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The O
prototype S-CONPRI
system O
achieves O
a O
volumetric O
build B-CHAR
rate E-CHAR
of O
127 O
cm3/hr O
, O
which O
is O
approximately O
7-fold O
greater O
than O
commercial O
desktop O
FFF S-MANP
systems O
, O
at O
comparable O
resolution S-PARA
; O
the O
maximum O
extrusion B-PARA
rate E-PARA
of O
the O
printhead O
is O
∼14-fold O
greater O
( O
282 O
cm3/hr O
) O
than O
our O
benchmarks O
. O
The O
performance B-CONPRI
limits E-CONPRI
of O
the O
printhead O
and O
motion O
systems O
are O
characterized O
, O
and O
the O
tradeoffs O
between O
build B-CHAR
rate E-CHAR
and O
resolution S-PARA
are O
assessed O
and O
discussed O
. O
High-speed O
desktop O
AM S-MANP
raises O
the O
possibility O
of O
new O
use O
cases O
and O
business B-APPL
models E-APPL
for O
AM S-MANP
, O
where O
handheld O
parts O
are O
built O
in O
minutes O
rather O
than O