How to estimate printing time from an STL file?Outputting an STL file that contains multiple objects for...
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How to estimate printing time from an STL file?
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My local library has a 3D printer (Lulzbot Mini) for patrons to use. The prints are limited to 4 hours and if I go after work I really only have two hours before the Library closes. The software at the Library will give an estimated time, but I would like to be able to estimate the time before I get there.
Currently I have been creating my designs in TinkerCad and then I export the STL file. From the STL file I can find online estimators that will tell me how much material but nothing that says how long it will take to print.
Is there a way of calculating the estimated printing time from a STL file for a given printer?
stl lulzbot
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Charlie Brumbaugh is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
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add a comment |
$begingroup$
My local library has a 3D printer (Lulzbot Mini) for patrons to use. The prints are limited to 4 hours and if I go after work I really only have two hours before the Library closes. The software at the Library will give an estimated time, but I would like to be able to estimate the time before I get there.
Currently I have been creating my designs in TinkerCad and then I export the STL file. From the STL file I can find online estimators that will tell me how much material but nothing that says how long it will take to print.
Is there a way of calculating the estimated printing time from a STL file for a given printer?
stl lulzbot
New contributor
Charlie Brumbaugh 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 |
$begingroup$
My local library has a 3D printer (Lulzbot Mini) for patrons to use. The prints are limited to 4 hours and if I go after work I really only have two hours before the Library closes. The software at the Library will give an estimated time, but I would like to be able to estimate the time before I get there.
Currently I have been creating my designs in TinkerCad and then I export the STL file. From the STL file I can find online estimators that will tell me how much material but nothing that says how long it will take to print.
Is there a way of calculating the estimated printing time from a STL file for a given printer?
stl lulzbot
New contributor
Charlie Brumbaugh is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
$endgroup$
My local library has a 3D printer (Lulzbot Mini) for patrons to use. The prints are limited to 4 hours and if I go after work I really only have two hours before the Library closes. The software at the Library will give an estimated time, but I would like to be able to estimate the time before I get there.
Currently I have been creating my designs in TinkerCad and then I export the STL file. From the STL file I can find online estimators that will tell me how much material but nothing that says how long it will take to print.
Is there a way of calculating the estimated printing time from a STL file for a given printer?
stl lulzbot
stl lulzbot
New contributor
Charlie Brumbaugh is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
New contributor
Charlie Brumbaugh is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
edited 9 hours ago
0scar♦
16.7k3 gold badges24 silver badges64 bronze badges
16.7k3 gold badges24 silver badges64 bronze badges
New contributor
Charlie Brumbaugh 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
Charlie BrumbaughCharlie Brumbaugh
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1113 bronze badges
New contributor
Charlie Brumbaugh is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
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New contributor
Charlie Brumbaugh is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
add a comment |
add a comment |
1 Answer
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$begingroup$
There is no way to estimate the print time of an STL file directly.
The print time is based on the number of instructions in the g-code file plus the time it takes to move the effector (the hot end) around the build area. The only way to compute that is to know what settings their slicer is using and then slice your stl the way they will; and this is assuming that you have the same slicer software. If you manage to do that, then the slicer software will give you an estimate.
Here is what you would need to do:
Get access to the same slicing software, and obtain a copy of
the profile that they use to slice with. The nozzle diameter, feed
rate, layer height, and infill settings will affect the print time.Import your stl into the sofware and "slice it" There will usually be a large button that is used to generate the g-code. There are quite a few slicers that will output the print time into the text of the g-code. They may also show the print time on the UI during slicing.
alternatively: Email the stl to the staff at the library, and them to generate an estimate for you. They might just do it.
However, that estimate could be incorrect. It will depend on the printer itself. As an example: the time it takes to heat the bed and the hot end is never included in the time estimate the slicer gives.
$endgroup$
$begingroup$
Please expand on how you could do it, because it can be done from an STL, e.g. using specific slicer profiles for the printer and the material. Indeed an estimate will always be an estimate. But, Ultimaker has tuned it down perfectly for their own printers in Ultimaker Cura.
$endgroup$
– 0scar♦
8 hours ago
add a comment |
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1 Answer
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$begingroup$
There is no way to estimate the print time of an STL file directly.
The print time is based on the number of instructions in the g-code file plus the time it takes to move the effector (the hot end) around the build area. The only way to compute that is to know what settings their slicer is using and then slice your stl the way they will; and this is assuming that you have the same slicer software. If you manage to do that, then the slicer software will give you an estimate.
Here is what you would need to do:
Get access to the same slicing software, and obtain a copy of
the profile that they use to slice with. The nozzle diameter, feed
rate, layer height, and infill settings will affect the print time.Import your stl into the sofware and "slice it" There will usually be a large button that is used to generate the g-code. There are quite a few slicers that will output the print time into the text of the g-code. They may also show the print time on the UI during slicing.
alternatively: Email the stl to the staff at the library, and them to generate an estimate for you. They might just do it.
However, that estimate could be incorrect. It will depend on the printer itself. As an example: the time it takes to heat the bed and the hot end is never included in the time estimate the slicer gives.
$endgroup$
$begingroup$
Please expand on how you could do it, because it can be done from an STL, e.g. using specific slicer profiles for the printer and the material. Indeed an estimate will always be an estimate. But, Ultimaker has tuned it down perfectly for their own printers in Ultimaker Cura.
