Asmbly Wiki - User contributions [en]

Prusa MK3S+

2024-09-28T23:44:37Z

Pearlgreymusic:

{{Required|Intro to Filament 3D Printing}}
{{ToolPhoto|Prusa_MK3S.jpg}}

Asmbly has three Prusa i3 MK3S+ 3D Printers. As of now, these are the recommended 3D printers for new users and will be covered in the Intro to 3D Printing class. These printers live to the left in the printing enclosure. The one on the left is named Apollo, and the middle is named Hermes, and the rightmost is Sunwukong.

{|class="wikitable" width="100%" style="text-align: center; margin: auto"
|+ASMBLY Prusa i3 MK3S+ Printers
|-
|
{{Infobox 3d printer
| Printer Name = Apollo
| Status = {{PrinterActive}}
| Manufacturer = Prusa
| Model = i3 MK3S+ & Pi 3B
| Network Address = http://apollo-printer.local/
| WebInterface = Octoprint, Device Screen & Buttons
| Nozzle Size (mm) = 0.4
| Nozzle Type = Revo ObXidian (Abrasives Allowed)
| Nozzle Count = 1
| Filament Size (mm) = 1.75
| Print Volume (mm) = 250 x 210 x 210
| Max Bed Temperature (C) = 122
| Max Nozzle Temperature (C) = 295
| Max Print Speed (mm/s) = 100
| Extruder Type = Direct
}}
||
{{Infobox 3d printer
| Printer Name = Hermes
| Status = {{PrinterActive}}
| Manufacturer = Prusa
| Model = i3 MK3S+ & Pi 4B
| Network Address = http://hermes-printer.local/
| WebInterface = Octoprint, Device Screen & Buttons
| Nozzle Size (mm) = 0.4
| Nozzle Type = Revo ObXidian (Abrasives Allowed)
| Nozzle Count = 1
| Filament Size (mm) = 1.75
| Print Volume (mm) = 250 x 210 x 210
| Max Bed Temperature (C) = 122
| Max Nozzle Temperature (C) = 295
| Max Print Speed (mm/s) = 100
| Extruder Type = Direct
}}
||
{{Infobox 3d printer
| Printer Name = Sunwukong
| Status = {{PrinterActive}}
| Manufacturer = Prusa
| Model = i3 MK3S+ & Pi 4B
| Network Address = http://sunwukong-printer.local/
| WebInterface = Octoprint, Device Screen & Buttons
| Nozzle Size (mm) = 0.4
| Nozzle Type = Revo ObXidian (Abrasives Allowed)
| Nozzle Count = 1
| Filament Size (mm) = 1.75
| Print Volume (mm) = 250 x 210 x 210
| Max Bed Temperature (C) = 122
| Max Nozzle Temperature (C) = 295
| Max Print Speed (mm/s) = 100
| Extruder Type = Direct
}}
|}

The printers are controllable over Octoprint, which you can use the web browser or an app to connect to while on the ASMBLY network. You cannot access these machines from home. Tasks such as preheating and filament changes can be done via the built-in panel on the front bottom of the printer. The Octoprint configuration is the standard OctoPi installation, consisting of the Raspberry Pi 3 or 4 being attached to the back of the printer frame, connected via USB to the printer and via Ethernet to the ASMBLY network (WiFi connection from the Pi to the network is currently unstable), with the OctoPi 1.0.0 (build 2023.10.09.151442) stable image installed on the Pi. In an attempt to keep the printers as easily serviced and maintained, we are trying to keep the installation as standard as possible. More documentation about OctoPi can be found [https://help.prusa3d.com/article/octoprint-configuration-and-install_2182 here]. Files for printing replacement Pi 3B and Pi 4B cases can be found at the page bottom.

'''Login information: The username is "User", and the password is the ASMBLY WiFi password (Look around the space for plaques that state this information, or find a steward).'''

