Improving triangulation on AutoCAD-generated stl filesAny fix for PLA prints getting more brittle over...
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Improving triangulation on AutoCAD-generated stl files
Any fix for PLA prints getting more brittle over time?Getting started: shell passes not fusing in x/y, and a slanted wavy pattern on vertical wallsIs it possible to use Three.js to determine the wall thickness of an STL file?Makerbot Replicator (5th generation) poor print quality
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In regards to a part that I'm having printed remotely (by two processes:- stereolithography and laser sintering), I've been advised by the 3d printing company that 'the triangulation of the file is rather rough'.
In this particular instance, it probably doesn't matter, but for the future, are there any tips to improving 'triangulation' when generating forms in AutoCAD?
print-quality autodesk
New contributor
Strawberry is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
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add a comment |
$begingroup$
In regards to a part that I'm having printed remotely (by two processes:- stereolithography and laser sintering), I've been advised by the 3d printing company that 'the triangulation of the file is rather rough'.
In this particular instance, it probably doesn't matter, but for the future, are there any tips to improving 'triangulation' when generating forms in AutoCAD?
print-quality autodesk
New contributor
Strawberry is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
$endgroup$
add a comment |
$begingroup$
In regards to a part that I'm having printed remotely (by two processes:- stereolithography and laser sintering), I've been advised by the 3d printing company that 'the triangulation of the file is rather rough'.
In this particular instance, it probably doesn't matter, but for the future, are there any tips to improving 'triangulation' when generating forms in AutoCAD?
print-quality autodesk
New contributor
Strawberry is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
$endgroup$
In regards to a part that I'm having printed remotely (by two processes:- stereolithography and laser sintering), I've been advised by the 3d printing company that 'the triangulation of the file is rather rough'.
In this particular instance, it probably doesn't matter, but for the future, are there any tips to improving 'triangulation' when generating forms in AutoCAD?
print-quality autodesk
print-quality autodesk
New contributor
Strawberry is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
New contributor
Strawberry is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
New contributor
Strawberry is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
asked 9 hours ago
StrawberryStrawberry
1163
1163
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2 Answers
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$begingroup$
The phrase "triangulation of the file is rather rough" is somewhat vague, but one can interpret it to mean that the surface is what is considered "low poly" in the 3D modeling world.

From Thingiverse, this low poly fox shows an intentionally reduced poly surface. I'm not suggesting that your models appear this distorted, but it may give a hint to what the service is referencing.
Consider to load your model into a program such as Meshmixer, which will show you the triangles in 'W'ireframe mode. If there are few triangles over a surface, you can get the aforementioned effect.
Meshmixer also allows you to increase the mesh count, possibly improving the surface and satisfying the requirements of the printing service.
$endgroup$
add a comment |
$begingroup$
Most CAD tools generate quite low-res triangulations. The ideal solution is to avoid using the CAD tool to generate them. For example, if the print shop can accept your CAD files directly, they may have other software that can triangulate them. For example, if the shop uses GrabCAD Print to slice your parts, that software can open CAD files directly, and produce much better triangulations than exporting from the CAD software. (In this case they won't be using GCP, which doesn't support the print technologies you mention, but it's just an example: some other vendors' tools have the same functionality.)
If you don't wish to send your original CAD parts, check if your tool can export Parasolid files (.x_t or .x_b). They contain the original boundary representation your CAD tool uses to represent geometry, but not the feature structure, constraints, or design intent.
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2 Answers
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2 Answers
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$begingroup$
The phrase "triangulation of the file is rather rough" is somewhat vague, but one can interpret it to mean that the surface is what is considered "low poly" in the 3D modeling world.

From Thingiverse, this low poly fox shows an intentionally reduced poly surface. I'm not suggesting that your models appear this distorted, but it may give a hint to what the service is referencing.
Consider to load your model into a program such as Meshmixer, which will show you the triangles in 'W'ireframe mode. If there are few triangles over a surface, you can get the aforementioned effect.
Meshmixer also allows you to increase the mesh count, possibly improving the surface and satisfying the requirements of the printing service.
$endgroup$
add a comment |
$begingroup$
The phrase "triangulation of the file is rather rough" is somewhat vague, but one can interpret it to mean that the surface is what is considered "low poly" in the 3D modeling world.

