The invention relates to the field of mobile medical equipment and can be used for preventive examinations. The object of the claimed solution are: the creation of a mobile X-ray diagnostic laboratory with reliable, stable radiographic device that provides increased accuracy in positioning under X-ray examination in a mobile complex. Achieved when performing the above problem technical result is to increase the accuracy of positioning the radiographic apparatus in a mobile laboratory while ensuring its mobility in the vertical and horizontal directions by the use of a precision positioning system. Performing a solved problem allows transport of X-ray devices without reducing the quality of his work. The problem is solved in that in a laboratory X-ray mobile representing the body of the van type comprising in the internal volume workstation laboratory and X-branch, separated from the remaining volume of x-ray door, which accommodates the radiographic system comprising a source of X-radiation and a receiving X rays element, the digital radiographic system is arranged, the receiving member is vertical to X rays nym linear movable along respective vertical guides Radiographic system is provided with a control unit according to the claimed solution, a source of X-radiation is capable of vertical and horizontal movement due to the positioning system to ensure the synchronous movement of the X-ray source and X-ray sensitive member X-ray protective stykoperekryvayuschey swing door is formed the inner perimeter surface of a body made of a high strength composite material with a multilayer metal-coated plastic that is resistant to treatment with detergents and disinfectants laboratory workstation and place the patient preparation made from a metal with high strength powder coating resistant to treatment with detergents and disinfectants. In this positioning system comprises an X-ray radiation source holder, positioning the rack to the stepping motor to vertical movement of X-
