NOVELTY - The system comprises a pre-treatment unit, a first processing unit, a first post-treatment unit, coating apparatuses, a track structure configured to transport the coating apparatus between the pre-treatment unit and the first post-treatment unit, a first transfer unit arranged between the pre-treatment unit and the first processing unit, a second transfer unit arranged between the first processing unit and the first post-treatment unit, an entry port arranged before the pre-treatment unit to receive the coating apparatuses, and an exit port arranged next to the first post-treatment unit.    USE - The system is useful for coating an object that is useful for producing a composite (claimed), where the object includes solar cells, fuel cells, engine parts, turbine blades, propellers, valves, flanges, automotive parts such as mufflers and wheel rims, components of semiconductor processing equipment, pipes and tubing, precut semiconductor wafers, flexible electronics and standard electronic boards.    ADVANTAGE - The system is capable of continuously and efficiently coating the object having a complex surface with high uniformity.    DETAILED DESCRIPTION - The system comprises a pre-treatment unit, a first processing unit, a first post-treatment unit, coating apparatuses, a track structure configured to transport the coating apparatus between the pre-treatment unit and the first post-treatment unit, a first transfer unit arranged between the pre-treatment unit and the first processing unit, a second transfer unit arranged between the first processing unit and the first post-treatment unit, an entry port arranged before the pre-treatment unit to receive the coating apparatuses, an exit port arranged next to the first post-treatment unit, a first fluid storage vessel, a second fluid storage vessel, ultrasonic transducers, a second processing unit, and a second post-treatment unit. Each coating apparatus: is configured to engage an object and rotate the object around or about axes; and comprises a first gimbal connected to a first mechanism to rotate the first gimbal around or about a first axis, a second gimbal connected to the first gimbal to allow rotation around or about a second axis, a third gimbal connected to the second gimbal to allow rotation around or about a third axis, a second mechanism connected to the second gimbal to rotate the second gimbal around or about the second axis, a third mechanism connected to the third gimbal to rotate the third gimbal around or about the third axis, and an object holder connected to the second gimbal and the third gimbal, where the object holder is rotatable around or about the first, second and third axes. The coating apparatuses are configured to be transported: between the pre-treatment unit and the first processing unit and between the first processing unit and the first post-treatment unit; and from the pre-treatment unit to the second post-treatment unit and from the second post-treatment unit to the pre-treatment unit. The second processing unit is configured to receive the coating apparatus from the first post-treatment unit, and the second post-treatment unit is configured to receive the coating apparatus from the second processing unit. The first processing unit is configured to receive the coating apparatus from the second post-treatment unit to form a transit circuit for the coating apparatus. The pre-treatment unit comprises a plasma head, which comprises a six axes plasma gun. The processing unit comprises a first coating vessel. The first coating vessel is configured to translate vertically upward and downward when one of the coating apparatuses is arranged over the first vessel, where the coating apparatus is further configured to translate vertically downward and upward when the coating apparatus is located over the first vessel. The first fluid storage vessel is present in fluid communication with the first coating vessel. The second fluid storage vessel is present in fluid communication with the first coating vessel. The ultrasonic transducers are configured to impart ultrasonic energy into the first coating vessel, the first fluid storage vessel, the second fluid storage vessel or a unit of fluid communication between the first coating vessel and the storage vessels. The post-treatment unit comprises UV, visible and/or infrared subunits, where wavelength, intensity and/or duration of illumination are varied in one of the subunits. INDEPENDENT CLAIMS are included for:    (1) a process for coating an object; and    (2) a composite comprising an object and a thin layer.    DESCRIPTION OF DRAWING(S) - The figure shows a schematic view of a coating apparatus.    Frame (4)    Tank (6)    Rails (8, 10)    Support actuator assembly (12)    Vertical track member. (14)