Multi-station mold for making colored plastic components with high aesthetic value, provided with a rotary table provided with a plurality of sides, each of which comprising at least one matrix with the desired shape of the plastic component, said mold comprising a plurality of punches adapted to be reversibly closed on said matrices of said rotary table, each punch defining an injection station for injecting a plastic polymer adapted to constitute a part of the plastic component under production; said mold being adapted to cyclically take on a first closed configuration, in which the pressure injection occurs, in said injection stations, of a predetermined plastic polymer within the relative interspace, and a second open configuration in which the matrices of said injection stations are far away from said central rotary table in order to allow said rotary table to rotate around the axis thereof, transferring the content of the interspace of each station to the subsequent station; said mold comprising: - a first injection station adapted to receive one of the punches of said empty rotary table; said first injection station being adapted to inject in the relative interspace the plastic material suitable for forming the visible portion of the plastic component to be made, commonly termed "skin"; - a second injection station adapted to receive one of the punches of said rotary table coming from said first control station and therefore the interspace of said second station already being partially filled with said "skin" of the plastic component to be made; said second injection station being adapted to inject, in the relative interspace, the plastic material adapted to constitute the support, commonly named the "fourth wall" of the plastic component to be made, superimposing it on said "skin"; - a third injection station adapted to receive one of the punches of said rotary table coming from said second station and therefore the interspace of said third station already being partially filled with said "fourth wall" and said visible portion of the plastic component to be made; said third injection station being adapted to inject, in the relative interspace, the colored plastic material adapted to paint the external surface of the visible portion of the plastic component to be made; said multi-station mold being characterized in that it comprises: - a first control station adapted to execute an optical scanning of the product coming from the first injection station, sending the detected colorimetric data to a computer; - a second control station adapted to execute an optical scanning of the product coming from the second injection station, sending the detected size and colorimetric data to said computer; - a third control station adapted to execute an optical scanning of the product coming from the third injection station, sending the size and colorimetric data to said computer; - an unloading and sorting station in which, by means of a common mechanical mover, the just-produced plastic component is grasped and placed on a first conveyor belt for the accepted products or a second conveyor belt for the products to be discarded; - said computer, which is adapted to receive all the data from said control stations and to execute a comparison with the pre-established limit values, possibly emitting an alarm signal if such limits are exceeded. - a first injection station adapted to receive one of the punches of said empty rotary table; said first injection station being adapted to inject in the relative interspace the plastic material suitable for forming the visible portion of the plastic component to be made, commonly termed "skin"; - a second injection station adapted to receive one of the punches of said rotary table coming from said first control station and therefore the interspace of said second station already being partially filled with said "skin" of the plastic component to be made; said second injection station being adapted to inject, in the relative interspace, the plastic material adapted to constitute the support, commonly named the "fourth wall" of the plastic component to be made, superimposing it on said "skin"; - a third injection station adapted to receive one of the punches of said rotary table coming from said second station and therefore the interspace of said third station already being partially filled with said "fourth wall" and said visible portion of the plastic component to be made; said third injection station being adapted to inject, in the relative interspace, the colored plastic material adapted to paint the external surface of the visible portion of the plastic component to be made; - a first control station adapted to execute an optical scanning of the product coming from the first injection station, sending the detected colorimetric data to a computer; - a second control station adapted to execute an optical scanning of the product coming from the second injection station, sending the detected size and colorimetric data to said computer; - a third control station adapted to execute an optical scanning of the product coming from the third injection station, sending the size and colorimetric data to said computer; - an unloading and sorting station in which, by means of a common mechanical mover, the just-produced plastic component is grasped and placed on a first conveyor belt for the accepted products or a second conveyor belt for the products to be discarded; - said computer, which is adapted to receive all the data from said control stations and to execute a comparison with the pre-established limit values, possibly emitting an alarm signal if such limits are exceeded.