MakeICT Wiki - User contributions [en]

File:PrusaSlicer config bundle.ini

2024-04-27T17:41:29Z

Gemma Blackburn:

Updated config files - 4/27/24

FabLab Area

2024-04-22T21:12:04Z

Gemma Blackburn: /* Equipment List */

==General Information==
MakeICT's FabLab is an open area dedicated to fabrication and rapid prototyping. Members can test ideas and concepts before moving on to more expensive materials or processes, or simply enjoy the creative process of making.

If you have any issues with FabLab equipment, please e-mail [mailto:fablab@makeict.org fablab@makeict.org].

[[FabLab Area Meetings]]

 

==Access Policy==
{{:FabLab_Access_Policy}}

==FabLab Area Safety==

#Do not use any machine you are not trained on and comfortable using. If at any time you are unsure of what you are doing, stop immediately and ask for help on the [https://talk.makeict.org MakeICT forum] or email [mailto:fablab@makeict.org fablab@makeict.org].
#Do not use any machine that is not in good working order. Stop, unplug and leave a note on the machine and notify [mailto:fablab@makeict.org FabLab leadership].
#Never assume a tool is properly adjusted; always check the tool prior to use.
#Never modify or hack any equipment.
#If something is wrong, leave a note in an obvious place on the troubled equipment and e-mail [mailto:fablab@makeict.org fablab@makeict.org].

==Equipment List==
<onlyinclude>
{| class="wikitable sortable"
|-
!Picture
!What
!Manufacturer
!Model
!Status
!Resources
|-
|[[File:Laser_cutter.jpg|200px]]
|[[Laser Cutter]]
|Rabbit Laser
|[[Laser Cutter|QX1290]]
|Operational
|
MakeICT resources

*[[Laser Cutter]]

External resources

*[http://www.rabbitlaserusa.com/ManualsTutorials.html Manuals]
*[http://www.rabbitlaserusa.com/laser_RL1290.html QX1290 Specs]

|-
|[[File:Laser_cutter.jpg|200px]]
|[[Laser Cutter]]
|Rabbit Laser
|[[Laser Cutter|QX1290]]
|Operational
|
MakeICT resources

*[[Laser Cutter]]

External resources

*[http://www.rabbitlaserusa.com/ManualsTutorials.html Manuals]
*[http://www.rabbitlaserusa.com/laser_RL1290.html QX1290 Specs]

External resources
|-
|[[File:MK4 print.jpg|left|200x200px|alt=]]
|[[3D Printer]]
|Prusa3D
|i3 MK4
|Operational
|MakeICT resources

*[[Prusa i3 MK4]]
|-
|[[File:Original-prusa-i3-mk3s-3d-printer.jpg|200x200px]]
|[[3D Printer]]
|Prusa3D
|i3 Mk3S+
|Operational
|MakeICT resources

*[[Prusa i3 MK3]]
|-
|[[File:Original-prusa-i3-mk3s-3d-printer.jpg|200x200px]]
|[[3D Printer]]
|Prusa3D
|i3 Mk3S+
|Operational
|MakeICT resources

*[[Prusa i3 MK3]]
|-
|[[File:Original-prusa-i3-mk3s-3d-printer.jpg|200x200px]]
|[[3D Printer]]
|Prusa3D
|i3 Mk3S+
|Operational
|MakeICT resources

*[[Prusa i3 MK3]]

|-
|[[File:Original-prusa-i3-mk3s-3d-printer.jpg|200x200px]]
|[[3D Printer]]
|Prusa3D
|i3 Mk3S+
|Operational
|MakeICT resources

*[[Prusa i3 MK3]]
|-
|[[File:Ultimaker II.jpeg|200px]]
|[[3D Printer]]
|Ultimaker
|[[Ultimaker 2]]
|Operational
|
MakeICT resources

*[[Ultimaker 2]]

External resources

*[https://ultimaker.com/en/support/ultimaker-3d-printers/ultimaker-2 Overview]
*[https://ultimaker.com/en/products/ultimaker-2#specifications Specs]
*[http://support.3dverkstan.se/article/23-a-visual-ultimaker-troubleshooting-guide Troubleshooting]
|-
|[[File:Graphtec_fc2200.gif|200px]]
|[[Vinyl Cutting And Plotting|Graphtec Plotter/Vinyl Cutter]]
|Graphtec
|[[Graphtec_FC2200-90/EX|Graphtec_FC2200-90/EX]]
|Operational
|
*[[Graphtec FC2200-90/EX|Graphtec Plotter]]
|-
|[[File:Lbm.jpg|alt=Little Blue Mill|left|180x180px]]
|CNC Mini Milling Machine
|Originally Sherline
|Little Blue Mill
|Operational
|[[Little Blue Mill]]
|-
|[[File:Foam-Cutter.jpg|200px]]
|[[Foam Cutter]]
|[[User:Tom McGuire|Tom McGuire]]
|[[Foam Cutting Machine]]
|Needs Maintenance
|
*[[Foam Cutting Machine]]
|-
|[[File:VacuumFormer.jpg|alt=Vacuum former|left|200x200px]]
|[[Vacuum Former]]
|Industrial Arts Supply Co.
|Nichols model 10-B Therm-O-Vac
|Operational
|
MakeICT resources

*[[Vacuum Former]]
|-
|[[File:Xbox-kinect.jpg|200px]]
|[[Kinect Scanner]]
|Microsoft
|[[Kinect]]
|Operational
|
*[[Kinect Scanner]]
|-
|
|[[Turntable for Kinect]]
|[[User:James Lancaster|James Lancaster]]
|[[Turntable]]
|Operational
|
*[[Kinect Scanner]]
|-
|[[File:PlasticInjection.jpg|alt=Plastic injection molding machine|left|200x200px]]
|Plastic Injection Molding Machine
|
|
|Needs tested
|MakeICT resources
|-
|
|[[Plotter]]
|
|[[HP Designjet 1050C Plus]]
|Unknown
|
MakeICT resources

|-
|
|CNC Mini Mill
|Sherline
|Black Sherline Mill
|Needs repaired
|[[Sherline_CNC_Mill]]
|-
|
|CNC Mini Lathe
|Emco
|Emco Lathe
|Needs repaired and setup
|
|}
</onlyinclude>

==Retired Equipment==
<onlyinclude>
{| class="wikitable sortable"
|-
!Picture
!What
!Manufacturer
!Model
!Status
!Resources
|-
|[[File:Reprap Mendel Prusa.jpg|200px]]
|[[3D Printer]]
|[[User:James Lancaster|James Lancaster]]
|[[RepRap Prusa Mendel]]
|Retired
|
MakeICT resources
External resources

*[http://reprap.org/wiki/Prusa_Mendel_(iteration_2) RepRap.org source]
*
|-
|
|CNC Router
|Probotix
|Fireball V90
|Retired
|[[V90]]
|-
|[[File:Rostock_Max_V2.jpeg|200px]]
|[[3D Printer]]
|SeeMeCNC
|[[Rostock Max V2]]
|Retired!
|
MakeICT resources

*[[Rostock Max V2]]
|-
|[[File:Creality-cr10s.jpg|200x200px]]
|[[3D Printer]]
|Creality3D
|CR-10s
|Retired
|MakeICT resources

*[[Creality CR-10S]]

|}
</onlyinclude>
[[Category:Areas]]

FabLab Area

2024-04-22T21:09:34Z

Gemma Blackburn: /* Equipment List */

==General Information==
MakeICT's FabLab is an open area dedicated to fabrication and rapid prototyping. Members can test ideas and concepts before moving on to more expensive materials or processes, or simply enjoy the creative process of making.

If you have any issues with FabLab equipment, please e-mail [mailto:fablab@makeict.org fablab@makeict.org].

[[FabLab Area Meetings]]

 

==Access Policy==
{{:FabLab_Access_Policy}}

==FabLab Area Safety==

#Do not use any machine you are not trained on and comfortable using. If at any time you are unsure of what you are doing, stop immediately and ask for help on the [https://talk.makeict.org MakeICT forum] or email [mailto:fablab@makeict.org fablab@makeict.org].
#Do not use any machine that is not in good working order. Stop, unplug and leave a note on the machine and notify [mailto:fablab@makeict.org FabLab leadership].
#Never assume a tool is properly adjusted; always check the tool prior to use.
#Never modify or hack any equipment.
#If something is wrong, leave a note in an obvious place on the troubled equipment and e-mail [mailto:fablab@makeict.org fablab@makeict.org].

==Equipment List==
<onlyinclude>
{| class="wikitable sortable"
|-
!Picture
!What
!Manufacturer
!Model
!Status
!Resources
|-
|[[File:Laser_cutter.jpg|200px]]
|[[Laser Cutter]]
|Rabbit Laser
|[[Laser Cutter|QX1290]]
|Operational
|
MakeICT resources

*[[Laser Cutter]]

External resources

*[http://www.rabbitlaserusa.com/ManualsTutorials.html Manuals]
*[http://www.rabbitlaserusa.com/laser_RL1290.html QX1290 Specs]

|-
|[[File:Laser_cutter.jpg|200px]]
|[[Laser Cutter]]
|Rabbit Laser
|[[Laser Cutter|QX1290]]
|Operational
|
MakeICT resources

*[[Laser Cutter]]

External resources

*[http://www.rabbitlaserusa.com/ManualsTutorials.html Manuals]
*[http://www.rabbitlaserusa.com/laser_RL1290.html QX1290 Specs]

External resources
|-
|[[File:MK4 print.jpg|left|200x200px|alt=]]
|[[3D Printer]]
|Prusa3D
|i3 MK4
|Operational
|MakeICT resources

*[[Prusa i3 MK4]]
|-
|[[File:Original-prusa-i3-mk3s-3d-printer.jpg|200x200px]]
|[[3D Printer]]
|Prusa3D
|i3 Mk3S+
|Operational
|MakeICT resources

*[[Prusa i3 MK3]]
|-
|[[File:Original-prusa-i3-mk3s-3d-printer.jpg|200x200px]]
|[[3D Printer]]
|Prusa3D
|i3 Mk3S+
|Operational
|MakeICT resources

*[[Prusa i3 MK3]]
|-
|[[File:Original-prusa-i3-mk3s-3d-printer.jpg|200x200px]]
|[[3D Printer]]
|Prusa3D
|i3 Mk3S+
|Operational
|MakeICT resources

*[[Prusa i3 MK3]]

|-
|[[File:Original-prusa-i3-mk3s-3d-printer.jpg|200x200px]]
|[[3D Printer]]
|Prusa3D
|i3 Mk3S+
|Operational
|MakeICT resources

*[[Prusa i3 MK3]]
|-
|[[File:Ultimaker II.jpeg|200px]]
|[[3D Printer]]
|Ultimaker
|[[Ultimaker 2]]
|Operational
|
MakeICT resources

*[[Ultimaker 2]]

External resources

*[https://ultimaker.com/en/support/ultimaker-3d-printers/ultimaker-2 Overview]
*[https://ultimaker.com/en/products/ultimaker-2#specifications Specs]
*[http://support.3dverkstan.se/article/23-a-visual-ultimaker-troubleshooting-guide Troubleshooting]
|-
|[[File:Graphtec_fc2200.gif|200px]]
|[[Vinyl Cutting And Plotting|Graphtec Plotter/Vinyl Cutter]]
|Graphtec
|[[Graphtec_FC2200-90/EX|Graphtec_FC2200-90/EX]]
|Operational
|
*[[Graphtec FC2200-90/EX|Graphtec Plotter]]
|-
|[[File:Lbm.jpg|alt=Little Blue Mill|left|180x180px]]
|[[Little Blue Mill]]
|Originally Sherline
|Little Blue Mill
|Operational
|[[Little Blue Mill]]
|-
|[[File:Foam-Cutter.jpg|200px]]
|[[Foam Cutter]]
|[[User:Tom McGuire|Tom McGuire]]
|[[Foam Cutting Machine]]
|Needs Maintenance
|
*[[Foam Cutting Machine]]
|-
|[[File:VacuumFormer.jpg|alt=Vacuum former|left|200x200px]]
|[[Vacuum Former]]
|Industrial Arts Supply Co.
|Nichols model 10-B Therm-O-Vac
|Operational
|
MakeICT resources

*[[Vacuum Former]]
|-
|[[File:Xbox-kinect.jpg|200px]]
|[[Kinect Scanner]]
|Microsoft
|[[Kinect]]
|Operational
|
*[[Kinect Scanner]]
|-
|
|[[Turntable for Kinect]]
|[[User:James Lancaster|James Lancaster]]
|[[Turntable]]
|Operational
|
*[[Kinect Scanner]]
|-
|[[File:PlasticInjection.jpg|alt=Plastic injection molding machine|left|200x200px]]
|Plastic Injection Molding Machine
|
|
|Needs tested
|MakeICT resources
|-
|
|[[Plotter]]
|
|[[HP Designjet 1050C Plus]]
|Unknown
|
MakeICT resources

|-
|
|CNC Mini Mill
|Sherline
|Black Sherline Mill
|Needs repaired
|[[Sherline_CNC_Mill]]
|-
|
|CNC Mini Lathe
|Emco
|Emco Lathe
|Needs repaired and setup
|
|}
</onlyinclude>

==Retired Equipment==
<onlyinclude>
{| class="wikitable sortable"
|-
!Picture
!What
!Manufacturer
!Model
!Status
!Resources
|-
|[[File:Reprap Mendel Prusa.jpg|200px]]
|[[3D Printer]]
|[[User:James Lancaster|James Lancaster]]
|[[RepRap Prusa Mendel]]
|Retired
|
MakeICT resources
External resources

*[http://reprap.org/wiki/Prusa_Mendel_(iteration_2) RepRap.org source]
*
|-
|
|CNC Router
|Probotix
|Fireball V90
|Retired
|[[V90]]
|-
|[[File:Rostock_Max_V2.jpeg|200px]]
|[[3D Printer]]
|SeeMeCNC
|[[Rostock Max V2]]
|Retired!
|
MakeICT resources

*[[Rostock Max V2]]
|-
|[[File:Creality-cr10s.jpg|200x200px]]
|[[3D Printer]]
|Creality3D
|CR-10s
|Retired
|MakeICT resources

*[[Creality CR-10S]]

|}
</onlyinclude>
[[Category:Areas]]

FabLab Area

2024-04-22T14:10:08Z

Gemma Blackburn: /* Equipment List */

==General Information==
MakeICT's FabLab is an open area dedicated to fabrication and rapid prototyping. Members can test ideas and concepts before moving on to more expensive materials or processes, or simply enjoy the creative process of making.

