Flexibility in tooling , depending on volume, tolerance and capability of the part needed.

Ease of design changes - particularly if the changes are dimensionally smaller- since the tool can be machined as needed.

Lower tooling costs due to design simplicity. Production tooling is generally machined from tool steel. For shorter runs, maple blocks or composites can be used.

Automatic metal spinning machines using CNC playback technology allows high-volume production, with high tolerance and consistent repeatability.

Metal spinning can be combined with other technologies such as deep drawing, rolling and welding.

Metal spinning improves the metallurgy of the raw material by realigning grain structures. Tensile strength can be improved, allowing lighter gauge material to be used. Part integrity can be better can often be better with spinning versus other processes.

Finished-part lead times , typically four to six weeks in metal spinning, are much shorter than lead times required to produce just the tooling for stamping job.