Difference between revisions of "3D Printing"
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3D printing is an additive manufacturing process that allows for the creation of real-world, tangible objects from 3D virtual models. MakeICT maintains the following 3D printers: | 3D printing is an additive manufacturing process that allows for the creation of real-world, tangible objects from 3D virtual models. MakeICT maintains the following 3D printers: | ||
| + | *[[Prusa i3 MK4]] | ||
| + | *[[Prusa i3 MK3|Prusa i3 MK3S+]] (x4) | ||
*[[Ultimaker 2]] | *[[Ultimaker 2]] | ||
| − | + | ||
| − | + | The current print status for the Prusa printers can be viewed here: http://3dprintmonitor.makeict.org/ | |
| − | |||
==Machine Access Policy== | ==Machine Access Policy== | ||
| − | Use of the 3D printers requires authorization from an approved peer- | + | Use of the 3D printers requires authorization from an approved peer-authorizer or attendance in a 3D printer workshop that includes authorization. |
*Any member who has been authorized to use the 3D printer may peer-authorize other members | *Any member who has been authorized to use the 3D printer may peer-authorize other members | ||
| − | *Authorization instruction must at least include | + | *Authorization instruction must at least include: |
**Fundamental knowledge of each printer's working principles | **Fundamental knowledge of each printer's working principles | ||
**Proper use and control of each printer | **Proper use and control of each printer | ||
| Line 20: | Line 21: | ||
==Filament Fund== | ==Filament Fund== | ||
| − | Printing with filament provided by MakeICT costs $0.04 per gram. | + | Printing with filament provided by MakeICT costs $0.04 per gram. After printing, please weigh your print using the provided scale and put the appropriate amount of money in the filament fund jar. If you have any requests for new colors/types of filaments, you can post them in the Fab Lab category on [https://talk.makeict.org our forum], or send an email to [mailto:fablab@makeict.org fablab@makeict.org]. |
| + | |||
| + | ==Prusa 3D Printers and Filament Types== | ||
| + | Review this guide for best practices when using different filament types with MakeICT's Prusa printers: [[MakeICT Prusa 3D Printers and Filament Types]] | ||
==Workflow== | ==Workflow== | ||
| Line 26: | Line 30: | ||
Slicing is the process of converting an STL file to the G-Code required to run the printer. | Slicing is the process of converting an STL file to the G-Code required to run the printer. | ||
| − | We use PrusaSlicer to generate the G-Code for our printers. The design computer in the Fab Lab has the appropriate profiles installed, as well as laptops | + | We use PrusaSlicer to generate the G-Code for our printers. The design computer in the Fab Lab has the appropriate profiles installed, as well as all MakeICT laptops. These profiles are also available on the [[Slicer Profiles]] page on this Wiki if you want to install them on your own computer. |
To generate the G-Code for a 3D printer, first select the appropriate printer in the 'Printer' dropdown in the upper right-hand side of Plater window. Then select the preset for the material you wish to use. To load your file click the 'Add' button on the left-hand side of the toolbar at the top of the 3D Editor view. You can also go to 'File' > 'Import' > 'Import STL/OBJ/AMF/3MF' or use the hotkey 'Ctrl + i'. PrusaSlicer should automatically slice the file in the background, and progress will be displayed in the lower right-hand corner of the window. | To generate the G-Code for a 3D printer, first select the appropriate printer in the 'Printer' dropdown in the upper right-hand side of Plater window. Then select the preset for the material you wish to use. To load your file click the 'Add' button on the left-hand side of the toolbar at the top of the 3D Editor view. You can also go to 'File' > 'Import' > 'Import STL/OBJ/AMF/3MF' or use the hotkey 'Ctrl + i'. PrusaSlicer should automatically slice the file in the background, and progress will be displayed in the lower right-hand corner of the window. | ||
| Line 39: | Line 43: | ||
