DfAM applied technologies are representative
of grid structures and topology optimization,
and other technologies include production unification,
which makes several parts into one,
and porous structure design, which is specialized
for medical use, and depending on the purpose
and use, all of the above technologies
can be used in combination.
DfAM technology has the advantage of reducing
weight and unifying parts while satisfying
the product performance goals (strength, size,
performance) through structural analysis.