From Thingiverse, this low poly fox shows an intentionally reduced poly surface. I'm not suggesting that your models appear this distorted, but it may give a hint to what the service is referencing.
Consider to load your model into a program such as Meshmixer, which will show you the triangles in 'W'ireframe mode. If there are few triangles over a surface, you can get the aforementioned effect.
Meshmixer also allows you to increase the mesh count, possibly improving the surface and satisfying the requirements of the printing service.
$endgroup$
add a comment |
$begingroup$
The phrase "triangulation of the file is rather rough" is somewhat vague, but one can interpret it to mean that the surface is what is considered "low poly" in the 3D modeling world.

From Thingiverse, this low poly fox shows an intentionally reduced poly surface. I'm not suggesting that your models appear this distorted, but it may give a hint to what the service is referencing.
Consider to load your model into a program such as Meshmixer, which will show you the triangles in 'W'ireframe mode. If there are few triangles over a surface, you can get the aforementioned effect.
Meshmixer also allows you to increase the mesh count, possibly improving the surface and satisfying the requirements of the printing service.
$endgroup$
The phrase "triangulation of the file is rather rough" is somewhat vague, but one can interpret it to mean that the surface is what is considered "low poly" in the 3D modeling world.

From Thingiverse, this low poly fox shows an intentionally reduced poly surface. I'm not suggesting that your models appear this distorted, but it may give a hint to what the service is referencing.
Consider to load your model into a program such as Meshmixer, which will show you the triangles in 'W'ireframe mode. If there are few triangles over a surface, you can get the aforementioned effect.
Meshmixer also allows you to increase the mesh count, possibly improving the surface and satisfying the requirements of the printing service.
answered 9 hours ago
fred_dot_ufred_dot_u
5,8391621
5,8391621
add a comment |
add a comment |
$begingroup$
Most CAD tools generate quite low-res triangulations. The ideal solution is to avoid using the CAD tool to generate them. For example, if the print shop can accept your CAD files directly, they may have other software that can triangulate them. For example, if the shop uses GrabCAD Print to slice your parts, that software can open CAD files directly, and produce much better triangulations than exporting from the CAD software. (In this case they won't be using GCP, which doesn't support the print technologies you mention, but it's just an example: some other vendors' tools have the same functionality.)
If you don't wish to send your original CAD parts, check if your tool can export Parasolid files (.x_t or .x_b). They contain the original boundary representation your CAD tool uses to represent geometry, but not the feature structure, constraints, or design intent.
$endgroup$
add a comment |
$begingroup$
Most CAD tools generate quite low-res triangulations. The ideal solution is to avoid using the CAD tool to generate them. For example, if the print shop can accept your CAD files directly, they may have other software that can triangulate them. For example, if the shop uses GrabCAD Print to slice your parts, that software can open CAD files directly, and produce much better triangulations than exporting from the CAD software. (In this case they won't be using GCP, which doesn't support the print technologies you mention, but it's just an example: some other vendors' tools have the same functionality.)
If you don't wish to send your original CAD parts, check if your tool can export Parasolid files (.x_t or .x_b). They contain the original boundary representation your CAD tool uses to represent geometry, but not the feature structure, constraints, or design intent.
$endgroup$
add a comment |
$begingroup$
Most CAD tools generate quite low-res triangulations. The ideal solution is to avoid using the CAD tool to generate them. For example, if the print shop can accept your CAD files directly, they may have other software that can triangulate them. For example, if the shop uses GrabCAD Print to slice your parts, that software can open CAD files directly, and produce much better triangulations than exporting from the CAD software. (In this case they won't be using GCP, which doesn't support the print technologies you mention, but it's just an example: some other vendors' tools have the same functionality.)
If you don't wish to send your original CAD parts, check if your tool can export Parasolid files (.x_t or .x_b). They contain the original boundary representation your CAD tool uses to represent geometry, but not the feature structure, constraints, or design intent.
$endgroup$
Most CAD tools generate quite low-res triangulations. The ideal solution is to avoid using the CAD tool to generate them. For example, if the print shop can accept your CAD files directly, they may have other software that can triangulate them. For example, if the shop uses GrabCAD Print to slice your parts, that software can open CAD files directly, and produce much better triangulations than exporting from the CAD software. (In this case they won't be using GCP, which doesn't support the print technologies you mention, but it's just an example: some other vendors' tools have the same functionality.)
If you don't wish to send your original CAD parts, check if your tool can export Parasolid files (.x_t or .x_b). They contain the original boundary representation your CAD tool uses to represent geometry, but not the feature structure, constraints, or design intent.
answered 8 hours ago
Dan HulmeDan Hulme
330115
330115
add a comment |
add a comment |
Strawberry is a new contributor. Be nice, and check out our Code of Conduct.
Strawberry is a new contributor. Be nice, and check out our Code of Conduct.
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