The printers can be reached at the following addresses while connected to the network at MakeICT: | The printers can be reached at the following addresses while connected to the network at MakeICT: | ||
| − | * | + | *Prusa 1 (Prusa i3 MK3S+) [http://prusa1.makeict.org prusa1.makeict.org] |
| − | * | + | *Prusa 2 (Prusa i3 MK3S+) [http://prusa2.makeict.org prusa2.makeict.org] |
| − | * | + | *Prusa 3 (Prusa i3 MK3S+) [http://prusa3.makeict.org prusa3.makeict.org] |
| − | *Prusa i3 | + | *Prusa 4 (Prusa i3 MK3S+) [http://prusa4.makeict.org prusa4.makeict.org] |
| + | *Prusa 5 (Prusa i3 MK4) [http://prusa5.makeict.org prusa5.makeict.org] | ||
| + | *Ultimaker 2 [http://ultimaker.makeict.org ultimaker.makeict.org] | ||
To run a print: select your file and click the print button. | To run a print: select your file and click the print button. | ||
===Changing Filament=== | ===Changing Filament=== | ||
| − | The process for changing filament | + | The process for changing filament varies slightly between the Prusas and the rest of the printers, but all of them use the filament change menus on the LCD control panel. Wiki Page for the specific printer may have more details on the filament change process if needed. |
==General Use Tips== | ==General Use Tips== | ||
| − | *Always watch the first layer of a print to make sure that it sticks to the bed properly. | + | *'''Always''' watch the first layer of a print to make sure that it sticks to the bed properly. |
| + | **If the first layer does not adhere properly the print will fail and make a big mess, potentially damaging the machine. | ||
| − | *Check material before starting a print. | + | *Check material before starting a print. Make sure it is the correct type, and that there is enough to complete the print. |
| − | *When your print is finished, do not immediately turn off the power; wait until the nozzle has cooled. | + | *When your print is finished, do not immediately turn off the power; wait until the nozzle has cooled. All of our printers have actively-cooled heatsinks on their hotends, and if power is cut before the nozzle is cool the filament can melt higher up than intended and cause a jam. |
| − | *Be careful when removing prints. | + | *Be careful when removing prints. The glass beds are fairly durable, but can be cracked with excessive force. '''No hammers, mallets, or other bludgeoning devices are to be used for print removal!''' |
*G-Code files generated for one printer should never be used on another. Re-run the slicer with the appropriate profiles for the machine that is being used | *G-Code files generated for one printer should never be used on another. Re-run the slicer with the appropriate profiles for the machine that is being used | ||
*Abrasive materials (carbon, metal, glow-in-the-dark, etc.) require hardened nozzles to print. '''DO NOT''' print any abrasives with the regular brass nozzles! | *Abrasive materials (carbon, metal, glow-in-the-dark, etc.) require hardened nozzles to print. '''DO NOT''' print any abrasives with the regular brass nozzles! | ||
| + | *'''NEVER''' use metal scrapers to remove prints from the Prusa printers. You will damage the print surface. Remove the spring steel sheet and bend it to detach printed objects from the surface. | ||
| − | == | + | ==Resources== |
*Slides for 3D Printing Basics Class | *Slides for 3D Printing Basics Class | ||
| Line 73: | Line 81: | ||
*A list of some of the 3D design software we use at MakeICT | *A list of some of the 3D design software we use at MakeICT | ||
**[[3d_Design_Software|3D_Design_Software]] | **[[3d_Design_Software|3D_Design_Software]] | ||
| − | + | *Print Status Page: | |
| − | + | **http://3dprintmonitor.makeict.org/ | |
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Latest revision as of 13:24, 21 April 2024
Contents
About
3D printing is an additive manufacturing process that allows for the creation of real-world, tangible objects from 3D virtual models. MakeICT maintains the following 3D printers:
The current print status for the Prusa printers can be viewed here: http://3dprintmonitor.makeict.org/
Machine Access Policy
Use of the 3D printers requires authorization from an approved peer-authorizer or attendance in a 3D printer workshop that includes authorization.
