To obtain a molten metal pouring apparatus by which the molten metal can be tilted and poured into a mold without laying a unit for tilting the mold on a turn-table and without needing the firm structure of the turn-table by disposing the almost whole mechanism related to the tilt-pouring of molten metal at the outside of the turn-table and tilt-pouring the molten metal.

The mold 8 is fixed as each mold base 6 and after supplying the molten metal into a molten metal vessel 32, a molten metal pouring carrier 19 is advanced by working an electric cylinder 21, and the mold base 6 and the molten metal pouring mechanism are connected by inserting a connecting body 39 into a connecting receiving body 10. Successively, an electric cylinder 41 in the connected mold tilting means is extended and the mold base 6 together with the connecting body 39 and the connecting receiving body 10 are tilted through an arm 42. Further, at the same time of tilting the molten metal pouring vessel 32 by reversely working the elastic cylinder 41, tilting the molten metal pouring vessel 32 by working a reciprocating rotation servo-motor 26, the mold 8 and the molten metal pouring vessel 32 are synchronously tilted back and tilted to pour the molten metal.