By using tilt casting during gravity mold filling, manufacturers minimize waste. A high percentage of molten material will flow into the mold cavity. Additionally, the reduction in turbulence minimizes problems associate with trapped air bubbles, which may degrade the quality of a casting. Both factors result in a better yields for the manufacturer.

Compared with some vacuum casting methods, gravity casting tends to offer significantly lower mold costs. This low tech process enables the mass production of metal parts in high volumes. The durable molds eventually wear out, but permit reuse.

Automation allows the precise replication of tilt casting processes. This capability enables manufacturers to repeat mold-filling efficiently.

The ability to generate uniform metal parts with few interior defects makes this manufacturing technology exceedingly valuable. This casting method produces metal components with generally good surface finishes, also, due to the manufacturer�s ability to reduce turbulence during pouring.

Especially when produced using automation, castings generated through gravity tilt filling offer greater uniformity in terms of metal flow direction. The fast solidification of complex cast metal shapes and the overall homogeneity of the castings .