If you have any issues with FabLab equipment, please e-mail [mailto:fablab@makeict.org fablab@makeict.org].

[[FabLab Area Meetings]]

 

==Access Policy==
{{:FabLab_Access_Policy}}

==FabLab Area Safety==

#Do not use any machine you are not trained on and comfortable using. If at any time you are unsure of what you are doing, stop immediately and ask for help on the [https://talk.makeict.org MakeICT forum] or email [mailto:fablab@makeict.org fablab@makeict.org].
#Do not use any machine that is not in good working order. Stop, unplug and leave a note on the machine and notify [mailto:fablab@makeict.org FabLab leadership].
#Never assume a tool is properly adjusted; always check the tool prior to use.
#Never modify or hack any equipment.
#If something is wrong, leave a note in an obvious place on the troubled equipment and e-mail [mailto:fablab@makeict.org fablab@makeict.org].

==Equipment List==
<onlyinclude>
{| class="wikitable sortable"
|-
!Picture
!What
!Manufacturer
!Model
!Status
!Resources
|-
|[[File:Laser_cutter.jpg|200px]]
|[[Laser Cutter]]
|Rabbit Laser
|[[Laser Cutter|QX1290]]
|Operational
|
MakeICT resources

*[[Laser Cutter]]

External resources

*[http://www.rabbitlaserusa.com/ManualsTutorials.html Manuals]
*[http://www.rabbitlaserusa.com/laser_RL1290.html QX1290 Specs]

|-
|[[File:Laser_cutter.jpg|200px]]
|[[Laser Cutter]]
|Rabbit Laser
|[[Laser Cutter|QX1290]]
|Operational
|
MakeICT resources

*[[Laser Cutter]]

External resources

*[http://www.rabbitlaserusa.com/ManualsTutorials.html Manuals]
*[http://www.rabbitlaserusa.com/laser_RL1290.html QX1290 Specs]

External resources
|-
|[[File:MK4 print.jpg|left|200x200px|alt=]]
|[[3D Printer]]
|Prusa3D
|i3 MK4
|Operational
|MakeICT resources

*[[Prusa i3 MK4]]
|-
|[[File:Original-prusa-i3-mk3s-3d-printer.jpg|200x200px]]
|[[3D Printer]]
|Prusa3D
|i3 Mk3S+
|Operational
|MakeICT resources

*[[Prusa i3 MK3]]
|-
|[[File:Original-prusa-i3-mk3s-3d-printer.jpg|200x200px]]
|[[3D Printer]]
|Prusa3D
|i3 Mk3S+
|Operational
|MakeICT resources

*[[Prusa i3 MK3]]
|-
|[[File:Original-prusa-i3-mk3s-3d-printer.jpg|200x200px]]
|[[3D Printer]]
|Prusa3D
|i3 Mk3S+
|Operational
|MakeICT resources

*[[Prusa i3 MK3]]

|-
|[[File:Original-prusa-i3-mk3s-3d-printer.jpg|200x200px]]
|[[3D Printer]]
|Prusa3D
|i3 Mk3S+
|Operational
|MakeICT resources

*[[Prusa i3 MK3]]
|-
|
|
|
|
|
|
|-
|[[File:Ultimaker II.jpeg|200px]]
|[[3D Printer]]
|Ultimaker
|[[Ultimaker 2]]
|Needs Repair
|
MakeICT resources

*[[Ultimaker 2]]

External resources

*[https://ultimaker.com/en/support/ultimaker-3d-printers/ultimaker-2 Overview]
*[https://ultimaker.com/en/products/ultimaker-2#specifications Specs]
*[http://support.3dverkstan.se/article/23-a-visual-ultimaker-troubleshooting-guide Troubleshooting]
|-
|[[File:Graphtec_fc2200.gif|200px]]
|[[Vinyl Cutting And Plotting|Graphtec Plotter/Vinyl Cutter]]
|Graphtec
|[[Graphtec_FC2200-90/EX|Graphtec_FC2200-90/EX]]
|Operational
|
*[[Graphtec FC2200-90/EX|Graphtec Plotter]]
|-
|[[File:Lbm.jpg|alt=Little Blue Mill|left|180x180px]]
|[[Little Blue Mill]]
|Originally Sherline
|Little Blue Mill
|Operational
|[[Little Blue Mill]]
|-
|[[File:Foam-Cutter.jpg|200px]]
|[[Foam Cutter]]
|[[User:Tom McGuire|Tom McGuire]]
|[[Foam Cutting Machine]]
|Needs Maintenance
|
*[[Foam Cutting Machine]]
|-
|[[File:VacuumFormer.jpg|alt=Vacuum former|left|200x200px]]
|[[Vacuum Former]]
|Industrial Arts Supply Co.
|Nichols model 10-B Therm-O-Vac
|Operational
|
MakeICT resources

*[[Vacuum Former]]
|-
|[[File:Xbox-kinect.jpg|200px]]
|[[Kinect Scanner]]
|Microsoft
|[[Kinect]]
|Operational
|
*[[Kinect Scanner]]
|-
|
|[[Turntable for Kinect]]
|[[User:James Lancaster|James Lancaster]]
|[[Turntable]]
|Operational
|
*[[Kinect Scanner]]
|-
|[[File:PlasticInjection.jpg|alt=Plastic injection molding machine|left|200x200px]]
|Plastic Injection Molding Machine
|
|
|Needs tested
|MakeICT resources
|-
|
|[[Plotter]]
|
|[[HP Designjet 1050C Plus]]
|Unknown
|
MakeICT resources

|-
|
|CNC Mini Mill
|Sherline
|Black Sherline Mill
|Needs repaired
|[[Sherline_CNC_Mill]]
|-
|
|CNC Mini Lathe
|Emco
|Emco Lathe
|Needs repaired and setup
|
|}
</onlyinclude>

==Retired Equipment==
<onlyinclude>
{| class="wikitable sortable"
|-
!Picture
!What
!Manufacturer
!Model
!Status
!Resources
|-
|[[File:Reprap Mendel Prusa.jpg|200px]]
|[[3D Printer]]
|[[User:James Lancaster|James Lancaster]]
|[[RepRap Prusa Mendel]]
|Retired
|
MakeICT resources
External resources

*[http://reprap.org/wiki/Prusa_Mendel_(iteration_2) RepRap.org source]
*
|-
|
|CNC Router
|Probotix
|Fireball V90
|Retired
|[[V90]]
|-
|[[File:Rostock_Max_V2.jpeg|200px]]
|[[3D Printer]]
|SeeMeCNC
|[[Rostock Max V2]]
|Retired!
|
MakeICT resources

*[[Rostock Max V2]]
|-
|[[File:Creality-cr10s.jpg|200x200px]]
|[[3D Printer]]
|Creality3D
|CR-10s
|Retired
|MakeICT resources

*[[Creality CR-10S]]

|}
</onlyinclude>
[[Category:Areas]]

MakeICT Prusa 3D Printers and Filament Types

2024-04-21T19:31:47Z

Gemma Blackburn: /* Selecting Steel Plate */

There are many types of 3D printer filament available. It’s important to select the correct filament, slicer settings, and print surface for your printing job to achieve the best result and avoid causing damage to MakeICT’s 3D printers.

PLA filament is recommended unless you have a specific reason to use another type. The filament available for use on the filament shelf in FabLab is all PLA.

If you have questions about any of this information, please contact FabLab at [mailto:fablab@makeict.org fablab@makeict.org] or reach out on the MakeICT forum at talk.makeict.org 
 
==Filament Type Guidelines for Use==

===Checking Filament Type===
Before starting any print job, check the type of the filament you plan to use (this will usually be PLA). The type of filament should be clearly labeled on the spool. Please don’t use any filament that isn’t labeled or if you aren’t sure of the filament type.

In the slicer, always select the correct filament type for your print. Selecting one type of filament in the slicer and then using another could cause your print to fail and even damage the printer.
 

===Loading/Unloading Filament===
When loading filament in the Prusa 3D printers, always select the correct type of filament in the LCD screen when prompted. If one type of filament is loaded in the printer, and you are switching to another filament type, on the LCD screen always choose whichever of the two types has the higher nozzle temperature to ensure the higher temperature filament is either removed or loaded successfully.

For example, if the printer contains ABS (higher temperature filament) and you wish to switch to PLA (lower temperature filament), the nozzle will need to be hot enough to remove all the ABS during loading of the new filament.
[[File:Heating.jpg|none|thumb|Image of LCD screen with filament loading options]]
 

===Selecting Steel Plate===
The removable, flexible steel plate is the printing surface that sits on the heatbed. Always check which plate is on the heatbed before sending your file to print.

*For PLA, use the Smooth PEI plate
*For PETG and ABS prints, use the Satin plate, which is slightly textured

For Prusa 5 (the MK4 printer) the printer will automatically detect the different print plates.

For Prusa 1, 2, 3, and 4, (the MK3S+ printers) each plate has a different preset in the Prusa LCD screen for the nozzle to print at the correct height. Check that the plate selected on the LCD screen matches the one on the heatbed.

The two options are:

*PLA_pei for the smooth PEI plate
*PET_ABS for the Satin plate

You can change the preset by clicking the black knob and scrolling to the sheet option. Click once to switch from one preset to the other.

We recommend you clean the plates with isopropyl alcohol before printing. When using the correct steel plate for your filament, no adhesives or release agents like hairspray or glue stick should be needed.

Extra plates are located on the shelf below the Prusa printers.
[[File:Sheets.jpg|none|thumb|Image of the Smooth PEI plate and Satin plate]]
[[File:Screensheets.jpg|none|thumb|Image of the LCD screen with the smooth PEI (PLA_pei) plate selected]]
 

===Enclosure===
An enclosure is recommended when working with ABS filament. MakeICT currently doesn’t have an enclosure, but watch this space. In the meantime, when working with ABS select the “skirt” option in PrusaSlicer and set it as high as possible to keep the print warmer and prevent warping.
 

===Multicolor Printing===
When switching filament during a multicolor print job, make sure each filament is the same type.
 

===Removing Finished Work===
For ABS and PETG, allow the print to cool completely before removing from the print surface. Removing while warm can cause warping and damage of the part. Because of the higher temperatures, it may take several minutes for these prints to cool. If removing someone else’s work, check the filament type before removing to prevent damage.
 

==Types of Filament==

===PLA===
PLA works well for most casual prints and we recommend it for your print jobs at MakeICT unless you have a specific reason to use another type of filament. PLA is easy to work with and perfect for beginners.

Glow in the dark PLA or any filament with inclusions such as glitter may be too abrasive for use with a standard nozzle. Please contact FabLab for approval before using these types of filament.

'''Print surface''': Smooth PEI plate is recommended. Satin plate can be used, but not recommended for small PLA parts as they don’t adhere well to textured plates.
 

===PETG===
More heat resistant than PLA, less prone to breaking, and waterproof, PETG is a better choice for mechanical parts for both indoor and outdoor use.

'''Print surface''': Satin steel plate must be used. PETG adheres too strongly to the PEI plate and removal may damage the part and the plate.
 

===ABS===
More challenging to work with, ABS has a similar strength to PETG with better heat resistance. ABS is easier to paint and glue after printing, but is more prone to warping as it is sensitive to temperature fluctuations during printing. Using an enclosure to control temperature is recommended.

'''Print surface''': Satin steel plate must be used. ABS adheres too strongly to the PEI plate and removal may damage the part and the plate.

 
===Others===
For all other types of filament, please contact FabLab before printing. Your filament may require a special setup.

3D Printing

2024-04-21T19:24:16Z

Gemma Blackburn: /* Printing */

[[Category:FabLab Equipment]]
==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:

*[[Prusa i3 MK4]]
*[[Prusa i3 MK3|Prusa i3 MK3S+]] (x4)
*[[Ultimaker 2]]

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 [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==
===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+) [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 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.

===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
**https://drive.google.com/open?id=1c_LwoGg5Q9U5wuRVSqZHzLYhSFqgXUmNoGOQZj2W2N0
*Example files for 3D Printing Basics Class
**https://drive.google.com/open?id=1c1Jz6pHSVRO1V4L3aOdpQ0r1Tu-zE9J2
*Descriptions of the various G-Codes used to run the printers can be found here:
**http://reprap.org/wiki/G-code
*A list of some of the 3D design software we use at MakeICT
**[[3d_Design_Software|3D_Design_Software]]
*Print Status Page:
**http://3dprintmonitor.makeict.org/

Prusa i3 MK4

2024-04-21T17:12:42Z

Gemma Blackburn:

{{Infobox prusaMK4
|printerName = Prusa i3 MK4
|image = MK4_print.jpg
|imageCaption = Stock image of Prusa i3 MK4
|buildVolume = 250 x 210 x 220 mm
|filamentSizes = 1.75mm
|nozzleDiameter = 0.4 mm
|nozzleTemperature = 300
|bedTemperature = 110
}} 

== Printer Information and Use ==
Coming soon.