$endgroup$
– 0scar♦
8 hours ago
add a comment |
$begingroup$
There is no way to estimate the print time of an STL file directly.
The print time is based on the number of instructions in the g-code file plus the time it takes to move the effector (the hot end) around the build area. The only way to compute that is to know what settings their slicer is using and then slice your stl the way they will; and this is assuming that you have the same slicer software. If you manage to do that, then the slicer software will give you an estimate.
Here is what you would need to do:
Get access to the same slicing software, and obtain a copy of
the profile that they use to slice with. The nozzle diameter, feed
rate, layer height, and infill settings will affect the print time.Import your stl into the sofware and "slice it" There will usually be a large button that is used to generate the g-code. There are quite a few slicers that will output the print time into the text of the g-code. They may also show the print time on the UI during slicing.
alternatively: Email the stl to the staff at the library, and them to generate an estimate for you. They might just do it.
However, that estimate could be incorrect. It will depend on the printer itself. As an example: the time it takes to heat the bed and the hot end is never included in the time estimate the slicer gives.
$endgroup$
$begingroup$
Please expand on how you could do it, because it can be done from an STL, e.g. using specific slicer profiles for the printer and the material. Indeed an estimate will always be an estimate. But, Ultimaker has tuned it down perfectly for their own printers in Ultimaker Cura.
$endgroup$
– 0scar♦
8 hours ago
add a comment |
$begingroup$
There is no way to estimate the print time of an STL file directly.
The print time is based on the number of instructions in the g-code file plus the time it takes to move the effector (the hot end) around the build area. The only way to compute that is to know what settings their slicer is using and then slice your stl the way they will; and this is assuming that you have the same slicer software. If you manage to do that, then the slicer software will give you an estimate.
Here is what you would need to do:
Get access to the same slicing software, and obtain a copy of
the profile that they use to slice with. The nozzle diameter, feed
rate, layer height, and infill settings will affect the print time.Import your stl into the sofware and "slice it" There will usually be a large button that is used to generate the g-code. There are quite a few slicers that will output the print time into the text of the g-code. They may also show the print time on the UI during slicing.
alternatively: Email the stl to the staff at the library, and them to generate an estimate for you. They might just do it.
However, that estimate could be incorrect. It will depend on the printer itself. As an example: the time it takes to heat the bed and the hot end is never included in the time estimate the slicer gives.
$endgroup$
There is no way to estimate the print time of an STL file directly.
The print time is based on the number of instructions in the g-code file plus the time it takes to move the effector (the hot end) around the build area. The only way to compute that is to know what settings their slicer is using and then slice your stl the way they will; and this is assuming that you have the same slicer software. If you manage to do that, then the slicer software will give you an estimate.
Here is what you would need to do:
Get access to the same slicing software, and obtain a copy of
the profile that they use to slice with. The nozzle diameter, feed
rate, layer height, and infill settings will affect the print time.Import your stl into the sofware and "slice it" There will usually be a large button that is used to generate the g-code. There are quite a few slicers that will output the print time into the text of the g-code. They may also show the print time on the UI during slicing.
alternatively: Email the stl to the staff at the library, and them to generate an estimate for you. They might just do it.
However, that estimate could be incorrect. It will depend on the printer itself. As an example: the time it takes to heat the bed and the hot end is never included in the time estimate the slicer gives.
edited 8 hours ago
0scar♦
16.7k3 gold badges24 silver badges64 bronze badges
16.7k3 gold badges24 silver badges64 bronze badges
answered 9 hours ago
user77232user77232
9251 silver badge9 bronze badges
9251 silver badge9 bronze badges
$begingroup$
Please expand on how you could do it, because it can be done from an STL, e.g. using specific slicer profiles for the printer and the material. Indeed an estimate will always be an estimate. But, Ultimaker has tuned it down perfectly for their own printers in Ultimaker Cura.
$endgroup$
– 0scar♦
8 hours ago
add a comment |
$begingroup$
Please expand on how you could do it, because it can be done from an STL, e.g. using specific slicer profiles for the printer and the material. Indeed an estimate will always be an estimate. But, Ultimaker has tuned it down perfectly for their own printers in Ultimaker Cura.
$endgroup$
– 0scar♦
8 hours ago
$begingroup$
Please expand on how you could do it, because it can be done from an STL, e.g. using specific slicer profiles for the printer and the material. Indeed an estimate will always be an estimate. But, Ultimaker has tuned it down perfectly for their own printers in Ultimaker Cura.
$endgroup$
– 0scar♦
8 hours ago
$begingroup$
Please expand on how you could do it, because it can be done from an STL, e.g. using specific slicer profiles for the printer and the material. Indeed an estimate will always be an estimate. But, Ultimaker has tuned it down perfectly for their own printers in Ultimaker Cura.
$endgroup$
– 0scar♦
8 hours ago
add a comment |
Charlie Brumbaugh is a new contributor. Be nice, and check out our Code of Conduct.
Charlie Brumbaugh is a new contributor. Be nice, and check out our Code of Conduct.
Charlie Brumbaugh is a new contributor. Be nice, and check out our Code of Conduct.
Charlie Brumbaugh is a new contributor. Be nice, and check out our Code of Conduct.
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