== Revo Hotend Upgrade ==

All three Prusa i3 mk3s+ printers have been upgraded with the E3D Revo hotend (from the stock E3D V6). They are all equipped with the 0.4mm abrasion-resistance ObXidian nozzles. Please do not change the size of the nozzles. We upgraded to the Revo to improve ease of maintenance and reliability of the printers, but do not currently have a system to support nozzle size changes.

Ignore messages about a firmware upgrade warning- the printers had to be downgraded to Firmware 3.12 in order to use the Revo nozzles. We have not yet been able to get the newest firmware working with Revo (including the Revo specific firmware).
== Maintenance ==

Due to the Octoprint installation on the printers, take extra care to make sure not only the main power cable is unplugged from the printer, but also the ethernet cable and the USB power cable connected to the Pi mounted to the back-upper-left corner of the printer when moving the printer around or out of the enclosure. Remember to reconnect these later.

== Rebooting Procedure ==

In order to fully reboot the printer and the Octoprint server attached to it, power off the Pi at the back-upper-left of the printer by toggling it's inline power switch, and turn the printer off using the power switch on the power supply unit at the back of the printer. Then toggle the power supply unit switch back on, and then turn the Pi back on. The Octoprint page should be reachable in under one minute.

Because the Octoprint servers are now installed individually to each printer, it is safe to reboot a printer and Octoprint without disrupting the other printers in operation. This was not the case with the previous printers.

{{ToolPhoto|Threeprusai3s.jpg}}

== Resources ==
* [[Media:Prusa MK3S Handbook.pdf|User Manual]]
* [https://help.prusa3d.com/article/octoprint-configuration-and-install_2182 Octoprint - Configuration and install]
* [https://www.thingiverse.com/thing:4425749 Pi 4 Case with Prusa i3 Mounting]
* [https://www.thingiverse.com/thing:3004038 Pi 3 Case with Prusa i3 Mounting]

{{Owned}}
[[Category:3D Printing]]

Prusa MK3S+

2024-09-28T23:43:47Z

Pearlgreymusic: Revo upgrade stuff

{{Required|Intro to Filament 3D Printing}}
{{ToolPhoto|Prusa_MK3S.jpg}}

Asmbly has three Prusa i3 MK3S+ 3D Printers. As of now, these are the recommended 3D printers for new users and will be covered in the Intro to 3D Printing class. These printers live to the left in the printing enclosure. The one on the left is named Apollo, and the middle is named Hermes, and the rightmost is Sunwukong.

{|class="wikitable" width="100%" style="text-align: center; margin: auto"
|+ASMBLY Prusa i3 MK3S+ Printers
|-
|
{{Infobox 3d printer
| Printer Name = Apollo
| Status = {{PrinterActive}}
| Manufacturer = Prusa
| Model = i3 MK3S+ & Pi 3B
| Network Address = http://apollo-printer.local/
| WebInterface = Octoprint, Device Screen & Buttons
| Nozzle Size (mm) = 0.4
| Nozzle Type = Hardened Steel
| Nozzle Count = 1
| Filament Size (mm) = 1.75
| Print Volume (mm) = 250 x 210 x 210
| Max Bed Temperature (C) = 122
| Max Nozzle Temperature (C) = 295
| Max Print Speed (mm/s) = 100
| Extruder Type = Direct
}}
||
{{Infobox 3d printer
| Printer Name = Hermes
| Status = {{PrinterActive}}
| Manufacturer = Prusa
| Model = i3 MK3S+ & Pi 4B
| Network Address = http://hermes-printer.local/
| WebInterface = Octoprint, Device Screen & Buttons
| Nozzle Size (mm) = 0.4
| Nozzle Type = Hardened Steel
| Nozzle Count = 1
| Filament Size (mm) = 1.75
| Print Volume (mm) = 250 x 210 x 210
| Max Bed Temperature (C) = 122
| Max Nozzle Temperature (C) = 295
| Max Print Speed (mm/s) = 100
| Extruder Type = Direct
}}
||
{{Infobox 3d printer
| Printer Name = Sunwukong
| Status = {{PrinterActive}}
| Manufacturer = Prusa
| Model = i3 MK3S+ & Pi 4B
| Network Address = http://sunwukong-printer.local/
| WebInterface = Octoprint, Device Screen & Buttons
| Nozzle Size (mm) = 0.4
| Nozzle Type = Hardened Steel
| Nozzle Count = 1
| Filament Size (mm) = 1.75
| Print Volume (mm) = 250 x 210 x 210
| Max Bed Temperature (C) = 122
| Max Nozzle Temperature (C) = 295
| Max Print Speed (mm/s) = 100
| Extruder Type = Direct
}}
|}