Prusa i3 MK4

2024-04-21T17:10:09Z

Gemma Blackburn:

Prusa i3 MK4

2024-04-21T17:09:10Z

Gemma Blackburn:

Prusa i3 MK4

2024-04-21T17:00:22Z

Gemma Blackburn: Blanked the page

Template:Infobox prusaMK4

2024-04-21T16:58:19Z

Gemma Blackburn:

<pre>
{{Infobox PrusaMK4
|printerName =
|image =
|imageCaption =
|buildVolume =
|filamentSizes =
|nozzleDiameter =
|nozzleTemperature =
|bedTemperature =
}}

</pre>

<onlyinclude>
{| class="wikitable floatright"
! colspan="2" style="background:lightblue;width:200px;font-size:10pt" | {{{printerName}}}
|-
| colspan="2" style="text-align:center;font-size:7pt" | [[File:{{{image}}}|noframe|x400px]] {{{imageCaption}}}
|-
| colspan="2" style="background:lightblue;text-align:center;font-size:9pt" | {{{buildVolume}}}
|-
| style="font-size:9pt" | Build Volume || style="font-size:9pt" | {{{buildVolume}}}
|-
| style="font-size:9pt" | Filament Size || style="font-size:9pt" | {{{filamentSizes}}}
|-
| style="font-size:9pt" | Nozzle Diameter || style="font-size:9pt" | {{{nozzleDiameter}}}
|-
| style="font-size:9pt" | Nozzle Temperature || style="font-size:9pt" | {{{nozzleTemperature}}}
|-
| style="font-size:9pt" | Bed Temperature || style="font-size:9pt" | {{{bedTemperature}}}
|-
|}
</onlyinclude>

Prusa i3 MK4

2024-04-21T16:49:53Z

Gemma Blackburn:

{{Infobox PrusaMK4
|printerName = Prusa i3 MK4
|image = MK4_print.jpg
|imageCaption = Stock image of Prusa i3 MK4
|buildVolume = 250 x 210 x 220 mm
|filamentTypes = PLA, ABS, PETG and others
|filamentSizes = 1.75mm
|xyResolution = 0.01 mm
|zResolution = ~0.01 mm
|nozzleDiameter = 0.4 mm
|nozzleTemperature = 300
|heatedBed = Yes
|bedTemperature = 110
|manual = https://help.prusa3d.com/downloads/mk4/handbook
|website = https://www.prusa3d.com/en/category/original-prusa-mk4/
|websiteText = Prusa i3 MK4 Store Page
}}

Template:Infobox prusaMK4

2024-04-21T16:48:43Z

Gemma Blackburn:

{{Infobox PrusaMK4
|printerName =
|image =
|imageCaption =
|buildVolume =
|filamentTypes =
|filamentSizes =
|xyResolution =
|zResolution =
|nozzleDiameter =
|nozzleTemperature =
|heatedBed =
|bedTemperature =
|manual =
|website =
|websiteText =
}}

Template:Infobox prusaMK4

2024-04-21T16:46:01Z

Gemma Blackburn: Blanked the page

Prusa i3 MK4

2024-04-21T16:45:38Z

Gemma Blackburn:

Prusa i3 MK4

2024-04-21T16:38:13Z

Gemma Blackburn: Created page with "{{Infobox prusaMK4}}"

Template:Infobox prusaMK4

2024-04-21T16:37:44Z

Gemma Blackburn: Created page with "{{Infobox PrusaMK4 |printerName = Prusa i3 MK4 |image = MK4_print.jpg |imageCaption = Stock image of Prusa i3 MK4 |buildVolume = 250 x 210 x 220 mm |filamentTypes = PLA, ABS,..."

3D Printing

2024-04-21T16:15:26Z

Gemma Blackburn:

[[Category:FabLab Equipment]]
==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:

*[[Prusa i3 MK4]]
*[[Prusa i3 MK3|Prusa i3 MK3S+]] (x4)
*[[Ultimaker 2]]

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 [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==
===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 i3 MK3 [http://prusa1.makeict.org prusa1.makeict.org]
*Prusa i3 MK3 [http://prusa2.makeict.org prusa2.makeict.org]
*Prusa i3 MK3 [http://prusa3.makeict.org prusa3.makeict.org]
*[http://prusa4.makeict.org Prusa i3 MK3 prusa4.makeict.org]
*Ultimaker 2: [http://ultimaker.makeict.org 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
**https://drive.google.com/open?id=1c_LwoGg5Q9U5wuRVSqZHzLYhSFqgXUmNoGOQZj2W2N0
*Example files for 3D Printing Basics Class
**https://drive.google.com/open?id=1c1Jz6pHSVRO1V4L3aOdpQ0r1Tu-zE9J2
*Descriptions of the various G-Codes used to run the printers can be found here:
**http://reprap.org/wiki/G-code
*A list of some of the 3D design software we use at MakeICT
**[[3d_Design_Software|3D_Design_Software]]
*Print Status Page:
**http://3dprintmonitor.makeict.org/

FabLab Area

2024-04-21T16:12:33Z

Gemma Blackburn: /* Equipment List */

==General Information==
MakeICT's FabLab is an open area dedicated to fabrication and rapid prototyping. Members can test ideas and concepts before moving on to more expensive materials or processes, or simply enjoy the creative process of making.

If you have any issues with FabLab equipment, please e-mail [mailto:fablab@makeict.org fablab@makeict.org].

[[FabLab Area Meetings]]

 

==Access Policy==
{{:FabLab_Access_Policy}}

==FabLab Area Safety==

#Do not use any machine you are not trained on and comfortable using. If at any time you are unsure of what you are doing, stop immediately and ask for help on the [https://talk.makeict.org MakeICT forum] or email [mailto:fablab@makeict.org fablab@makeict.org].
#Do not use any machine that is not in good working order. Stop, unplug and leave a note on the machine and notify [mailto:fablab@makeict.org FabLab leadership].
#Never assume a tool is properly adjusted; always check the tool prior to use.
#Never modify or hack any equipment.
#If something is wrong, leave a note in an obvious place on the troubled equipment and e-mail [mailto:fablab@makeict.org fablab@makeict.org].

==Equipment List==
<onlyinclude>
{| class="wikitable sortable"
|-
!Picture
!What
!Manufacturer
!Model
!Status
!Resources
|-
|[[File:Laser_cutter.jpg|200px]]
|[[Laser Cutter]]
|Rabbit Laser
|[[Laser Cutter|QX1290]]
|Operational
|
MakeICT resources

*[[Laser Cutter]]

External resources

*[http://www.rabbitlaserusa.com/ManualsTutorials.html Manuals]
*[http://www.rabbitlaserusa.com/laser_RL1290.html QX1290 Specs]

|-
|[[File:Laser_cutter.jpg|200px]]
|[[Laser Cutter]]
|Rabbit Laser
|[[Laser Cutter|QX1290]]
|Operational
|
MakeICT resources

*[[Laser Cutter]]

External resources

*[http://www.rabbitlaserusa.com/ManualsTutorials.html Manuals]
*[http://www.rabbitlaserusa.com/laser_RL1290.html QX1290 Specs]

External resources
|-
|[[File:MK4 print.jpg|left|200x200px|alt=]]
|[[3D Printer]]
|Prusa3D
|i3 MK4
|Operational
|MakeICT resources

*[[Prusa i3 MK4]]
|-
|[[File:Original-prusa-i3-mk3s-3d-printer.jpg|200x200px]]
|[[3D Printer]]
|Prusa3D
|i3 Mk3S+
|Operational
|MakeICT resources

*[[Prusa i3 MK3]]
|-
|[[File:Original-prusa-i3-mk3s-3d-printer.jpg|200x200px]]
|[[3D Printer]]
|Prusa3D
|i3 Mk3S+
|Operational
|MakeICT resources

*[[Prusa i3 MK3]]
|-
|[[File:Original-prusa-i3-mk3s-3d-printer.jpg|200x200px]]
|[[3D Printer]]
|Prusa3D
|i3 Mk3S+
|Operational
|MakeICT resources

*[[Prusa i3 MK3]]

|-
|[[File:Original-prusa-i3-mk3s-3d-printer.jpg|200x200px]]
|[[3D Printer]]
|Prusa3D
|i3 Mk3S+
|Operational
|MakeICT resources

*[[Prusa i3 MK3]]
|-
|[[File:Ender5+.jpg|200x200px]]
|[[3D Printer]]
|Creality3D
|Ender 5 Plus
|Needs Repair
|
|-
|[[File:Ultimaker II.jpeg|200px]]
|[[3D Printer]]
|Ultimaker
|[[Ultimaker 2]]
|Needs Repair
|
MakeICT resources

*[[Ultimaker 2]]

External resources

*[https://ultimaker.com/en/support/ultimaker-3d-printers/ultimaker-2 Overview]
*[https://ultimaker.com/en/products/ultimaker-2#specifications Specs]
*[http://support.3dverkstan.se/article/23-a-visual-ultimaker-troubleshooting-guide Troubleshooting]
|-
|[[File:Graphtec_fc2200.gif|200px]]
|[[Vinyl Cutting And Plotting|Graphtec Plotter/Vinyl Cutter]]
|Graphtec
|[[Graphtec_FC2200-90/EX|Graphtec_FC2200-90/EX]]
|Operational
|
*[[Graphtec FC2200-90/EX|Graphtec Plotter]]
|-
|[[File:Lbm.jpg|alt=Little Blue Mill|left|180x180px]]
|[[Little Blue Mill]]
|Originally Sherline
|Little Blue Mill
|Operational
|[[Little Blue Mill]]
|-
|[[File:Foam-Cutter.jpg|200px]]
|[[Foam Cutter]]
|[[User:Tom McGuire|Tom McGuire]]
|[[Foam Cutting Machine]]
|Needs Maintenance
|
*[[Foam Cutting Machine]]
|-
|[[File:VacuumFormer.jpg|alt=Vacuum former|left|200x200px]]
|[[Vacuum Former]]
|Industrial Arts Supply Co.
|Nichols model 10-B Therm-O-Vac
|Operational
|
MakeICT resources

*[[Vacuum Former]]
|-
|[[File:Xbox-kinect.jpg|200px]]
|[[Kinect Scanner]]
|Microsoft
|[[Kinect]]
|Operational
|
*[[Kinect Scanner]]
|-
|
|[[Turntable for Kinect]]
|[[User:James Lancaster|James Lancaster]]
|[[Turntable]]
|Operational
|
*[[Kinect Scanner]]
|-
|[[File:PlasticInjection.jpg|alt=Plastic injection molding machine|left|200x200px]]
|Plastic Injection Molding Machine
|
|
|Needs tested
|MakeICT resources
|-
|
|[[Plotter]]
|
|[[HP Designjet 1050C Plus]]
|Unknown
|
MakeICT resources

|-
|
|CNC Mini Mill
|Sherline
|Black Sherline Mill
|Needs repaired
|[[Sherline_CNC_Mill]]
|-
|
|CNC Mini Lathe
|Emco
|Emco Lathe
|Needs repaired and setup
|
|}
</onlyinclude>

==Retired Equipment==
<onlyinclude>
{| class="wikitable sortable"
|-
!Picture
!What
!Manufacturer
!Model
!Status
!Resources
|-
|[[File:Reprap Mendel Prusa.jpg|200px]]
|[[3D Printer]]
|[[User:James Lancaster|James Lancaster]]
|[[RepRap Prusa Mendel]]
|Retired
|
MakeICT resources
External resources

*[http://reprap.org/wiki/Prusa_Mendel_(iteration_2) RepRap.org source]
*
|-
|
|CNC Router
|Probotix
|Fireball V90
|Retired
|[[V90]]
|-
|[[File:Rostock_Max_V2.jpeg|200px]]
|[[3D Printer]]
|SeeMeCNC
|[[Rostock Max V2]]
|Retired!
|
MakeICT resources

*[[Rostock Max V2]]
|-
|[[File:Creality-cr10s.jpg|200x200px]]
|[[3D Printer]]
|Creality3D
|CR-10s
|Retired
|MakeICT resources

*[[Creality CR-10S]]

|}
</onlyinclude>
[[Category:Areas]]

FabLab Area

2024-04-21T15:58:53Z

Gemma Blackburn: /* Equipment List */

==General Information==
MakeICT's FabLab is an open area dedicated to fabrication and rapid prototyping. Members can test ideas and concepts before moving on to more expensive materials or processes, or simply enjoy the creative process of making.

If you have any issues with FabLab equipment, please e-mail [mailto:fablab@makeict.org fablab@makeict.org].

[[FabLab Area Meetings]]

 

==Access Policy==
{{:FabLab_Access_Policy}}

==FabLab Area Safety==

#Do not use any machine you are not trained on and comfortable using. If at any time you are unsure of what you are doing, stop immediately and ask for help on the [https://talk.makeict.org MakeICT forum] or email [mailto:fablab@makeict.org fablab@makeict.org].
#Do not use any machine that is not in good working order. Stop, unplug and leave a note on the machine and notify [mailto:fablab@makeict.org FabLab leadership].
#Never assume a tool is properly adjusted; always check the tool prior to use.
#Never modify or hack any equipment.
#If something is wrong, leave a note in an obvious place on the troubled equipment and e-mail [mailto:fablab@makeict.org fablab@makeict.org].

==Equipment List==
<onlyinclude>
{| class="wikitable sortable"
|-
!Picture
!What
!Manufacturer
!Model
!Status
!Resources
|-
|[[File:Laser_cutter.jpg|200px]]
|[[Laser Cutter]]
|Rabbit Laser
|[[Laser Cutter|QX1290]]
|Operational
|
MakeICT resources

*[[Laser Cutter]]

External resources

*[http://www.rabbitlaserusa.com/ManualsTutorials.html Manuals]
*[http://www.rabbitlaserusa.com/laser_RL1290.html QX1290 Specs]

|-
|[[File:Laser_cutter.jpg|200px]]
|[[Laser Cutter]]
|Rabbit Laser
|[[Laser Cutter|QX1290]]
|Operational
|
MakeICT resources

*[[Laser Cutter]]

External resources

*[http://www.rabbitlaserusa.com/ManualsTutorials.html Manuals]
*[http://www.rabbitlaserusa.com/laser_RL1290.html QX1290 Specs]

External resources
|-
|[[File:MK4 print.jpg|left|thumb|200x200px]]
|[[3D Printer]]
|Prusa3D
|i3 MK4
|Operational
|MakeICT resources

* Prusa i3 MK4
|-
|[[File:Original-prusa-i3-mk3s-3d-printer.jpg|200x200px]]
|[[3D Printer]]
|Prusa3D
|i3 Mk3S+
|Operational
|MakeICT resources

*[[Prusa i3 MK3]]
|-
|[[File:Original-prusa-i3-mk3s-3d-printer.jpg|200x200px]]
|[[3D Printer]]
|Prusa3D
|i3 Mk3S+
|Operational
|MakeICT resources

*[[Prusa i3 MK3]]
|-
|[[File:Original-prusa-i3-mk3s-3d-printer.jpg|200x200px]]
|[[3D Printer]]
|Prusa3D
|i3 Mk3S+
|Operational
|MakeICT resources

*[[Prusa i3 MK3]]

|-
|[[File:Original-prusa-i3-mk3s-3d-printer.jpg|200x200px]]
|[[3D Printer]]
|Prusa3D
|i3 Mk3S+
|Operational
|MakeICT resources

*[[Prusa i3 MK3]]
|-
|[[File:Ender5+.jpg|200x200px]]
|[[3D Printer]]
|Creality3D
|Ender 5 Plus
|Needs Repair
|
|-
|[[File:Ultimaker II.jpeg|200px]]
|[[3D Printer]]
|Ultimaker
|[[Ultimaker 2]]
|Needs Repair
|
MakeICT resources

*[[Ultimaker 2]]

External resources

*[https://ultimaker.com/en/support/ultimaker-3d-printers/ultimaker-2 Overview]
*[https://ultimaker.com/en/products/ultimaker-2#specifications Specs]
*[http://support.3dverkstan.se/article/23-a-visual-ultimaker-troubleshooting-guide Troubleshooting]
|-
|[[File:Graphtec_fc2200.gif|200px]]
|[[Vinyl Cutting And Plotting|Graphtec Plotter/Vinyl Cutter]]
|Graphtec
|[[Graphtec_FC2200-90/EX|Graphtec_FC2200-90/EX]]
|Operational
|
*[[Graphtec FC2200-90/EX|Graphtec Plotter]]
|-
|[[File:Lbm.jpg|alt=Little Blue Mill|left|thumb|180x180px]]
|[[Little Blue Mill]]
|Originally Sherline
|Little Blue Mill
|Operational
|[[Little Blue Mill]]
|-
|[[File:Foam-Cutter.jpg|200px]]
|[[Foam Cutter]]
|[[User:Tom McGuire|Tom McGuire]]
|[[Foam Cutting Machine]]
|Needs Maintenance
|
*[[Foam Cutting Machine]]
|-
|[[File:VacuumFormer.jpg|alt=Vacuum former|left|thumb|200x200px]]
|[[Vacuum Former]]
|Industrial Arts Supply Co.
|Nichols model 10-B Therm-O-Vac
|Operational
|
MakeICT resources

*[[Vacuum Former]]
|-
|[[File:Xbox-kinect.jpg|200px]]
|[[Kinect Scanner]]
|Microsoft
|[[Kinect]]
|Operational
|
*[[Kinect Scanner]]
|-
|
|[[Turntable for Kinect]]
|[[User:James Lancaster|James Lancaster]]
|[[Turntable]]
|Operational
|
*[[Kinect Scanner]]
|-
|[[File:PlasticInjection.jpg|alt=Plastic injection molding machine|left|thumb|200x200px]]
|Plastic Injection Molding Machine
|
|
|Needs tested
|MakeICT resources
|-
|
|[[Plotter]]
|
|[[HP Designjet 1050C Plus]]
|Unknown
|
MakeICT resources

|-
|
|CNC Mini Mill
|Sherline
|Black Sherline Mill
|Needs repaired
|[[Sherline_CNC_Mill]]
|-
|
|CNC Mini Lathe
|Emco
|Emco Lathe
|Needs repaired and setup
|
|}
</onlyinclude>

==Retired Equipment==
<onlyinclude>
{| class="wikitable sortable"
|-
!Picture
!What
!Manufacturer
!Model
!Status
!Resources
|-
|[[File:Reprap Mendel Prusa.jpg|200px]]
|[[3D Printer]]
|[[User:James Lancaster|James Lancaster]]
|[[RepRap Prusa Mendel]]
|Retired
|
MakeICT resources
External resources

*[http://reprap.org/wiki/Prusa_Mendel_(iteration_2) RepRap.org source]
*
|-
|
|CNC Router
|Probotix
|Fireball V90
|Retired
|[[V90]]
|-
|[[File:Rostock_Max_V2.jpeg|200px]]
|[[3D Printer]]
|SeeMeCNC
|[[Rostock Max V2]]
|Retired!
|
MakeICT resources

*[[Rostock Max V2]]
|-
|[[File:Creality-cr10s.jpg|200x200px]]
|[[3D Printer]]
|Creality3D
|CR-10s
|Retired
|MakeICT resources

*[[Creality CR-10S]]

|}
</onlyinclude>
[[Category:Areas]]

File:MK4 print.jpg

2024-04-21T15:56:37Z

Gemma Blackburn:

Prusa MK4 3D printer

Fab Lab Workday 4/3/2024

2024-04-07T20:47:02Z

Gemma Blackburn:

Attending:

*Dave Miller
*John Holmes
*Colin Heagler
*Steve Owens
*Gemma Blackburn
*James Lancaster
*Aaron Norton

'''Vacuum Former'''

James has rewired the vacuum former to make it safer. The machine works well and we did a demonstration during the meeting.

'''Laser Cutters'''

Discussed laser cutter maintenance and the need to keep up with weekly maintenance tasks. Maintenance logs have been updated, and a separate one will each be placed in a clipboard on Mario and Luigi. Colin suggested putting magnets on the clipboards to keep them on the side of the machines.

'''3D Printers'''

The new Prusa MK4 has arrived and will become Prusa 5 in Fab Lab. Paul Shackleford, Christian Kindle, Steve Owens, and Gemma Blackburn assembled the machine and it’s working great! Dave has received the Raspberry Pi 4b and power supply for it. We still need an SD card and a USB A-type C cable (plenty lying around).

We still need to configure the RPi for Octoprint and network the machine, which will involve IT. Also need to configure PrusaSlicer in Fab Lab and on the laptops for the MK4. Hopefully this won’t take more than a couple of weeks.

Several people have worked on the Ultimaker2 recently (including Paul Crawshaw, Steve Saner, Steve Owens, James Lancaster, and Gemma Blackburn) and, after some TLC and a new PT100 sensor, it seems to be running okay now. It still needs to be tweaked and tested and the bed needs leveled. For now, it can be operated with any laptop using Pronterface. PrusaSlicer in Fab Lab still has a profile to slice files for it. Once the bed leveling is done and it prints successfully, it will be available for members again.

Had some more discussion about building enclosures for the 3D printers – a continuation of the previous discussion. Colin said he might be able to get a piece of acrylic for the front of the enclosure from work.* We’ll sketch out a more detailed plan soon and move ahead with one double-wide enclosure to start.

Need to investigate a spare parts list for the MK4, similar to the other Prusas. Gemma will send Dave a list. We also need some additional dabber bottles for isopropyl alcohol.

'''Foam Cutter'''

Gemma messaged Tom McGuire about repairing the foam cutter. Tom said he would bring some wire and take a look at it.*

'''Fab Lab sign'''

Some discussion about Kim Burton’s Fab Lab sign idea from the forum. Facilities is fine with the sign (per Wes and Steve) as long as it doesn’t need power. We looked for the best place to put the sign, and just to the right of the doors, above the cabinet would work best. Because the doors slide over that area, the sign depth will be limited to 0.5”.

'''Make & Take'''

Brief discussion of a make-and-take day in Fab Lab, possibly on Saturday, May 4th – with a Star Wars theme. Gemma will talk to Kim about this.

'''Work Time!'''

Dave, James, Steve, and Colin worked on Mario and Luigi, completing regular maintenance tasks.

Gemma, Aaron, and John worked on two of the Prusas, completing regular maintenance tasks. The other two will be done during 3D Printer Group.

'''Updates: 4/7/24'''

*Colin delivered the acrylic later that week.

*Tom came in on 4/6 to repair the foam cutter. He will contact Kip to discuss some of the updates that were done in 2022 and get it operational again.

Fab Lab Workday 4/3/2024

2024-04-07T20:46:18Z

Gemma Blackburn:

Attending:

*Dave Miller
*John Holmes
*Colin Heagler
*Steve Owens
*Gemma Blackburn
*James Lancaster
*Aaron Norton

'''Vacuum Former'''

James has rewired the vacuum former to make it safer. The machine works well and we did a demonstration during the meeting.

'''Laser Cutters'''

Discussed laser cutter maintenance and the need to keep up with weekly maintenance tasks. Maintenance logs have been updated, and a separate one will each be placed in a clipboard on Mario and Luigi. Colin suggested putting magnets on the clipboards to keep them on the side of the machines.

'''3D Printers'''

The new Prusa MK4 has arrived and will become Prusa 5 in Fab Lab. Paul Shackleford, Christian Kindle, Steve Owens, and Gemma Blackburn assembled the machine and it’s working great! Dave has received the Raspberry Pi 4b and power supply for it. We still need an SD card and a USB A-type C cable (plenty lying around).

We still need to configure the RPi for Octoprint and network the machine, which will involve IT. Also need to configure PrusaSlicer in Fab Lab and on the laptops for the MK4. Hopefully this won’t take more than a couple of weeks.

Several people have worked on the Ultimaker2 recently (including Paul Crawshaw, Steve Saner, Steve Owens, James Lancaster, and Gemma Blackburn) and, after some TLC and a new PT100 sensor, it seems to be running okay now. It still needs to be tweaked and tested and the bed needs leveled. For now, it can be operated with any laptop using the Pronterface. PrusaSlicer in Fab Lab still has a profile to slice files for it. Once the bed leveling is done and it prints successfully, it will be available for members again.

Had some more discussion about building enclosures for the 3D printers – a continuation of the previous discussion. Colin said he might be able to get a piece of acrylic for the front of the enclosure from work.* We’ll sketch out a more detailed plan soon and move ahead with one double-wide enclosure to start.

Need to investigate a spare parts list for the MK4, similar to the other Prusas. Gemma will send Dave a list. We also need some additional dabber bottles for isopropyl alcohol.

'''Foam Cutter'''

Gemma messaged Tom McGuire about repairing the foam cutter. Tom said he would bring some wire and take a look at it.*

'''Fab Lab sign'''

Some discussion about Kim Burton’s Fab Lab sign idea from the forum. Facilities is fine with the sign (per Wes and Steve) as long as it doesn’t need power. We looked for the best place to put the sign, and just to the right of the doors, above the cabinet would work best. Because the doors slide over that area, the sign depth will be limited to 0.5”.

'''Make & Take'''

Brief discussion of a make-and-take day in Fab Lab, possibly on Saturday, May 4th – with a Star Wars theme. Gemma will talk to Kim about this.

'''Work Time!'''

Dave, James, Steve, and Colin worked on Mario and Luigi, completing regular maintenance tasks.

Gemma, Aaron, and John worked on two of the Prusas, completing regular maintenance tasks. The other two will be done during 3D Printer Group.

'''Updates: 4/7/24'''

*Colin delivered the acrylic later that week.

*Tom came in on 4/6 to repair the foam cutter. He will contact Kip to discuss some of the updates that were done in 2022 and get it operational again.

FabLab Area Meetings

2024-04-07T20:45:32Z

Gemma Blackburn: added link to last meeting notes

Area Meeting Notes:

[[Fab Lab Workday 4/3/2024]]

[[Fab Lab Meeting 3/6/2024]]

[[Fab Lab Workday 2/21/2024]]

[[Fab Lab Workday 1/16/2024]]

[[Fab Lab Workday 12/6/2023]]

[[Fab Lab Workday 10/28/2023]]

Fab Lab Workday 4/3/2024

2024-04-07T20:44:43Z

Gemma Blackburn: Created page with " Attending: * Dave Miller * John Holmes * Colin Heagler * Steve Owens * Gemma Blackburn * James Lancaster * Aaron Norton '''Vacuum Former''' James has rewired the vacuum fo..."

Attending:
* Dave Miller
* John Holmes
* Colin Heagler
* Steve Owens
* Gemma Blackburn
* James Lancaster
* Aaron Norton

'''Vacuum Former'''

James has rewired the vacuum former to make it safer. The machine works well and we did a demonstration during the meeting.

'''Laser Cutters'''

Discussed laser cutter maintenance and the need to keep up with weekly maintenance tasks. Maintenance logs have been updated, and a separate one will each be placed in a clipboard on Mario and Luigi. Colin suggested putting magnets on the clipboards to keep them on the side of the machines.

'''3D Printers'''

The new Prusa MK4 has arrived, and will become Prusa 5 in Fab Lab. Paul Shackleford, Christian Kindle, Steve Owens, and Gemma Blackburn assembled the machine and it’s working great! Dave has received the Raspberry Pi 4b and power supply for it. We still need an SD card and a USB A-type C cable (plenty lying around).

We still need to configure the RPi for Octoprint and network the machine, which will involve IT. Also need to configure PrusaSlicer in Fab Lab and on the laptops for the MK4. Hopefully this won’t take more than a couple of weeks.

Several people have worked on the Ultimaker2 recently (including Paul Crawshaw, Steve Saner, Steve Owens, James Lancaster, and Gemma Blackburn) and, after some TLC and a new PT100 sensor, it seems to be running okay now. It still needs to be tweaked and tested and the bed needs leveled. For now, it can be operated with any laptop using the Pronterface. PrusaSlicer in Fab Lab still has a profile to slice files for it. Once the bed leveling is done and it prints successfully, it will be available for members again.

Had some more discussion about building enclosures for the 3D printers – a continuation of the previous discussion. Colin said he might be able to get a piece of acrylic for the front of the enclosure from work.* We’ll sketch out a more detailed plan soon and move ahead with one double-wide enclosure to start.

Need to investigate a spare parts list for the MK4, similar to the other Prusas. Gemma will send Dave a list. We also need some additional dabber bottles for isopropyl alcohol.

'''Foam Cutter'''

Gemma messaged Tom McGuire about repairing the foam cutter. Tom said he would bring some wire and take a look at it.*

'''Fab Lab sign'''

Some discussion about Kim Burton’s Fab Lab sign idea from the forum. Facilities is fine with the sign (per Wes and Steve) as long as it doesn’t need power. We looked for the best place to put the sign, and just to the right of the doors, above the cabinet would work best. Because the doors slide over that area, the sign depth will be limited to 0.5”.

'''Make & Take'''

Brief discussion of a make-and-take day in Fab Lab, possibly on Saturday, May 4th – with a Star Wars theme. Gemma will talk to Kim about this.

'''Work Time!'''

Dave, James, Steve, and Colin worked on Mario and Luigi, completing regular maintenance tasks.

Gemma, Aaron, and John worked on two of the Prusas, completing regular maintenance tasks. The other two will be done during 3D Printer Group.

'''Updates: 4/7/24'''

*Colin delivered the acrylic later that week.

*Tom came in on 4/6 to repair the foam cutter. He will contact Kip to discuss some of the updates that were done in 2022 and get it operational again.

