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Generate solid volume supports and solid bar supports for FFF (fused filament fabrication) 3D printing.
Transcript
00:04
In most slices,
00:05
the support structure is generated on slicing
00:08
and the user has little control on the placement and structure itself.
00:13
Fusion's workflow
00:15
offers users more freedom
00:17
in both support placement
00:19
and support structure.
00:22
In this example, supports will be generated for this foosball player
00:28
having created a setup, selected a printer and print setting.
00:33
The next step is to generate support,
00:36
navigate to the support group in the toolbar.
00:40
Here
00:40
there are two support options,
00:43
solid volume
00:44
and solid bar support,
00:47
solid volume support is best for supporting large overhanging areas.
00:52
Whereas solid bar support is ideal for
00:54
bodies with small specific overhanging areas,
00:58
select the solid volume support
01:00
and this opens the volume support dialogue
01:04
here,
01:04
select the individual faces that require support.
01:08
Alternatively,
01:09
the whole model can be selected and supports will be generated for
01:12
the faces whose areas fall below the angle defined by the overhang angle
01:18
click. OK, will create a preview of that support structure.
01:22
This looks good
01:23
but those horizontal holes will also need to be supported
01:27
for these features. Navigate back to the supports toolbar group
01:31
and select solid bar support.
01:35
This opens the bar support dialogue and
01:37
from here select those horizontal holes
01:40
leave the rest of the settings as default and click. OK.
01:46
The bars have been generated,
01:48
make sure to notice how the bars generate at an angle down
01:51
from the feature onto the print bed to avoid the body.
01:56
Great. Now the part is fully supported.
01:59
The final stage is to check the print settings,
02:03
right? Click on the print setting and the setup and click, edit
02:08
the print setting. Editor dialogue will open
02:11
navigate to the support tab of the strong body preset.
02:16
Note
02:17
these support settings have been optimized for the volume support.
02:20
So a few edits will be needed to accommodate the bar supports in the print
02:25
here. Set the number of support perimeters to one
02:29
and the number of support bottom layers to three.
02:33
Finally,
02:34
right, click on the strong body preset
02:36
and make this the default.
02:39
This will mean any bodies on the print bed will use the strong body preset.
02:44
Click OK.
02:46
Generate the tall path
02:50
and then simulate
02:53
using the drag arrow,
02:55
check both the body and support tool paths.
03:04
And once happy select post process to generate the print file.
00:04
In most slices,
00:05
the support structure is generated on slicing
00:08
and the user has little control on the placement and structure itself.
00:13
Fusion's workflow
00:15
offers users more freedom
00:17
in both support placement
00:19
and support structure.
00:22
In this example, supports will be generated for this foosball player
00:28
having created a setup, selected a printer and print setting.
00:33
The next step is to generate support,
00:36
navigate to the support group in the toolbar.
00:40
Here
00:40
there are two support options,
00:43
solid volume
00:44
and solid bar support,
00:47
solid volume support is best for supporting large overhanging areas.
00:52
Whereas solid bar support is ideal for
00:54
bodies with small specific overhanging areas,
00:58
select the solid volume support
01:00
and this opens the volume support dialogue
01:04
here,
01:04
select the individual faces that require support.
01:08
Alternatively,
01:09
the whole model can be selected and supports will be generated for
01:12
the faces whose areas fall below the angle defined by the overhang angle
01:18
click. OK, will create a preview of that support structure.
01:22
This looks good
01:23
but those horizontal holes will also need to be supported
01:27
for these features. Navigate back to the supports toolbar group
01:31
and select solid bar support.
01:35
This opens the bar support dialogue and
01:37
from here select those horizontal holes
01:40
leave the rest of the settings as default and click. OK.
01:46
The bars have been generated,
01:48
make sure to notice how the bars generate at an angle down
01:51
from the feature onto the print bed to avoid the body.
01:56
Great. Now the part is fully supported.
01:59
The final stage is to check the print settings,
02:03
right? Click on the print setting and the setup and click, edit
02:08
the print setting. Editor dialogue will open
02:11
navigate to the support tab of the strong body preset.
02:16
Note
02:17
these support settings have been optimized for the volume support.
02:20
So a few edits will be needed to accommodate the bar supports in the print
02:25
here. Set the number of support perimeters to one
02:29
and the number of support bottom layers to three.
02:33
Finally,
02:34
right, click on the strong body preset
02:36
and make this the default.
02:39
This will mean any bodies on the print bed will use the strong body preset.
02:44
Click OK.
02:46
Generate the tall path
02:50
and then simulate
02:53
using the drag arrow,
02:55
check both the body and support tool paths.
03:04
And once happy select post process to generate the print file.