The printers are controllable over Octoprint, which you can use the web browser or an app to connect to while on the ASMBLY network. You cannot access these machines from home. Tasks such as preheating and filament changes can be done via the built-in panel on the front bottom of the printer. The Octoprint configuration is the standard OctoPi installation, consisting of the Raspberry Pi 3 or 4 being attached to the back of the printer frame, connected via USB to the printer and via Ethernet to the ASMBLY network (WiFi connection from the Pi to the network is currently unstable), with the OctoPi 1.0.0 (build 2023.10.09.151442) stable image installed on the Pi. In an attempt to keep the printers as easily serviced and maintained, we are trying to keep the installation as standard as possible. More documentation about OctoPi can be found [https://help.prusa3d.com/article/octoprint-configuration-and-install_2182 here]. Files for printing replacement Pi 3B and Pi 4B cases can be found at the page bottom.

'''Login information: The username is "User", and the password is the ASMBLY WiFi password (Look around the space for plaques that state this information, or find a steward).'''

== Revo Hotend Upgrade ==

All three Prusa i3 mk3s+ printers have been upgraded with the E3D Revo hotend (from the stock E3D V6). They are all equipped with the 0.4mm abrasion-resistance ObXidian nozzles. Please do not change the size of the nozzles. We upgraded to the Revo to improve ease of maintenance and reliability of the printers, but do not currently have a system to support nozzle size changes.

Ignore messages about a firmware upgrade warning- the printers had to be downgraded to Firmware 3.12 in order to use the Revo nozzles. We have not yet been able to get the newest firmware working with Revo (including the Revo specific firmware).
== Maintenance ==

Due to the Octoprint installation on the printers, take extra care to make sure not only the main power cable is unplugged from the printer, but also the ethernet cable and the USB power cable connected to the Pi mounted to the back-upper-left corner of the printer when moving the printer around or out of the enclosure. Remember to reconnect these later.

== Rebooting Procedure ==

In order to fully reboot the printer and the Octoprint server attached to it, power off the Pi at the back-upper-left of the printer by toggling it's inline power switch, and turn the printer off using the power switch on the power supply unit at the back of the printer. Then toggle the power supply unit switch back on, and then turn the Pi back on. The Octoprint page should be reachable in under one minute.

Because the Octoprint servers are now installed individually to each printer, it is safe to reboot a printer and Octoprint without disrupting the other printers in operation. This was not the case with the previous printers.

{{ToolPhoto|Threeprusai3s.jpg}}

== Resources ==
* [[Media:Prusa MK3S Handbook.pdf|User Manual]]
* [https://help.prusa3d.com/article/octoprint-configuration-and-install_2182 Octoprint - Configuration and install]
* [https://www.thingiverse.com/thing:4425749 Pi 4 Case with Prusa i3 Mounting]
* [https://www.thingiverse.com/thing:3004038 Pi 3 Case with Prusa i3 Mounting]

{{Owned}}
[[Category:3D Printing]]

Prusa MK3S+

2024-02-14T19:41:21Z

Pearlgreymusic:

{{Required|Intro to Filament 3D Printing}}
{{ToolPhoto|Prusa_MK3S.jpg}}

Asmbly has three Prusa i3 MK3S+ 3D Printers. As of now, these are the recommended 3D printers for new users and will be covered in the Intro to 3D Printing class. These printers live to the left in the printing enclosure. The one on the left is named Apollo, and the middle is named Hermes, and the rightmost is Sunwukong.

