directions, enabling an increase in the field of view in tomography, and in that the equipment further comprises a connecting element extending outward from the upper extremity (3") of the frame connecting the radiation emission assembly to said upper extremity (3"). a table provided with a board that has longer sides and shorter sides, wherein the board is vertically displaceable by means of height adjustable legs that support the board, a frame that is substantially C-shaped and disposed transversally to the longer side of the board, which is configured for rotational movement in both directions around a central rotation axis perpendicular to the plane of the frame, said frame being provided with an upper extremity (3") and a lower extremity, a first body on which the frame is mounted which incorporates a first drive unit and a first transmission mechanism that cause the rotational sliding movement of the frame, a radiation emission assembly disposed in the upper extremity (3") of the frame, that comprises an x-ray tube and a collimator, an x-ray detection unit mounted to the lower extremity of the frame, a rail configured to be coupled to the floor and parallel to the longer side of the board, on which the first body and the frame can be displaced in a direction parallel to the longer side of the board, characterized in that the x-ray tube of the radiation emission assembly is configured to perform 2D radiographs and 3D tomographs of the patient and real-time fluoroscopy, and the x-ray detection unit comprises a dynamic flat panel which is configured to receive x-rays for performing 2D radiographs and 3D tomographs and to take several sequential photographs to perform real-time fluoroscopy, wherein the flat panel is laterally displaceable in an orientation transversal to the greater dimension of the board and in both directions, enabling an increase in the field of view in tomography, and in that the equipment further comprises a connecting element extending outward from the upper extremity (3") of the frame connecting the radiation emission assembly to said upper extremity (3").