Method for optically scanning and measuring at least two geometrically identical objects by means of a laser scanning device, the method comprising: - emitting at least a beam of light on each of the at least two geometrically identical objects sequentially or at the same time by means of the laser scanning device; - moving the laser scanning device between at least two points along a fixed structure, during which the laser scanning device emits the beam of light on the concerned object, and/or moving at least the beam of light emitted by the laser scanning device relative to the fixed structure; - moving each of the at least two geometrically identical objects, wherein each of the at least two geometrically identical objects are mounted in different spatial orientations, relative to the fixed structure, wherein each of the at least two geometrically identical objects are moved at the same time or in succession, wherein the motion of the objects are in form of a rotary motion, and the rotary motion is about a Z-axis, wherein the objects rotate in a X-Y plane, wherein the motion of the laser scanning device and/or the beam of the light emitted by the laser scanning device on each of the at least two geometrically identical rotating object is in a Z-direction, and wherein each of the at least two geometrically identical objects are placed or fixed in different spatial orientations on at least two corresponding turntables; - measuring position coordinates of points on each of the at least two geometrically identical objects by means of the laser scanning device by receiving a reflected beam of the at least one emitted beam of light, which is the at least partially reflected beam of light from each of the at least two geometrically identical objects; - processing the information from the measured coordinates of the points and analyzing this data, such that a complete scanning and measurement of a whole object is achieved. - emitting at least a beam of light on each of the at least two geometrically identical objects sequentially or at the same time by means of the laser scanning device; - moving the laser scanning device between at least two points along a fixed structure, during which the laser scanning device emits the beam of light on the concerned object, and/or moving at least the beam of light emitted by the laser scanning device relative to the fixed structure; - moving each of the at least two geometrically identical objects, wherein each of the at least two geometrically identical objects are mounted in different spatial orientations, relative to the fixed structure, wherein each of the at least two geometrically identical objects are moved at the same time or in succession, wherein the motion of the objects are in form of a rotary motion, and the rotary motion is about a Z-axis, wherein the objects rotate in a X-Y plane, wherein the motion of the laser scanning device and/or the beam of the light emitted by the laser scanning device on each of the at least two geometrically identical rotating object is in a Z-direction, and wherein each of the at least two geometrically identical objects are placed or fixed in different spatial orientations on at least two corresponding turntables; - measuring position coordinates of points on each of the at least two geometrically identical objects by means of the laser scanning device by receiving a reflected beam of the at least one emitted beam of light, which is the at least partially reflected beam of light from each of the at least two geometrically identical objects; - processing the information from the measured coordinates of the points and analyzing this data, such that a complete scanning and measurement of a whole object is achieved.