{|class="wikitable" width="100%" style="text-align: center; margin: auto"
|+ASMBLY Prusa i3 MK3S+ Printers
|-
|
{{Infobox 3d printer
| Printer Name = Apollo
| Status = {{PrinterActive}}
| Manufacturer = Prusa
| Model = i3 MK3S+ & Pi 3B
| Network Address = http://apollo-printer.local/
| WebInterface = Octoprint, Device Screen & Buttons
| Nozzle Size (mm) = 0.4
| Nozzle Type = Hardened Steel
| Nozzle Count = 1
| Filament Size (mm) = 1.75
| Print Volume (mm) = 250 x 210 x 210
| Max Bed Temperature (C) = 122
| Max Nozzle Temperature (C) = 295
| Max Print Speed (mm/s) = 100
| Extruder Type = Direct
}}
||
{{Infobox 3d printer
| Printer Name = Hermes
| Status = {{PrinterActive}}
| Manufacturer = Prusa
| Model = i3 MK3S+ & Pi 4B
| Network Address = http://hermes-printer.local/
| WebInterface = Octoprint, Device Screen & Buttons
| Nozzle Size (mm) = 0.4
| Nozzle Type = Hardened Steel
| Nozzle Count = 1
| Filament Size (mm) = 1.75
| Print Volume (mm) = 250 x 210 x 210
| Max Bed Temperature (C) = 122
| Max Nozzle Temperature (C) = 295
| Max Print Speed (mm/s) = 100
| Extruder Type = Direct
}}
||
{{Infobox 3d printer
| Printer Name = Sunwukong
| Status = {{PrinterActive}}
| Manufacturer = Prusa
| Model = i3 MK3S+ & Pi 4B
| Network Address = http://sunwukong-printer.local/
| WebInterface = Octoprint, Device Screen & Buttons
| Nozzle Size (mm) = 0.4
| Nozzle Type = Hardened Steel
| Nozzle Count = 1
| Filament Size (mm) = 1.75
| Print Volume (mm) = 250 x 210 x 210
| Max Bed Temperature (C) = 122
| Max Nozzle Temperature (C) = 295
| Max Print Speed (mm/s) = 100
| Extruder Type = Direct
}}
|}

The printers are controllable over Octoprint, which you can use the web browser or an app to connect to while on the ASMBLY network. You cannot access these machines from home. Tasks such as preheating and filament changes can be done via the built-in panel on the front bottom of the printer. The Octoprint configuration is the standard OctoPi installation, consisting of the Raspberry Pi 3 or 4 being attached to the back of the printer frame, connected via USB to the printer and via Ethernet to the ASMBLY network (WiFi connection from the Pi to the network is currently unstable), with the OctoPi 1.0.0 (build 2023.10.09.151442) stable image installed on the Pi. In an attempt to keep the printers as easily serviced and maintained, we are trying to keep the installation as standard as possible. More documentation about OctoPi can be found [https://help.prusa3d.com/article/octoprint-configuration-and-install_2182 here]. Files for printing replacement Pi 3B and Pi 4B cases can be found at the page bottom.

'''Login information: The username is "User", and the password is the ASMBLY WiFi password (Look around the space for plaques that state this information, or find a steward).'''

== Maintenance ==

Due to the Octoprint installation on the printers, take extra care to make sure not only the main power cable is unplugged from the printer, but also the ethernet cable and the USB power cable connected to the Pi mounted to the back-upper-left corner of the printer when moving the printer around or out of the enclosure. Remember to reconnect these later.