Ultimaker 2

2024-03-16T18:48:48Z

Gemma Blackburn:

[[Category:FabLab Equipment]]

{{3D-Printer-Page
|printerName = Ultimaker 2
|image = Ultimaker II.jpeg
|imageCaption = Ultimaker 2 3D printer
|buildVolume = 210 x 210 x 200 mm
|filamentTypes = PLA, ABS
|filamentSizes = 1.75 mm
|xyResolution = 0.125mm
|zResolution = 0.02mm
|nozzleDiameter = 0.4mm
|nozzleTemperature = 400
|heatedBed = yes
|bedTemperature = 100
|manual = Ultimaker 2 - User Manual v1.13.pdf
|website = https://ultimaker.com/en/support/ultimaker-3d-printers/ultimaker-2
|websiteText = Ultimaker 2 Support

|features = Due to its ease of use and ability to produce high quality prints, the Ultimaker 2 is the most popular 3D printer at MakeICT. It has been upgraded with an E3D V6 hotend and geared E3D Titan extruder for increased reliability. Unlike the stock version, it uses 1.75mm filament which is the standard among all of the printers at the makerspace.

|accessPolicy = See [[3D Printing]] for access policy.

|use = See [[3D Printing#Workflow]] for workflow information.

|acquisition = This printer was purchased using grant money from the Wichita Community Foundation and the Knight Foundation.
}}

Slicer Profiles

2024-03-16T18:44:25Z

Gemma Blackburn: /* PrusaSlicer */

Below are the default slicer profiles for the 3D printers at MakeICT.

==PrusaSlicer==
To use these files:

#[https://help.prusa3d.com/downloads Download PrusaSlicer]
#*From the section labeled "Drivers & Apps"
#Run the installer
#*Select only the first option, unless you want to install other component
#Download latest config bundle here: [https://drive.google.com/file/d/1QsHgDnYFBu3vL97Z7pfoO392PhKbeA8K/view?usp=drive_link PrusaSlicer_config_bundle_2_5_ini]
#File -> Import -> Import Config Bundle
#Select downloaded config file
#Check back here for updates

FabLab Area

2024-03-14T20:01:35Z

Gemma Blackburn: /* General Information */

==General Information==
MakeICT's FabLab is an open area dedicated to fabrication and rapid prototyping. Members can test ideas and concepts before moving on to more expensive materials or processes, or simply enjoy the creative process of making.

If you have any issues with FabLab equipment, please e-mail [mailto:fablab@makeict.org fablab@makeict.org].

[[FabLab Area Meetings]]

 

==Access Policy==
{{:FabLab_Access_Policy}}

==FabLab Area Safety==

#Do not use any machine you are not trained on and comfortable using. If at any time you are unsure of what you are doing, stop immediately and ask for help on the [https://talk.makeict.org MakeICT forum] or email [mailto:fablab@makeict.org fablab@makeict.org].
#Do not use any machine that is not in good working order. Stop, unplug and leave a note on the machine and notify [mailto:fablab@makeict.org FabLab leadership].
#Never assume a tool is properly adjusted; always check the tool prior to use.
#Never modify or hack any equipment.
#If something is wrong, leave a note in an obvious place on the troubled equipment and e-mail [mailto:fablab@makeict.org fablab@makeict.org].

==Equipment List==
<onlyinclude>
{| class="wikitable sortable"
|-
!Picture
!What
!Manufacturer
!Model
!Status
!Resources
|-
|[[File:Laser_cutter.jpg|200px]]
|[[Laser Cutter]]
|Rabbit Laser
|[[Laser Cutter|QX1290]]
|Operational
|
MakeICT resources

*[[Laser Cutter]]

External resources

*[http://www.rabbitlaserusa.com/ManualsTutorials.html Manuals]
*[http://www.rabbitlaserusa.com/laser_RL1290.html QX1290 Specs]

|-
|[[File:Laser_cutter.jpg|200px]]
|[[Laser Cutter]]
|Rabbit Laser
|[[Laser Cutter|QX1290]]
|Operational
|
MakeICT resources

*[[Laser Cutter]]

External resources

*[http://www.rabbitlaserusa.com/ManualsTutorials.html Manuals]
*[http://www.rabbitlaserusa.com/laser_RL1290.html QX1290 Specs]

External resources
|-
|[[File:Original-prusa-i3-mk3s-3d-printer.jpg|200x200px]]
|[[3D Printer]]
|Prusa3D
|i3 Mk3S+
|Operational
|MakeICT resources

*[[Prusa i3 MK3]]
|-
|[[File:Original-prusa-i3-mk3s-3d-printer.jpg|200x200px]]
|[[3D Printer]]
|Prusa3D
|i3 Mk3S+
|Operational
|MakeICT resources

*[[Prusa i3 MK3]]
|-
|[[File:Original-prusa-i3-mk3s-3d-printer.jpg|200x200px]]
|[[3D Printer]]
|Prusa3D
|i3 Mk3S+
|Operational
|MakeICT resources

*[[Prusa i3 MK3]]

|-
|[[File:Original-prusa-i3-mk3s-3d-printer.jpg|200x200px]]
|[[3D Printer]]
|Prusa3D
|i3 Mk3S+
|Operational
|MakeICT resources

*[[Prusa i3 MK3]]
|-
|[[File:Ender5+.jpg|200x200px]]
|[[3D Printer]]
|Creality3D
|Ender 5 Plus
|Needs Repair
|
|-
|[[File:Ultimaker II.jpeg|200px]]
|[[3D Printer]]
|Ultimaker
|[[Ultimaker 2]]
|Needs Repair
|
MakeICT resources

*[[Ultimaker 2]]

External resources

*[https://ultimaker.com/en/support/ultimaker-3d-printers/ultimaker-2 Overview]
*[https://ultimaker.com/en/products/ultimaker-2#specifications Specs]
*[http://support.3dverkstan.se/article/23-a-visual-ultimaker-troubleshooting-guide Troubleshooting]
|-
|[[File:Graphtec_fc2200.gif|200px]]
|[[Vinyl Cutting And Plotting|Graphtec Plotter/Vinyl Cutter]]
|Graphtec
|[[Graphtec_FC2200-90/EX|Graphtec_FC2200-90/EX]]
|Operational
|
*[[Graphtec FC2200-90/EX|Graphtec Plotter]]
|-
|[[File:Lbm.jpg|alt=Little Blue Mill|left|thumb|180x180px]]
|[[Little Blue Mill]]
|Originally Sherline
|Little Blue Mill
|Operational
|[[Little Blue Mill]]
|-
|[[File:Foam-Cutter.jpg|200px]]
|[[Foam Cutter]]
|[[User:Tom McGuire|Tom McGuire]]
|[[Foam Cutting Machine]]
|Needs Maintenance
|
*[[Foam Cutting Machine]]
|-
|[[File:VacuumFormer.jpg|alt=Vacuum former|left|thumb|200x200px]]
|[[Vacuum Former]]
|Industrial Arts Supply Co.
|Nichols model 10-B Therm-O-Vac
|Operational
|
MakeICT resources

*[[Vacuum Former]]
|-
|[[File:Xbox-kinect.jpg|200px]]
|[[Kinect Scanner]]
|Microsoft
|[[Kinect]]
|Operational
|
*[[Kinect Scanner]]
|-
|
|[[Turntable for Kinect]]
|[[User:James Lancaster|James Lancaster]]
|[[Turntable]]
|Operational
|
*[[Kinect Scanner]]
|-
|[[File:PlasticInjection.jpg|alt=Plastic injection molding machine|left|thumb|200x200px]]
|Plastic Injection Molding Machine
|
|
|Needs tested
|MakeICT resources
|-
|
|[[Plotter]]
|
|[[HP Designjet 1050C Plus]]
|Unknown
|
MakeICT resources

|-
|
|CNC Mini Mill
|Sherline
|Black Sherline Mill
|Needs repaired
|[[Sherline_CNC_Mill]]
|-
|
|CNC Mini Lathe
|Emco
|Emco Lathe
|Needs repaired and setup
|
|}
</onlyinclude>

==Retired Equipment==
<onlyinclude>
{| class="wikitable sortable"
|-
!Picture
!What
!Manufacturer
!Model
!Status
!Resources
|-
|[[File:Reprap Mendel Prusa.jpg|200px]]
|[[3D Printer]]
|[[User:James Lancaster|James Lancaster]]
|[[RepRap Prusa Mendel]]
|Retired
|
MakeICT resources
External resources

*[http://reprap.org/wiki/Prusa_Mendel_(iteration_2) RepRap.org source]
*
|-
|
|CNC Router
|Probotix
|Fireball V90
|Retired
|[[V90]]
|-
|[[File:Rostock_Max_V2.jpeg|200px]]
|[[3D Printer]]
|SeeMeCNC
|[[Rostock Max V2]]
|Retired!
|
MakeICT resources

*[[Rostock Max V2]]
|-
|[[File:Creality-cr10s.jpg|200x200px]]
|[[3D Printer]]
|Creality3D
|CR-10s
|Retired
|MakeICT resources

*[[Creality CR-10S]]

|}
</onlyinclude>
[[Category:Areas]]

FabLab Area Meetings

2024-03-14T20:01:03Z

Gemma Blackburn: Created page with "Area Meeting Notes: Fab Lab Meeting 3/6/2024 Fab Lab Workday 2/21/2024 Fab Lab Workday 1/16/2024 Fab Lab Workday 12/6/2023 Fab Lab Workday 10/28/2023"

Area Meeting Notes:

[[Fab Lab Meeting 3/6/2024]]

[[Fab Lab Workday 2/21/2024]]

[[Fab Lab Workday 1/16/2024]]

[[Fab Lab Workday 12/6/2023]]

[[Fab Lab Workday 10/28/2023]]

Fab Lab Meeting 3/6/2024

2024-03-14T20:00:40Z

Gemma Blackburn: Created page with "Attending: * Dave Miller * James Lancaster * Rustin Atkeisson * Steve Owens * Gemma Blackburn * Paul Shackleford * Domy Rivo This meeting was called to discuss the addition..."

Attending:

* Dave Miller
* James Lancaster
* Rustin Atkeisson
* Steve Owens
* Gemma Blackburn
* Paul Shackleford
* Domy Rivo

This meeting was called to discuss the addition of another Prusa 3D printer for Fab Lab.

Rustin A. advised that the Fab Lab area committee would need to take a vote to approve submitting a proposal to the Board for the purchase of a new 3D printer. It was assumed the members attending regular monthly meetings of the Fab Lab area comprised the area committee. It was suggested that the area lead needed to appoint at least one deputy lead. Dave M. appointed Gemma B. as deputy lead with no objections.

Previous area notes should be make public and will be added to the wiki.

A proposal was outlined containing the following information:

Purchase request of one new Prusa mk4 3D printer kit to meet the needs of MakeICT members.

The kit costs $799, plus $48.76 for DHL shipping. The printer ships from the Prusa factory in Prague, Czech Republic. As the purchase price is less than $800, no duty taxes will be required. Any additional accessories and parts would be purchased separately using the Fab Lab budget.

Fab Lab has collected donations of $345 to contribute to the cost of this 3D printer. A proposal will be submitting to the Board to request general funds cover the rest of the cost. If this is denied, Fab Lab will request that the area budget cover the rest.

This printer is a newer model than the four Prusa mk3s+ in Fab Lab currently, as the mk3 models were discontinued at the end of February, 2024. The mk4 is similar enough to the current printers to provide a low learning curve for members, but with additional benefits such as about 40% faster printing time, auto-offset for switching out print surfaces for different filaments, higher print quality, and easier hotend maintenance.

Would need to get a Raspberry Pi 3, SD card, and cables for networking the printer. We would have to investigate which spare parts to keep on hand that vary from the mk3s+ parts, although there is a lot of crossover between the two models.

Use numbers from a two week snapshot of printer use will also be submitted in the proposal.

Dave called a vote to approve submitting a proposal to the board for the purchase of a Prusa mk4 3D printer:

Yes: 7

No: 0

'''Other:'''

There are currently three upgrade options for the mk3s+ printers: 3.5 upgrade, 3.9 upgrade, and full mk4 upgrade.

Each upgrade has pros and cons, and this is a large topic that will require further discussion.

The 3Dprintmonitor page needs some improvements, and if a new printer is purchased it will need to be added to this page.

Currently, when a printer is down it isn't reflected on the page which can cause confusion. Also, a script running on the RPi of Prusa 1 is needed to make the page update, so if that RPi is down the page stops updating.

Steve O. is looking into this project.

Enclosures for the 3D printers were discussed, including adding an additional level to the shelving units and walling them in with acrylic with built-in doors. Enclosures would help keep the printers free of dust and lead to more successful prints with temperature sensitive material like ABS.

Fab Lab Workday 2/21/2024

2024-03-14T19:24:30Z

Gemma Blackburn: Created page with "Attending: * Dave Miller * Gemma Blackburn * Paul Shackleford * Christian Kindle * James Lancaster * Michael Atherton * Rustin Atkeisson Five unused 3D printers were prepar..."

Attending:

* Dave Miller
* Gemma Blackburn
* Paul Shackleford
* Christian Kindle
* James Lancaster
* Michael Atherton
* Rustin Atkeisson

Five unused 3D printers were prepared for auction using the "Three Nerd Rule" property removal process outlined on the [[Property removal]] page. After a quick cleaning, the printers were numbered, photos were taken, and Dave filled out property removal forms for each one. The forms were signed by Fab Lab Area Lead Dave M., MakeICT President Michael A., and MakeICT Treasurer Rustin A, and posted to the bulletin board. Dave promoted the sale on the MakeICT forum. The sale will be final after three weeks.

Spare 3D printer parts in the grey cabinet were sorted, and many parts were matched to the printers for sale.

Paul S. created a new shelf for completed 3D prints, and engraved shelves with instructions.

The proposed 3D printer maintenance schedule for the Prusas was reviewed.

Fab Lab Workday 1/16/2024

2024-03-14T19:15:54Z

Gemma Blackburn: Created page with "Attending: * Dave Miller * Paul Shackleford * Gemma Blackburn * Steve Owens '''Signage:''' Lots of discussion about signage, Still need to put the wifi credentials on the..."

Attending:

* Dave Miller
* Paul Shackleford
* Gemma Blackburn
* Steve Owens

'''Signage:'''

Lots of discussion about signage, Still need to put the wifi credentials on the wall somewhere - people ask for this often.

Identified a need to put some QR codes and use information on equipment, linking to wiki pages.

Talked about signage along the wall behind the 3D printers, including:

* How to get authorized
* Paying for prints
* 3D printer group info
* Guidelines for using the printers

'''Updates to the wiki:'''

The Fab Lab wiki pages need some updates.

