The present invention relates to an apparatus to continuously mold an aluminum ingot, comprising: a molten metal distributor including a body having a plurality of discharge holes and a plurality of guide tubes inserted into the lower part of each discharge hole; an ingot molder installed on the lower part of the molten metal distributor, and including a main body having a plurality of vertically extended installation holes corresponding to the guide tubes one by one, a vertical mold mounted inside each installation hole, extended in a vertical direction, and receiving molten metal dropped through the guide tube, a cooling unit to surround and cool the vertical mold, an elevating block installed inside the vertical mold to be able to be elevated and descended by the weight of the molten metal fed through the guide tube, and a support means to support the elevating block; and a leveling unit disposed between the molten metal distributor and the ingot molder, supporting the molten metal distributor to be able to be elevated, and leveling the molten metal distributor. Accordingly, the molten metal fed from the outside is distributed to the vertical molds by a uniform flow rate to equalize the injection amount of the molten metal for each vertical mold, thereby being advantageous to manufacture a standardized ingot and reducing impurities on a surface of a molded product to manufacture a good quality of ingots.
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