== Rebooting Procedure ==

In order to fully reboot the printer and the Octoprint server attached to it, power off the Pi at the back-upper-left of the printer by toggling it's inline power switch, and turn the printer off using the power switch on the power supply unit at the back of the printer. Then toggle the power supply unit switch back on, and then turn the Pi back on. The Octoprint page should be reachable in under one minute.

Because the Octoprint servers are now installed individually to each printer, it is safe to reboot a printer and Octoprint without disrupting the other printers in operation. This was not the case with the previous printers.

{{ToolPhoto|Threeprusai3s.jpg}}

== Resources ==
* [[Media:Prusa MK3S Handbook.pdf|User Manual]]
* [https://help.prusa3d.com/article/octoprint-configuration-and-install_2182 Octoprint - Configuration and install]
* [https://www.thingiverse.com/thing:4425749 Pi 4 Case with Prusa i3 Mounting]
* [https://www.thingiverse.com/thing:3004038 Pi 3 Case with Prusa i3 Mounting]

{{Owned}}
[[Category:3D Printing]]

Prusa MK3S+

2024-02-14T03:21:55Z

Pearlgreymusic:

{{Required|Intro to Filament 3D Printing}}
{{ToolPhoto|Prusa_MK3S.jpg}}

Asmbly has three Prusa i3 MK3S+ 3D Printers. As of now, these are the recommended 3D printers for new users and will be covered in the Intro to 3D Printing class. These printers live to the left in the printing enclosure. The one on the left is named Apollo, and the middle is named Hermes, and the rightmost is Sunwukong.

{|class="wikitable" width="100%" style="text-align: center; margin: auto"
|+ASMBLY Prusa i3 MK3S+ Printers
|-
|
{{Infobox 3d printer
| Printer Name = Apollo
| Status = {{PrinterActive}}
| Manufacturer = Prusa
| Model = i3 MK3S+ & Pi 3B
| Network Address = http://apollo-printer.local/
| WebInterface = Octoprint, Device Screen & Buttons
| Nozzle Size (mm) = 0.4
| Nozzle Type = Hardened Steel
| Nozzle Count = 1
| Filament Size (mm) = 1.75
| Print Volume (mm) = 250 x 210 x 210
| Max Bed Temperature (C) = 122
| Max Nozzle Temperature (C) = 295
| Max Print Speed (mm/s) = 100
| Extruder Type = Direct
}}
||
{{Infobox 3d printer
| Printer Name = Hermes
| Status = {{PrinterActive}}
| Manufacturer = Prusa
| Model = i3 MK3S+ & Pi 4B
| Network Address = http://hermes-printer.local/
| WebInterface = Octoprint, Device Screen & Buttons
| Nozzle Size (mm) = 0.4
| Nozzle Type = Hardened Steel
| Nozzle Count = 1
| Filament Size (mm) = 1.75
| Print Volume (mm) = 250 x 210 x 210
| Max Bed Temperature (C) = 122
| Max Nozzle Temperature (C) = 295
| Max Print Speed (mm/s) = 100
| Extruder Type = Direct
}}
||
{{Infobox 3d printer
| Printer Name = Sunwukong
| Status = {{PrinterActive}}
| Manufacturer = Prusa
| Model = i3 MK3S+ & Pi 4B
| Network Address = http://sunwukong-printer.local/
| WebInterface = Octoprint, Device Screen & Buttons
| Nozzle Size (mm) = 0.4
| Nozzle Type = Hardened Steel
| Nozzle Count = 1
| Filament Size (mm) = 1.75
| Print Volume (mm) = 250 x 210 x 210
| Max Bed Temperature (C) = 122
| Max Nozzle Temperature (C) = 295
| Max Print Speed (mm/s) = 100
| Extruder Type = Direct
}}
|}

The printers are controllable over Octoprint, which you can use the web browser or an app to connect to while on the ASMBLY network. You cannot access these machines from home. Tasks such as preheating and filament changes can be done via the built-in panel on the front bottom of the printer. The Octoprint configuration is the standard OctoPi installation, consisting of the Raspberry Pi 3 or 4 being attached to the back of the printer frame, connected via USB to the printer and via Ethernet to the ASMBLY network (WiFi connection from the Pi to the network is currently unstable), with the OctoPi 1.0.0 (build 2023.10.09.151442) stable image installed on the Pi. In an attempt to keep the printers as easily serviced and maintained, we are trying to keep the installation as standard as possible. More documentation about OctoPi can be found [https://help.prusa3d.com/article/octoprint-configuration-and-install_2182 here]. Files for printing replacement Pi 3B and Pi 4B cases can be found at the page bottom.