Description of the area describes the area as it was in the old building. New area is ≈775 sqft

Some equipment needs added and some new pages are needed (pages needed for the vacuum former, Little Blue Mill, plastic injection molding machine). Some equipment is decommissioned (old 3D printers, CNCs) and should be noted as such on the wiki.

Paul S. updated the area description and made a decommissioned equipment list. Gemma added some equipment photos and started pages for the vacuum former and little blue mill.

Still need a wiki page for the Kinect 3D scanner & turntable, which James recently fixed and tested.

The foam cutter wiki page could use some updates. Maybe archive the old instructions in the Google drive instead of leaving them on the wiki because it looks confusing. Also - foam cutter needs fixed. Who has the knowledge to do this?

'''Access Policies:'''

Maybe need an update? Hasn’t been an update since 2/5/2017. Didn’t go into any details. Talked a bit about having approved peer-authorizers for the 3D printers instead of letting anyone do it.

Fab Lab Workday 12/6/2023

2024-03-14T19:11:16Z

Gemma Blackburn: Created page with "Attending: * Dave Miller * Paul Shackleford * Steve Saner * Gemma Blackburn * Brad Cozine * Teya Chavez '''Upcoming dates:''' Laser cutter maintenance (smaller things): 12..."

Attending:

* Dave Miller
* Paul Shackleford
* Steve Saner
* Gemma Blackburn
* Brad Cozine
* Teya Chavez

'''Upcoming dates:'''

Laser cutter maintenance (smaller things): 12/13/23, 6-8pm

Laser cutter maintenance (big things): 1/6/24, 6-8pm

3D Printer Group: 1/10/24, 6:30-8:30pm

Next Fab Lab Workday: 1/16/24, 6-8pm

'''Laser Cutter Discussion'''

Kim has worked on Mario's alignment some, which greatly helped the struggling machine. All laser cutter maintenance tasks need completed though. Two laser cutter work days have been scheduled:

-One on 12/13/23 to take care of smaller tasks, such as alignment, light cleaning, and cleaning out the blower fan.

-One on 1/6/24 to work on larger tasks, such as flushing coolant, pressure washing the beds, and oiling rails.

Additional tasks for the laser cutters:

-3D print additional 7mm and 8mm focal blocks (plus a holder for them so they don’t keep ending up on the floor, kicked under the machines)

-Create a lip for the edge of the lids so random items don’t get crushed when the lids are lowered

-Replace glass on front of Luigi

Discussed storage of laser material. Dave suggested turning the closet area to the left of Mario into flat shelf storage. Measurements and plans were discussed. The shelving can be built during a future area meeting. Still need to discuss storage of smaller pieces of material.

Discussed purchasing sheets of Masonite (35 or so full sheets per year or about $500 worth) and providing them to members with the suggestion of a donation to cover most of the cost. Sheets could be distributed on a regular schedule.

Dave will set up a time to show Steve S. and Gemma how to use the rotary tool on Mario.

Identified a need for a small shop vac for cleaning lasers, plus for cleaning Fab Lab in general.

Need to expand the material library in Lightburn, or at least on the wiki.

Paul S. showed us how to set jogging speed on Mario.

'''3D Printers'''

Prusa 1 was down due to hotend problems. Prusa 4 has been experiencing X axis slipping and is still a work in progress. All Prusas need maintenance and cleaning. The 3D Printer Group will get restarted on 1/10/24, with an immediate focus on building a team to handle maintenance tasks to share the load. Had some discussion of a forum private chat between group members to document every issue noted and each maintenance task performed, including which spare parts were used. Also need to create a regular maintenance log and a list of spare parts needed.

Dave has requested two additional Prusas in the Fab Lab budget, and also a MMU upgrade for one Prusa just to try it out.

PrusaSlicer needs upgraded on FabLab computer.

Richard Owens suggested getting some enclosures for the Prusas for environmental control. Dave will look into possibly purchasing one to try it out.

There’s a regular problem with people slicing their file for one filament type and then using another. Especially problematic when high temp filament like ABS is set to a lower temp which can damage the hotend. Gemma will create a wiki page with instructions for using PLA, PETG, and ABS. Exotic filament will require prior authorization from Fab Lab. Signage will be added to the wall behind the Prusas pointing to the wiki page.

Other signage for that wall:

-Reminder that the 3D printers require authorization (either through the Basics class or peer authorization)

-Reminder to pay for material

The 4¢ per gram should cover the cost of filament…if everyone was paying. Hopefully a reminder sign with instructions will help generate more cash. Otherwise, will look at the possibility of raising the price.

To help ensure people use the correct filament, and to keep MakeICT filament distinct from personal spools, sticker labels will be added to each spool with big “MakeICT” plus the type of filament.

Filament is running low. Dave has ordered more (including green!!)

'''Other:'''

Some discussion of exploring a fiber laser or diode laser for engraving metal - which is regularly requested by members.

The Fireball CNC was donated by Barb Davis, and Dave has reached out to her to see if she’d like it back as Fab Lab no longer needs it.

'''TO DOs:'''

Print labels for filament

Update wiki for 3D printers (material type instructions)

Create 3D Printer maintenance log

Update laser cutter maintenance log

Make new focal blocks/holders for lasers

Make edge lips for lasers

Clear out boxes of stuff under CNC desk

Contact Barb about fireball (Dave has done)

Build shelves for laser material

Create wall signs for 3D printers

Upgrade PrusaSlicer

Expand Lightburn material library

Dave teach Mario rotary tool to others

Replace front glass on Luigi

Fab Lab Workday 10/28/2023

2024-03-14T19:03:56Z

Gemma Blackburn: Created page with "Attendees: * Dave Miller * Steve Saner * Gemma Blackburn * Brad Cozine '''Laser cutters''' There’s a clipboard with routine maintenance log sheets by the laser cutters,..."

Attendees:

* Dave Miller
* Steve Saner
* Gemma Blackburn
* Brad Cozine

'''Laser cutters'''

There’s a clipboard with routine maintenance log sheets by the laser cutters, but the log hasn’t been followed in a while. Plan to discuss getting back on a schedule for maintenance at the next area meeting. Dave has been cleaning the lenses and doing some tasks as needed. It’s been a while since the beds were cleaned (using the purple stuff to soak and degrease the beds). Need a day with nice weather to clean outside. Larry Meeks had mentioned the coolant needed flushed (drain and fill chillers with distilled water). Currently have 4 gallons of distilled water on hand.

Would be helpful to have a description of each maintenance task with instructions.

Talked about encouraging people to use the calendar to reserve laser time again and promoting that. Also, check to see how well the calendar is working and if people are struggling to use it.

Someone is needed to teach the rotary tool class. Dave would share how to use it, and Steve Saner plans to teach the class.

'''3D Printers'''

There are several older printers currently not working. We discussed a priority list for possibly fixing them. Both the Ultimaker (for two color capabilities) and Ender5 (for larger plate) were considered. Paul C. had been working on the Ultimaker and made some notes - no success yet.

The Prusas are popular with members, are easy to use, and don’t require much maintenance. They are often all in use at once. Discussed the possibility of selling/auctioning some of the extra printers to help pay for additional Prusas.

Dave’s dry erase info cards by the Prusas, where members can leave their contact info, are working out well.

The money collected from the payment jar isn’t covering the cost of the filament being used. Discussed raising the price (FYI: the Wichita Public Library is charging 10¢ per gram). Also discussed putting a sign on the wall behind the printers reminding people to pay.

'''Little Blue Mill'''

The mill is working. Not sure if the final home of the mill will be Fab Lab or Metalshop. There is a concern about aluminum chips spreading around Fab Lab.

'''Vinyl Cutter'''

Vinyl cutter is now working. Steve S. offered to teach classes.

'''Vacuum Former'''

The machine should work, but we didn’t try it. Gemma will get some thermo plastic to try it out at a later meeting. Did locate some information about this specific vacuum former (Nicols Model 10-B Therm-O-Vac) and a YouTube video - would be good to add to the wiki.

Discussed modifying the frame so smaller pieces of plastic could be used to be less wasteful. The frame is 14” x 20” and currently requires material at least that size.

'''Storage / Work Areas'''

Could use a sign on the wall with the wifi credentials - something members often request.

There is a large stack of member-owned filament in FabLab that is getting a bit out of control. Discussed better storage options for this and possibly encouraging members to rent a locker to store their belongings.

Dave has been looking into installing racks for people to store their (marked and dated) material for the laser cutter, and the idea of turning the closet area into material storage.

Do we need more desks for project work? Discussed putting a desk/chairs by the south wall - would have to be near a wall for access to power. Currently that area has several CNC machines, some that are not functional. Some are member owned, but no one is sure about ownership of the Fireball mill. There are also totes full of old components and random junk by that wall, including the old guts from the little blue mill. CAD group could sort through these totes and suggest what to keep and what to discard.

3D Printing

2024-03-05T02:07:26Z

Gemma Blackburn: /* About */

[[Category:FabLab Equipment]]
==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:

*[[Prusa i3 MK3]] (x4)
*[[Ultimaker 2]]

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 [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==
===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 i3 MK3 [http://prusa1.makeict.org prusa1.makeict.org]
*Prusa i3 MK3 [http://prusa2.makeict.org prusa2.makeict.org]
*Prusa i3 MK3 [http://prusa3.makeict.org prusa3.makeict.org]
*[http://prusa4.makeict.org Prusa i3 MK3 prusa4.makeict.org]
*Ultimaker 2: [http://ultimaker.makeict.org 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
**https://drive.google.com/open?id=1c_LwoGg5Q9U5wuRVSqZHzLYhSFqgXUmNoGOQZj2W2N0
*Example files for 3D Printing Basics Class
**https://drive.google.com/open?id=1c1Jz6pHSVRO1V4L3aOdpQ0r1Tu-zE9J2
*Descriptions of the various G-Codes used to run the printers can be found here:
**http://reprap.org/wiki/G-code
*A list of some of the 3D design software we use at MakeICT
**[[3d_Design_Software|3D_Design_Software]]
*Print Status Page:
**http://3dprintmonitor.makeict.org/

Vacuum Former

2024-01-24T06:19:01Z

Gemma Blackburn:

{{Infobox vacuumFormer}}
==What is Vacuum Forming?==
Vacuum forming is a thermoforming manufacturing method used to shape plastic.

*A mold is placed on a surface that contains many small holes
*A sheet of plastic is clamped in a frame and heated until soft
*The hot plastic is pulled over the mold, and a vacuum sucks through the small holes and forms the plastic over the mold
*The result is a plastic impression of the mold’s contour

Vacuum forming can be used to mass produce functional items such as plastic packaging, and for creative works such as resin molds and costume pieces.

[https://aetlabs.com/wp-content/uploads/Vacuum_Forming_Guide.pdf Vacuum Forming Guide for the Classroom]

[https://www.youtube.com/watch?v=74l7hfbgi0s&t=1m6s Video of the Nichols Model 10-B in use.] 

==Access & Use==
Access policy not yet established

 

==Materials==
The default frame size of the Nichols Model 10-B is 14" x 20", and thermoplastic material will need to be this exact size.

There are plans to create removeable frame inserts to allow for smaller, more standard sizes of material. This will reduce plastic waste and also increase the vacuum power.

Recommended material thickness is 0.02” to 0.06”(approx. 0.5mm to 1.5mm). Most types of thermoplastic will work, but these types are recommended:
{| class="wikitable"
|+
!Plastic type
!0.5mm heating time
!1mm heating time
!1.5mm heating time
|-
|HIPS (high impact polystyrene)
|15 seconds
|30 seconds
|45 seconds
|-
|PETG (polyethylene terephthalate glycol)
|15 seconds
|30 seconds
|45 seconds
|-
|ABS (acrylonitrile butadiene styrene)
|20 seconds
|40 seconds
|60 seconds
|}
Heating times are approximate.

LDPE (low density polyethylene) is not recommended as the machine cannot heat the plastic hot enough to mold.

 
==Mold Design==
This section will contain information about creating molds, mold materials to use, and design best practices,

Template:Infobox vacuumFormer

2024-01-22T01:40:03Z

Gemma Blackburn:

<onlyinclude>
{| class="wikitable floatright"
! colspan="2" style="background:lightblue;width:200px;font-size:10pt" | Nichols Model 10-B Therm-O-Vac Vacuum Former
|-
| colspan="2" style="text-align:center;font-size:7pt" | [[File:vacuumFormer.jpg|noframe|x400px]] 
|-
| colspan="2" style="background:lightblue;text-align:center;font-size:9pt" | Technical Specifications
|-
| style="font-size:9pt" | Manufacturer || style="font-size:9pt" | Industrial Arts Supply Co.
|-
| style="font-size:9pt" | Frame size || style="font-size:9pt" | 14" x 20" (approx. 356mm x 508mm)
|-
| style="font-size:9pt" | Material thickness || style="font-size:9pt" | 0.2" to 0.6" (approx. 0.5mm to 1.5mm)
|-
| style="font-size:9pt" | Operation || style="font-size:9pt" | Single 3-way switch
|-
|}
</onlyinclude>

FabLab Area

2024-01-22T01:39:10Z

Gemma Blackburn:

==General Information==
MakeICT's FabLab is an open area dedicated to fabrication and rapid prototyping. Members can test ideas and concepts before moving on to more expensive materials or processes, or simply enjoy the creative process of making.

If you have any issues with FabLab equipment, please e-mail [mailto:fablab@makeict.org fablab@makeict.org].

==Access Policy==
{{:FabLab_Access_Policy}}

==FabLab Area Safety==

#Do not use any machine you are not trained on and comfortable using. If at any time you are unsure of what you are doing, stop immediately and ask for help on the [https://talk.makeict.org MakeICT forum] or email [mailto:fablab@makeict.org fablab@makeict.org].
#Do not use any machine that is not in good working order. Stop, unplug and leave a note on the machine and notify [mailto:fablab@makeict.org FabLab leadership].
#Never assume a tool is properly adjusted; always check the tool prior to use.
#Never modify or hack any equipment.
#If something is wrong, leave a note in an obvious place on the troubled equipment and e-mail [mailto:fablab@makeict.org fablab@makeict.org].

==Equipment List==
<onlyinclude>
{| class="wikitable sortable"
|-
!Picture
!What
!Manufacturer
!Model
!Status
!Resources
|-
|[[File:Laser_cutter.jpg|200px]]
|[[Laser Cutter]]
|Rabbit Laser
|[[Laser Cutter|QX1290]]
|Operational
|
MakeICT resources

*[[Laser Cutter]]

External resources

*[http://www.rabbitlaserusa.com/ManualsTutorials.html Manuals]
*[http://www.rabbitlaserusa.com/laser_RL1290.html QX1290 Specs]

|-
|[[File:Laser_cutter.jpg|200px]]
|[[Laser Cutter]]
|Rabbit Laser
|[[Laser Cutter|QX1290]]
|Operational
|
MakeICT resources

*[[Laser Cutter]]

External resources

*[http://www.rabbitlaserusa.com/ManualsTutorials.html Manuals]
*[http://www.rabbitlaserusa.com/laser_RL1290.html QX1290 Specs]

External resources
|-
|[[File:Original-prusa-i3-mk3s-3d-printer.jpg|200x200px]]
|[[3D Printer]]
|Prusa3D
|i3 Mk3S+
|Operational
|MakeICT resources

*[[Prusa i3 MK3]]
|-
|[[File:Original-prusa-i3-mk3s-3d-printer.jpg|200x200px]]
|[[3D Printer]]
|Prusa3D
|i3 Mk3S+
|Operational
|MakeICT resources

*[[Prusa i3 MK3]]
|-
|[[File:Original-prusa-i3-mk3s-3d-printer.jpg|200x200px]]
|[[3D Printer]]
|Prusa3D
|i3 Mk3S+
|Operational
|MakeICT resources

*[[Prusa i3 MK3]]

|-
|[[File:Original-prusa-i3-mk3s-3d-printer.jpg|200x200px]]
|[[3D Printer]]
|Prusa3D
|i3 Mk3S+
|Operational
|MakeICT resources

*[[Prusa i3 MK3]]
|-
|[[File:Ender5+.jpg|200x200px]]
|[[3D Printer]]
|Creality3D
|Ender 5 Plus
|Needs Repair
|
|-
|[[File:Ultimaker II.jpeg|200px]]
|[[3D Printer]]
|Ultimaker
|[[Ultimaker 2]]
|Needs Repair
|
MakeICT resources

*[[Ultimaker 2]]

External resources

*[https://ultimaker.com/en/support/ultimaker-3d-printers/ultimaker-2 Overview]
*[https://ultimaker.com/en/products/ultimaker-2#specifications Specs]
*[http://support.3dverkstan.se/article/23-a-visual-ultimaker-troubleshooting-guide Troubleshooting]
|-
|[[File:Graphtec_fc2200.gif|200px]]
|[[Vinyl Cutting And Plotting|Graphtec Plotter/Vinyl Cutter]]
|Graphtec
|[[Graphtec_FC2200-90/EX|Graphtec_FC2200-90/EX]]
|Operational
|
*[[Graphtec FC2200-90/EX|Graphtec Plotter]]
|-
|[[File:Lbm.jpg|alt=Little Blue Mill|left|thumb|180x180px]]
|[[Little Blue Mill]]
|Originally Sherline
|Little Blue Mill
|Operational
|[[Little Blue Mill]]
|-
|[[File:Foam-Cutter.jpg|200px]]
|[[Foam Cutter]]
|[[User:Tom McGuire|Tom McGuire]]
|[[Foam Cutting Machine]]
|Needs Maintenance
|
*[[Foam Cutting Machine]]
|-
|[[File:VacuumFormer.jpg|alt=Vacuum former|left|thumb|200x200px]]
|[[Vacuum Former]]
|Industrial Arts Supply Co.
|Nichols model 10-B Therm-O-Vac
|Operational
|
MakeICT resources

*[[Vacuum Former]]
|-
|[[File:Xbox-kinect.jpg|200px]]
|[[Kinect Scanner]]
|Microsoft
|[[Kinect]]
|Operational
|
*[[Kinect Scanner]]
|-
|
|[[Turntable for Kinect]]
|[[User:James Lancaster|James Lancaster]]
|[[Turntable]]
|Operational
|
*[[Kinect Scanner]]
|-
|[[File:PlasticInjection.jpg|alt=Plastic injection molding machine|left|thumb|200x200px]]
|Plastic Injection Molding Machine
|
|
|Needs tested
|MakeICT resources
|-
|
|[[Plotter]]
|
|[[HP Designjet 1050C Plus]]
|Unknown
|
MakeICT resources

|-
|
|CNC Mini Mill
|Sherline
|Black Sherline Mill
|Needs repaired
|[[Sherline_CNC_Mill]]
|-
|
|CNC Mini Lathe
|Emco
|Emco Lathe
|Needs repaired and setup
|
|}
</onlyinclude>

==Retired Equipment==
<onlyinclude>
{| class="wikitable sortable"
|-
!Picture
!What
!Manufacturer
!Model
!Status
!Resources
|-
|[[File:Reprap Mendel Prusa.jpg|200px]]
|[[3D Printer]]
|[[User:James Lancaster|James Lancaster]]
|[[RepRap Prusa Mendel]]
|Retired
|
MakeICT resources
External resources

*[http://reprap.org/wiki/Prusa_Mendel_(iteration_2) RepRap.org source]
*
|-
|
|CNC Router
|Probotix
|Fireball V90
|Retired
|[[V90]]
|-
|[[File:Rostock_Max_V2.jpeg|200px]]
|[[3D Printer]]
|SeeMeCNC
|[[Rostock Max V2]]
|Retired!
|
MakeICT resources

*[[Rostock Max V2]]
|-
|[[File:Creality-cr10s.jpg|200x200px]]
|[[3D Printer]]
|Creality3D
|CR-10s
|Retired
|MakeICT resources

*[[Creality CR-10S]]

|}
</onlyinclude>
[[Category:Areas]]

File:VacuumFormer.jpg

2024-01-22T01:38:16Z

Gemma Blackburn:

Vacuum former

File:PlasticInjection.jpg

2024-01-22T01:36:59Z

Gemma Blackburn:

Plastic injection molding machine

FabLab Area

2024-01-21T05:29:35Z

Gemma Blackburn:

==General Information==
MakeICT's FabLab is an open area dedicated to fabrication and rapid prototyping. Members can test ideas and concepts before moving on to more expensive materials or processes, or simply enjoy the creative process of making.

If you have any issues with FabLab equipment, please e-mail [mailto:fablab@makeict.org fablab@makeict.org].

==Access Policy==
{{:FabLab_Access_Policy}}

==FabLab Area Safety==

#Do not use any machine you are not trained on and comfortable using. If at any time you are unsure of what you are doing, stop immediately and ask for help on the [https://talk.makeict.org MakeICT forum] or email [mailto:fablab@makeict.org fablab@makeict.org].
#Do not use any machine that is not in good working order. Stop, unplug and leave a note on the machine and notify [mailto:fablab@makeict.org FabLab leadership].
#Never assume a tool is properly adjusted; always check the tool prior to use.
#Never modify or hack any equipment.
#If something is wrong, leave a note in an obvious place on the troubled equipment and e-mail [mailto:fablab@makeict.org fablab@makeict.org].

==Equipment List==
<onlyinclude>
{| class="wikitable sortable"
|-
!Picture
!What
!Manufacturer
!Model
!Status
!Resources
|-
|[[File:Laser_cutter.jpg|200px]]
|[[Laser Cutter]]
|Rabbit Laser
|[[Laser Cutter|QX1290]]
|Operational
|
MakeICT resources

*[[Laser Cutter]]

External resources

*[http://www.rabbitlaserusa.com/ManualsTutorials.html Manuals]
*[http://www.rabbitlaserusa.com/laser_RL1290.html QX1290 Specs]

|-
|[[File:Laser_cutter.jpg|200px]]
|[[Laser Cutter]]
|Rabbit Laser
|[[Laser Cutter|QX1290]]
|Operational
|
MakeICT resources

*[[Laser Cutter]]

External resources

*[http://www.rabbitlaserusa.com/ManualsTutorials.html Manuals]
*[http://www.rabbitlaserusa.com/laser_RL1290.html QX1290 Specs]

External resources
|-
|[[File:Original-prusa-i3-mk3s-3d-printer.jpg|200x200px]]
|[[3D Printer]]
|Prusa3D
|i3 Mk3S+
|Operational
|MakeICT resources

*[[Prusa i3 MK3]]
|-
|[[File:Original-prusa-i3-mk3s-3d-printer.jpg|200x200px]]
|[[3D Printer]]
|Prusa3D
|i3 Mk3S+
|Operational
|MakeICT resources

*[[Prusa i3 MK3]]
|-
|[[File:Original-prusa-i3-mk3s-3d-printer.jpg|200x200px]]
|[[3D Printer]]
|Prusa3D
|i3 Mk3S+
|Operational
|MakeICT resources

*[[Prusa i3 MK3]]

|-
|[[File:Original-prusa-i3-mk3s-3d-printer.jpg|200x200px]]
|[[3D Printer]]
|Prusa3D
|i3 Mk3S+
|Operational
|MakeICT resources

*[[Prusa i3 MK3]]
|-
|[[File:Ender5+.jpg|200x200px]]
|[[3D Printer]]
|Creality3D
|Ender 5 Plus
|Needs Repair
|
|-
|[[File:Ultimaker II.jpeg|200px]]
|[[3D Printer]]
|Ultimaker
|[[Ultimaker 2]]
|Needs Repair
|
MakeICT resources

*[[Ultimaker 2]]

External resources

*[https://ultimaker.com/en/support/ultimaker-3d-printers/ultimaker-2 Overview]
*[https://ultimaker.com/en/products/ultimaker-2#specifications Specs]
*[http://support.3dverkstan.se/article/23-a-visual-ultimaker-troubleshooting-guide Troubleshooting]
|-
|[[File:Graphtec_fc2200.gif|200px]]
|[[Vinyl Cutting And Plotting|Graphtec Plotter/Vinyl Cutter]]
|Graphtec
|[[Graphtec_FC2200-90/EX|Graphtec_FC2200-90/EX]]
|Operational
|
*[[Graphtec FC2200-90/EX|Graphtec Plotter]]
|-
|[[File:Lbm.jpg|alt=Little Blue Mill|left|thumb|180x180px]]
|[[Little Blue Mill]]
|Originally Sherline
|Little Blue Mill
|Operational
|[[Little Blue Mill]]
|-
|[[File:Foam-Cutter.jpg|200px]]
|[[Foam Cutter]]
|[[User:Tom McGuire|Tom McGuire]]
|[[Foam Cutting Machine]]
|Needs Maintenance
|
*[[Foam Cutting Machine]]
|-
|
|[[Vacuum Former]]
|Industrial Arts Supply Co.
|Nichols model 10-B Therm-O-Vac
|Operational
|
MakeICT resources

*[[Vacuum Former]]
|-
|[[File:Xbox-kinect.jpg|200px]]
|[[Kinect Scanner]]
|Microsoft
|[[Kinect]]
|Operational
|
*[[Kinect Scanner]]
|-
|
|[[Turntable for Kinect]]
|[[User:James Lancaster|James Lancaster]]
|[[Turntable]]
|Operational
|
*[[Kinect Scanner]]
|-
|
|Plastic Injection Molding Machine
|
|
|Needs tested
|MakeICT resources
|-
|
|[[Plotter]]
|
|[[HP Designjet 1050C Plus]]
|Unknown
|
MakeICT resources

|-
|
|CNC Mini Mill
|Sherline
|Black Sherline Mill
|Needs repaired
|[[Sherline_CNC_Mill]]
|-
|
|CNC Mini Lathe
|Emco
|Emco Lathe
|Needs repaired and setup
|
|}
</onlyinclude>

==Retired Equipment==
<onlyinclude>
{| class="wikitable sortable"
|-
!Picture
!What
!Manufacturer
!Model
!Status
!Resources
|-
|[[File:Reprap Mendel Prusa.jpg|200px]]
|[[3D Printer]]
|[[User:James Lancaster|James Lancaster]]
|[[RepRap Prusa Mendel]]
|Retired
|
MakeICT resources
External resources

*[http://reprap.org/wiki/Prusa_Mendel_(iteration_2) RepRap.org source]
*
|-
|
|CNC Router
|Probotix
|Fireball V90
|Retired
|[[V90]]
|-
|[[File:Rostock_Max_V2.jpeg|200px]]
|[[3D Printer]]
|SeeMeCNC
|[[Rostock Max V2]]
|Retired!
|
MakeICT resources

*[[Rostock Max V2]]
|-
|[[File:Creality-cr10s.jpg|200x200px]]
|[[3D Printer]]
|Creality3D
|CR-10s
|Retired
|MakeICT resources

*[[Creality CR-10S]]

|}
</onlyinclude>
[[Category:Areas]]

FabLab Area

2024-01-21T05:10:09Z

Gemma Blackburn: /* Equipment List */

{{needs-update|details=needs Vinyl cutter in Access Policy}}
==General Information==
MakeICT's FabLab is an open area dedicated to fabrication and rapid prototyping. Members can test ideas and concepts before moving on to more expensive materials or processes, or simply enjoy the creative process of making.

If you have any issues with FabLab equipment, please e-mail [mailto:fablab@makeict.org fablab@makeict.org].

==Access Policy==
{{:FabLab_Access_Policy}}

==FabLab Area Safety==

#Do not use any machine you are not trained on and comfortable using. If at any time you are unsure of what you are doing, stop immediately and ask for help on the [https://talk.makeict.org MakeICT forum] or email [mailto:fablab@makeict.org fablab@makeict.org].
#Do not use any machine that is not in good working order. Stop, unplug and leave a note on the machine and notify [mailto:fablab@makeict.org FabLab leadership].
#Never assume a tool is properly adjusted; always check the tool prior to use.
#Never modify or hack any equipment.
#If something is wrong, leave a note in an obvious place on the troubled equipment and e-mail [mailto:fablab@makeict.org fablab@makeict.org].

