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From YouTube: Titan Aero Extruder
Description
We will use the E3D Titan Aero extruder on future versions of the OSE 3D printer. The current D3D v18.09 does not use the Titan Aero extruder. Here is a quick overview of its advantages.
A
So
this
is
the
titan
arrow
extruder
and
it's
optimized
both
for
regular
3d,
printing,
meaning
just
regular
filaments
and
flexible
filaments
like
rubber.
Now
the
trip
to
rubber
is
that
when
you
push
it
the
kinks
up,
so
you
want
to
have
the
distance
as
constrained
as
as
small
as
possible
distance
between
the
drive
gear
and
where
it's
actually
coming
out
of
the
nozzle
or
actually
to
the
melt
place
where
it
melts,
because
once
it's
melted,
it's
a
liquid
and
liquids
are
incompressible.
A
So
when
you
have
the
film
and
going
in
there,
it
pushes
it
out
or
it
sucks
it
back
in
and
compressibility
of
fluids.
So
this
is
excellent.
It's
very
simple!
It's
got
a
an
integrated
heat
block.
The
heat
block
is
actually
over,
like
the
extruder,
the
he
sorry
the.
What
do
you
called
it?
A
heatsink
heatsink
is
this
this
part
here
under
the
fan,
so
it's
right
over
the
the
drive
gear,
which
makes
it
a
very
short
distance.
So
this
is
nice,
I
mean
it's.
We
can
get
this
whole
thing.
A
You
can
buy
it
assembled
or
disassembled
to
assemble.
It
I
think
it's
probably
gonna
be
easier
than
what
we
did
yesterday,
but
I
do
like
this,
and
if
you
get
the
authentic
version,
it's
like
a
hundred
bucks,
but
the
authentic
version
of
the
e3d,
the
one
we're
using
is
60
for
the
heatsink
part
and
all
that,
but
plus
you've
got
all
the
3d
printed
parts
and
all
those
parts
in
there
so
I
mean
in
actuality.
They
come
up
to
pretty
similar
in
price
if
you're
using
the
authentic
ones.
A
So
I
do
like
this
one,
and
maybe
with
this
one
we
you
know
we
just
buy
the
whole
thing.
I
don't
know
work.
Well,
we
got
to
do.
Ben
is
the
wiring,
and
then
all
we
need
to
do
here
is
design
a
different
mount
plate
so
that
the
mount
plate
is
not
really
well
designed
for
this.
We
have.
We
can
use
this
older
style
one,
but
the
thing
about
that
one
is
that
it
sticks
too
far
out
that
way.
So
if
you're
going
really
I
mean
you
know,
this
thing
is
kind
of
heavy.
A
So
it
can,
it
can
start
wobbling.
That's
what
you
want
to
do
is
have
the
mount
to
the
to
the
axis,
as
close
just
as
close
to
the
center
of
gravity
as
as
close
as
possible.
So
you're
not
like
it's
not
like
out
there
wobbling.
It's
like
right,
close
on
the
axis,
it's
okay,
so
this
is
a
good
choice
for
the
future
and
it's
also
open
source
design.
This
one
has
the
volcano
heater
block.
A
It
can
also
take
the
smaller,
smaller
heater
block,
but
the
short
distance
means
it's
optimized
for
or
the
flexible
filament
printing,
which
means
that
if
we
want
to
do
things
like
tractor
tires,
we
can
do
that
or
rubber
for
other
applications
and
belts.
If
you
can
print
like
a
lot
of
like
the
pulleys
that
we
use
in
a
3d
printer
in
theory,
you
can
print
those
belts
with
a
with
rubber
filament.
That
might
be
something
for
the
future.