- Any member who has been authorized to use the 3D printer may peer-authorize other members
- Authorization instruction must at least include:
- Fundamental knowledge of each printer's working principles
- Proper use and control of each printer
- Software workflow
- How to change filament
- How to pay for material
Filament Fund
Printing with filament provided by MakeICT costs $0.04 per gram. After printing, please weigh your print using the provided scale and put the appropriate amount of money in the filament fund jar. If you have any requests for new colors/types of filaments, you can post them in the Fab Lab category on our forum, or send an email to fablab@makeict.org.
Prusa 3D Printers and Filament Types
Review this guide for best practices when using different filament types with MakeICT's Prusa printers: MakeICT Prusa 3D Printers and Filament Types
Workflow
Slicing
Slicing is the process of converting an STL file to the G-Code required to run the printer.
We use PrusaSlicer to generate the G-Code for our printers. The design computer in the Fab Lab has the appropriate profiles installed, as well as all MakeICT laptops. These profiles are also available on the Slicer Profiles page on this Wiki if you want to install them on your own computer.
To generate the G-Code for a 3D printer, first select the appropriate printer in the 'Printer' dropdown in the upper right-hand side of Plater window. Then select the preset for the material you wish to use. To load your file click the 'Add' button on the left-hand side of the toolbar at the top of the 3D Editor view. You can also go to 'File' > 'Import' > 'Import STL/OBJ/AMF/3MF' or use the hotkey 'Ctrl + i'. PrusaSlicer should automatically slice the file in the background, and progress will be displayed in the lower right-hand corner of the window.
Before you send you G-Code, always check the preview by clicking the second icon in the bottom left corner of the screen. Once you've confirmed that everything looks good, hit the 'Send G-code' button near the bottom right 3D Editor view.
G-Code generated for one machine WILL NOT work properly on the others, so if you manually save the G-code, be sure that you only use it on the printer that it was originally sliced for. This info can be found in the G-code file if you forget.
Printing
Each printer can be run using Octoprint. More thorough instructions on this interface can be found on the Octoprint page. The username and password are 'maker'.
The printers can be reached at the following addresses while connected to the network at MakeICT:
- Prusa 1 (Prusa i3 MK3S+) prusa1.makeict.org
- Prusa 2 (Prusa i3 MK3S+) prusa2.makeict.org
- Prusa 3 (Prusa i3 MK3S+) prusa3.makeict.org
- Prusa 4 (Prusa i3 MK3S+) prusa4.makeict.org
- Prusa 5 (Prusa i3 MK4) prusa5.makeict.org
- Ultimaker 2 ultimaker.makeict.org
To run a print: select your file and click the print button.
Changing Filament
The process for changing filament varies slightly between the Prusas and the rest of the printers, but all of them use the filament change menus on the LCD control panel. Wiki Page for the specific printer may have more details on the filament change process if needed.
General Use Tips
- Always watch the first layer of a print to make sure that it sticks to the bed properly.
- If the first layer does not adhere properly the print will fail and make a big mess, potentially damaging the machine.
- Check material before starting a print. Make sure it is the correct type, and that there is enough to complete the print.
- When your print is finished, do not immediately turn off the power; wait until the nozzle has cooled. All of our printers have actively-cooled heatsinks on their hotends, and if power is cut before the nozzle is cool the filament can melt higher up than intended and cause a jam.
- Be careful when removing prints. The glass beds are fairly durable, but can be cracked with excessive force. No hammers, mallets, or other bludgeoning devices are to be used for print removal!
- G-Code files generated for one printer should never be used on another. Re-run the slicer with the appropriate profiles for the machine that is being used
- Abrasive materials (carbon, metal, glow-in-the-dark, etc.) require hardened nozzles to print. DO NOT print any abrasives with the regular brass nozzles!
- NEVER use metal scrapers to remove prints from the Prusa printers. You will damage the print surface. Remove the spring steel sheet and bend it to detach printed objects from the surface.
Resources
- Slides for 3D Printing Basics Class
- Example files for 3D Printing Basics Class
- Descriptions of the various G-Codes used to run the printers can be found here:
- A list of some of the 3D design software we use at MakeICT
- Print Status Page:
