The present invention relates to a molding device for liquid forging, which can greatly improve the quality of a molded product by maintaining the temperature of molten metal at an appropriate level, and rapidly injecting the molten metal into a mold. More specifically, at least two graphite crucibles with which molten metal is filled are arranged around a mold within a minimum distance, and a robot for injecting molten metal is arranged between the graphite crucibles and the mold. Also, the robot for injecting molten metal rapidly injects the molten metal in the graphite crucibles into the mold in a state of maintaining the temperature of the molten metal in the graphite crucibles at a proper temperature. Thus, a defect in a molded product caused by a drop in temperature of the molten metal may easily be prevented. In addition, when a molded product removed from a mold is transferred to post-processing facilities, the molded product is automatically reversed in accordance with a position where a post-process is performed, thereby reducing working man-hours and improving workability.
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