Multi-component alloys which are difficult to produce by the melting method can be applied to structural parts by using additive manufacturing. Both high strength and corrosion resistance can be achieved by the multi-component nano-precipitate. Strength/hardness and ductility can be adjusted by tempering process.

A nickel-based alloy, with high corrosion resistance and good track records in a wide range of environment, is applied to metal 3D printing. It has the same corrosion resistance as forging and rolling C21P, and realizes higher mechanical strength with 3D printing technology.

A hard particle dispersion strengthened alloy with excellent corrosion resistance and anti-sediment wear resistance. It achieves excellent corrosion resistance by increasing the concentration of Cr.

It has the same strength as general maraging steel even with a cobalt content of 1% or less.(Exempted from the control under the class 2 controlled chemical substance in Japan) and is easy to handle for additive manufacturing.

YAG350AM is a maraging steel characterized by its high hardness after aging annealing. It can be adjusted to a higher hardness than general 300ksi class steels.