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Electroforming S-MANP
the O
interior O
of O
a O
printed B-CONPRI
resin E-CONPRI
mold S-MACEQ
enables O
the O
fabrication S-MANP
of O
multi-material B-FEAT
structures E-FEAT
using O
resin S-MATE
and O
metal B-MATE
materials E-MATE
. O
The O
fabrication S-MANP
conditions O
for O
multi-material B-FEAT
structures E-FEAT
when O
using O
the O
proposed O
method O
were O
investigated O
and O
the O
surfaces S-CONPRI
of O
the O
resulting O
structures O
were O
evaluated O
. O
The O
fabrication S-MANP
conditions O
for O
the O
specified B-CONPRI
thickness E-CONPRI
per O
process S-CONPRI
and O
the O
total O
thicknesses O
from O
all O
the O
processes S-CONPRI
were O
determined O
. O
Furthermore O
, O
our O
results O
indicated O
that O
the O
shape O
of O
the O
side O
of O
the O
metal S-MATE
portion O
depended O
on O
the O
forming S-MANP
precision O
of O
the O
FFF B-MACEQ
3D I-MACEQ
printer E-MACEQ
. O
We O