==Equipment List==
<onlyinclude>
{| class="wikitable sortable"
|-
!Picture
!What
!Manufacturer
!Model
!Status
!Resources
|-
|[[File:Laser_cutter.jpg|200px]]
|[[Laser Cutter]]
|Rabbit Laser
|[[Laser Cutter|QX1290]]
|Operational
|
MakeICT resources

*[[Laser Cutter]]

External resources

*[http://www.rabbitlaserusa.com/ManualsTutorials.html Manuals]
*[http://www.rabbitlaserusa.com/laser_RL1290.html QX1290 Specs]

|-
|[[File:Laser_cutter.jpg|200px]]
|[[Laser Cutter]]
|Rabbit Laser
|[[Laser Cutter|QX1290]]
|Operational
|
MakeICT resources

*[[Laser Cutter]]

External resources

*[http://www.rabbitlaserusa.com/ManualsTutorials.html Manuals]
*[http://www.rabbitlaserusa.com/laser_RL1290.html QX1290 Specs]

External resources
|-
|[[File:Original-prusa-i3-mk3s-3d-printer.jpg|200x200px]]
|[[3D Printer]]
|Prusa3D
|i3 Mk3S+
|Operational
|MakeICT resources

*[[Prusa i3 MK3]]
|-
|[[File:Original-prusa-i3-mk3s-3d-printer.jpg|200x200px]]
|[[3D Printer]]
|Prusa3D
|i3 Mk3S+
|Operational
|MakeICT resources

*[[Prusa i3 MK3]]
|-
|[[File:Original-prusa-i3-mk3s-3d-printer.jpg|200x200px]]
|[[3D Printer]]
|Prusa3D
|i3 Mk3S+
|Operational
|MakeICT resources

*[[Prusa i3 MK3]]

|-
|[[File:Original-prusa-i3-mk3s-3d-printer.jpg|200x200px]]
|[[3D Printer]]
|Prusa3D
|i3 Mk3S+
|Operational
|MakeICT resources

*[[Prusa i3 MK3]]
|-
|[[File:Ender5+.jpg|200x200px]]
|[[3D Printer]]
|Creality3D
|Ender 5 Plus
|Needs Repair
|
|-
|[[File:Ultimaker II.jpeg|200px]]
|[[3D Printer]]
|Ultimaker
|[[Ultimaker 2]]
|Needs Repair
|
MakeICT resources

*[[Ultimaker 2]]

External resources

*[https://ultimaker.com/en/support/ultimaker-3d-printers/ultimaker-2 Overview]
*[https://ultimaker.com/en/products/ultimaker-2#specifications Specs]
*[http://support.3dverkstan.se/article/23-a-visual-ultimaker-troubleshooting-guide Troubleshooting]
|-
|[[File:Graphtec_fc2200.gif|200px]]
|[[Vinyl Cutting And Plotting|Graphtec Plotter/Vinyl Cutter]]
|Graphtec
|[[Graphtec_FC2200-90/EX|Graphtec_FC2200-90/EX]]
|Operational
|
*[[Graphtec FC2200-90/EX|Graphtec Plotter]]
|-
|[[File:Lbm.jpg|alt=Little Blue Mill|left|thumb|180x180px]]
|[[Little Blue Mill]]
|Originally Sherline
|Little Blue Mill
|Operational
|[[Little Blue Mill]]
|-
|[[File:Foam-Cutter.jpg|200px]]
|[[Foam Cutter]]
|[[User:Tom McGuire|Tom McGuire]]
|[[Foam Cutting Machine]]
|Needs Maintenance
|
*[[Foam Cutting Machine]]
|-
|
|[[Vacuum Former]]
|Industrial Arts Supply Co.
|Nichols model 10-B Therm-O-Vac
|Operational
|
MakeICT resources

*[[Vacuum Former]]
|-
|[[File:Xbox-kinect.jpg|200px]]
|[[Kinect Scanner]]
|Microsoft
|[[Kinect]]
|Operational
|
*[[Kinect Scanner]]
|-
|
|[[Turntable for Kinect]]
|[[User:James Lancaster|James Lancaster]]
|[[Turntable]]
|Operational
|
*[[Kinect Scanner]]
|-
|
|Plastic Injection Molding Machine
|
|
|Needs tested
|MakeICT resources
|-
|
|[[Plotter]]
|
|[[HP Designjet 1050C Plus]]
|Unknown
|
MakeICT resources

|-
|
|CNC Mini Mill
|Sherline
|Black Sherline Mill
|Needs repaired
|[[Sherline_CNC_Mill]]
|-
|
|CNC Mini Lathe
|Emco
|Emco Lathe
|Needs repaired and setup
|
|}
</onlyinclude>

==Retired Equipment==
<onlyinclude>
{| class="wikitable sortable"
|-
!Picture
!What
!Manufacturer
!Model
!Status
!Resources
|-
|[[File:Reprap Mendel Prusa.jpg|200px]]
|[[3D Printer]]
|[[User:James Lancaster|James Lancaster]]
|[[RepRap Prusa Mendel]]
|Retired
|
MakeICT resources
External resources

*[http://reprap.org/wiki/Prusa_Mendel_(iteration_2) RepRap.org source]
*
|-
|
|CNC Router
|Probotix
|Fireball V90
|Retired
|[[V90]]
|-
|[[File:Rostock_Max_V2.jpeg|200px]]
|[[3D Printer]]
|SeeMeCNC
|[[Rostock Max V2]]
|Retired!
|
MakeICT resources

*[[Rostock Max V2]]
|-
|[[File:Creality-cr10s.jpg|200x200px]]
|[[3D Printer]]
|Creality3D
|CR-10s
|Retired
|MakeICT resources

*[[Creality CR-10S]]

|}
</onlyinclude>
[[Category:Areas]]

Vacuum Former

2024-01-21T04:56:41Z

Gemma Blackburn:

{{Infobox vacuumFormer}}
==What is Vacuum Forming?==
Vacuum forming is a thermoforming manufacturing method used to shape plastic.

*A mold is placed on a surface that contains many small holes
*A sheet of plastic is clamped in a frame and heated until soft
*The hot plastic is pulled over the mold, and a vacuum sucks through the small holes and forms the plastic over the mold
*The result is a plastic impression of the mold’s contour

Vacuum forming can be used to mass produce functional items such as plastic packaging, and for creative works such as resin molds and costume pieces.

[https://aetlabs.com/wp-content/uploads/Vacuum_Forming_Guide.pdf Vacuum Forming Guide for the Classroom]

[https://www.youtube.com/watch?v=74l7hfbgi0s&t=1m6s Video of the Nichols Model 10-B in use.] 

==Access & Use==
Access policy not yet established

 

==Materials==
The default frame size of the Nichols Model 10-B is 14" x 20", and thermoplastic material will need to be this exact size.

There are plans to create removeable frame inserts to allow for smaller, more standard sizes of material. This will reduce plastic waste and also increase the vacuum power.

Recommended material thickness is 0.2" to 0.6" (approx. 0.5mm to 1.5mm). Most types of thermoplastic will work, but these types are recommended:
{| class="wikitable"
|+
!Plastic type
!0.5mm heating time
!1mm heating time
!1.5mm heating time
|-
|HIPS (high impact polystyrene)
|15 seconds
|30 seconds
|45 seconds
|-
|PETG (polyethylene terephthalate glycol)
|15 seconds
|30 seconds
|45 seconds
|-
|ABS (acrylonitrile butadiene styrene)
|20 seconds
|40 seconds
|60 seconds
|}
Heating times are approximate.

LDPE (low density polyethylene) is not recommended as the machine cannot heat the plastic hot enough to mold.

 
==Mold Design==
This section will contain information about creating molds, mold materials to use, and design best practices,

Template:Infobox vacuumFormer

2024-01-21T04:55:32Z

Gemma Blackburn:

<onlyinclude>
{| class="wikitable floatright"
! colspan="2" style="background:lightblue;width:200px;font-size:10pt" | Nichols Model 10-B Therm-O-Vac Vacuum Former
|-
| colspan="2" style="text-align:center;font-size:7pt" | [[File:.jpg|noframe|x400px]] 
|-
| colspan="2" style="background:lightblue;text-align:center;font-size:9pt" | Technical Specifications
|-
| style="font-size:9pt" | Manufacturer || style="font-size:9pt" | Industrial Arts Supply Co.
|-
| style="font-size:9pt" | Frame size || style="font-size:9pt" | 14" x 20" (approx. 356mm x 508mm)
|-
| style="font-size:9pt" | Material thickness || style="font-size:9pt" | 0.2" to 0.6" (approx. 0.5mm to 1.5mm)
|-
| style="font-size:9pt" | Operation || style="font-size:9pt" | Single 3-way switch
|-
|}
</onlyinclude>

Vacuum Former

2024-01-21T04:41:17Z

Gemma Blackburn:

{{Infobox vacuumFormer}}
==What is vacuum forming?==
Vacuum forming is a thermoforming manufacturing method used to shape plastic.

*A mold is placed on a surface that contains many small holes
*A sheet of plastic is clamped in a frame and heated until soft
*The hot plastic is pulled over the mold, and a vacuum sucks through the small holes and forms the plastic over the mold
*The result is a plastic impression of the mold’s contour

Vacuum forming can be used to mass produce functional items such as plastic packaging, and for creative works such as resin molds and costume pieces.

[https://aetlabs.com/wp-content/uploads/Vacuum_Forming_Guide.pdf Vacuum Forming Guide for the Classroom]

[https://www.youtube.com/watch?v=74l7hfbgi0s&t=1m6s Video of the Nichols Model 10-B in use.] 

==Access & Use==
Access policy not yet established

 

==Materials==
The default frame size of the Nichols Model 10-B is 14" x 20", and thermoplastic material will need to be this exact size.

There are plans to create removeable frame inserts to allow for smaller, more standard sizes of material. This will reduce plastic waste and also increase the vacuum power.

Recommended material thickness is 0.2" to 0.6" (approx. 0.5mm to 1.5mm). Most types of thermoplastics will work, but these types are recommended:
{| class="wikitable"
|+
!Plastic type
!0.5mm heating time
!1mm heating time
!1.5mm heating time
|-
|HIPS (high impact polystyrene)
|15 seconds
|30 seconds
|45 seconds
|-
|PETG (polyethylene terephthalate glycol)
|15 seconds
|30 seconds
|45 seconds
|-
|ABS (acrylonitrile butadiene styrene)
|20 seconds
|40 seconds
|60 seconds
|}
Heating times are approximate.

LDPE (low density polyethylene) is not recommended as the machine cannot heat the plastic hot enough to mold.

 
==Mold Design==
This section will contain information about creating molds, mold materials to use, and design best practices,

Vacuum Former

2024-01-21T04:39:50Z

Gemma Blackburn:

Vacuum Former

2024-01-21T04:35:55Z

Gemma Blackburn:

{{Infobox vacuumFormer}}
==What is vacuum forming?==
Vacuum forming is a thermoforming manufacturing method used to shape plastic.

*A mold is placed on a surface that contains many small holes
*A sheet of plastic is clamped in a frame and heated until soft
*The hot plastic is pulled over the mold, and a vacuum sucks through the small holes and forms the plastic over the mold
*The result is a plastic impression of the mold’s contour

Vacuum forming can be used to mass produce functional items such as plastic packaging, and for creative works such as resin molds and costume pieces.
 

==Access & Use==
Access policy not yet established 

==Materials==
The default frame size of the Nichols Model 10-B is 14" x 20", and thermoplastic material will need to be this exact size.

There are plans to create removeable frame inserts to allow for smaller, more standard sizes of material. This will reduce plastic waste and also increase the vacuum power.

Recommended material thickness is 0.2" to 0.6" (approx. 0.5mm to 1.5mm). Most types of thermoplastics will work, but these types are recommended:
{| class="wikitable"
|+
!Plastic type
!0.5mm heating time
!1mm heating time
!1.5mm heating time
|-
|HIPS (high impact polystyrene)
|15 seconds
|30 seconds
|45 seconds
|-
|PETG (polyethylene terephthalate glycol)
|15 seconds
|30 seconds
|45 seconds
|-
|ABS (acrylonitrile butadiene styrene)
|20 seconds
|40 seconds
|60 seconds
|}
Heating times are approximate.

LDPE (low density polyethylene) is not recommended as the machine cannot heat the plastic hot enough to mold.
 
==Mold Design==

Vacuum Former

2024-01-21T04:06:16Z

Gemma Blackburn:

{{Infobox vacuumFormer}}

 
==What is vacuum forming?==
Vacuum forming is a thermoforming manufacturing method used to shape plastic.

*A mold is placed on a surface that contains many small holes
*A sheet of plastic is clamped in a frame and heated until soft
*The hot plastic is pulled over the mold, and a vacuum sucks through the small holes and forms the plastic over the mold
*The result is a plastic impression of the mold’s contour

Vacuum forming can be used to mass produce functional items such as plastic packaging, and for creative works such as resin molds and costume pieces.
 

==Access==
 

==Materials==
 

==Mold Design==

Template:Infobox vacuumFormer

2024-01-21T04:06:02Z

Gemma Blackburn: Created page with "<onlyinclude> {| class="wikitable floatright" ! colspan="2" style="background:lightblue;width:200px;font-size:10pt" | Nichols Model 10-B Therm-O-Vac Vacuum Former |- | colspan..."

<onlyinclude>
{| class="wikitable floatright"
! colspan="2" style="background:lightblue;width:200px;font-size:10pt" | Nichols Model 10-B Therm-O-Vac Vacuum Former
|-
| colspan="2" style="text-align:center;font-size:7pt" | [[File:.jpg|noframe|x400px]] 
|-
| colspan="2" style="background:lightblue;text-align:center;font-size:9pt" | Technical Specifications
|-
| style="font-size:9pt" | Frame size || style="font-size:9pt" | 14" x 20" (approx. 356mm x 508mm)
|-
| style="font-size:9pt" | Material thickness || style="font-size:9pt" | 0.2" to 0.6" (approx. 0.5mm to 1.5mm)
|-
| style="font-size:9pt" | Operation || style="font-size:9pt" | Single 3-way switch
|-
|}
</onlyinclude>

Vacuum Former

2024-01-21T03:54:20Z

Gemma Blackburn:

== What is vacuum forming? ==
Vacuum forming is a thermoforming manufacturing method used to shape plastic.

* A mold is placed on a surface that contains many small holes
* A sheet of plastic is clamped in a frame and heated until soft
* The hot plastic is pulled over the mold, and a vacuum sucks through the small holes and forms the plastic over the mold
* The result is a plastic impression of the mold’s contour

Vacuum forming can be used to mass produce functional items such as plastic packaging, and for creative works such as resin molds and costume pieces.
 

== Access ==
 

== Materials ==
 

== Mold Design ==