An automatic production and manufacturing system of the turtle shell and deer antler gelatin comprises a controller that controls processing operation performed by a cooker, a filter, a plurality of soup condensation agitators, and a mixing re-condensation agitator. The cooker is a tower cooking pot having a bottom at which a heating part and a soup exit are arranged, an inner surface containing a plurality of mutually stacked material-carrying net-hole trays that carry in multiple layer the raw materials of turtle shell and the deer antler, and an upper end at which a pressure releasing valve, a hot-water inlet receiving boiled water from a water-cooking boil, and a water-level detector are mounted. The filter is disposed at the soup exit of the cooker for filtrating impurity contained in the soup. The plurality of soup condensation agitators each comprise a high-temperature agitating barrel that receives the impurity-removal soup from the filter and comprises a agitation member contained in the barrel to agitate the soup for dehydration so as to present the paste liquid, a paste liquid exit being formed at a bottom of the barrel. The mixing re-condensation agitator comprises a hot-temperature mixing barrel that receives the paste liquid from the paste liquid exit of the plurality of soup condensation agitators comprises an agitation member contained in the barrel to mix and agitate the paste liquid for re-dehydration so as to present a thick paste liquid, a thick paste liquid exit being formed at a bottom of barrel to discharge the thick paste liquid into a mold for subsequently setting and cooling to complete the finished product of the turtle shell and deer antler gelatin. The present invention makes each device controlled by the controller to carry out the operation according to the preparation condition of turtle shell and deer antler gelatin, thereby automatically producing the turtle shell and deer antler gelatin to achieve the economic benefit of greatly re
