HBOT 3D F300 - Infill and Support Structure Settings

6. Preparing les
31
Inll tab
This sections enables you to modify interior ll parameters, mainly inll density and inll pattern (Interior Fill Percentage and Internal Fill
Pattern).
You have 6 different inll patterns to choose from:
Rectilinear Grid Triangular Wiggle Fast Honeycomb Full Honeycomb
Inll pattern
with the lowest
strength for low
inll percentage,
highest strength
for 80-100% inll
percentage. It is the
only inll pattern
that could be set to
100%. Inll paths do
not intersect within
the same layer.
Inll pattern with
a higher strength
for lower inll
percentages.
Maximum setting
which if congured
will not cause print
problems is 80%,
but the optimum
one is 20-40%. This
shape differs from
the Rectilinear
one in that the
paths intersect one
another within the
same layer, causing
better adhesion of
the entire inll.
The same inll
pattern as Grid, but
inll paths intersect
with one another
at 60-degrees. This
is the most stiff
and strongest inll
pattern for low inll
percentages. Like
in the case of the
Grid inll pattern,
maximum inll
percentage is 80%
and the optimum
one is 20-40%.
Polyline-shaped
inll pattern.
Simplied
honeycomb. A
structure with
similar properties
to the Triangular
one, also stiff but
less strong than the
full honeycomb.
Maximum inll
percentage is 80%,
and the optimum
one is 20-40%.
Full honeycomb.
Characteristic for
double inll path,
making the structure
very strong at low
inll percentages.
Support tab
Support Inll Percentage – inll density of support structures. The higher the inll density, the more accurately the support structures
are lled, but the print time and material consumption signicantly increase. Optimum value of this parameter is 20%.
Dense Support Layers – the number of support layers with the dense inll percentage where paths of your model are directly laid
down at. The more number of solid layers, the better support for curved and rounded surface. If support structures need to be quickly
removed, you may set the number of dense support layers to 0, but the quality of supported surface will be much worse.
Dense Inll Percentage – inll percentage of the dense support layers. The less density, the easier support removal but the lower
quality of the supported model surface.