== Maintenance ==

Due to the Octoprint installation on the printers, take extra care to make sure not only the main power cable is unplugged from the printer, but also the ethernet cable and the USB power cable connected to the Pi mounted to the back-upper-left corner of the printer when moving the printer around or out of the enclosure. Remember to reconnect these later.

== Rebooting Procedure ==

In order to fully reboot the printer and the Octoprint server attached to it, power off the Pi at the back-upper-left of the printer by toggling it's inline power switch, and turn the printer off using the power switch on the power supply unit at the back of the printer. Then toggle the power supply unit switch back on, and then turn the Pi back on. The Octoprint page should be reachable in under one minute.

Because the Octoprint servers are now installed individually to each printer, it is safe to reboot a printer and Octoprint without disrupting the other printers in operation. This was not the case with the previous printers.

{{ToolPhoto|Threeprusai3s.jpg}}

== Resources ==
* [[Media:Prusa MK3S Handbook.pdf|User Manual]]
* [https://help.prusa3d.com/article/octoprint-configuration-and-install_2182 Octoprint - Configuration and install]
* [https://www.thingiverse.com/thing:4425749 Pi 4 Case with Prusa i3 Mounting]
* [https://www.thingiverse.com/thing:3004038 Pi 3 Case with Prusa i3 Mounting]

{{Owned}}
[[Category:3D Printing]]

File:Threeprusai3s.jpg

2024-02-14T03:21:27Z

Pearlgreymusic:

Prusa MK3S+

2024-02-14T03:16:08Z

Pearlgreymusic:

{{Required|Intro to Filament 3D Printing}}
{{ToolPhoto|Prusa_MK3S.jpg}}

Asmbly has three Prusa i3 MK3S+ 3D Printers. As of now, these are the recommended 3D printers for new users and will be covered in the Intro to 3D Printing class. These printers live to the left in the printing enclosure. The one on the left is named Apollo, and the middle is named Hermes, and the rightmost is Sunwukong.

{|class="wikitable" width="100%" style="text-align: center; margin: auto"
|+ASMBLY Prusa i3 MK3S+ Printers
|-
|
{{Infobox 3d printer
| Printer Name = Apollo
| Status = {{PrinterActive}}
| Manufacturer = Prusa
| Model = i3 MK3S+ & Pi 3B
| Network Address = http://apollo-printer.local/
| WebInterface = Octoprint, Device Screen & Buttons
| Nozzle Size (mm) = 0.4
| Nozzle Type = Hardened Steel
| Nozzle Count = 1
| Filament Size (mm) = 1.75
| Print Volume (mm) = 250 x 210 x 210
| Max Bed Temperature (C) = 122
| Max Nozzle Temperature (C) = 295
| Max Print Speed (mm/s) = 100
| Extruder Type = Direct
}}
||
{{Infobox 3d printer
| Printer Name = Hermes
| Status = {{PrinterActive}}
| Manufacturer = Prusa
| Model = i3 MK3S+ & Pi 4B
| Network Address = http://hermes-printer.local/
| WebInterface = Octoprint, Device Screen & Buttons
| Nozzle Size (mm) = 0.4
| Nozzle Type = Hardened Steel
| Nozzle Count = 1
| Filament Size (mm) = 1.75
| Print Volume (mm) = 250 x 210 x 210
| Max Bed Temperature (C) = 122
| Max Nozzle Temperature (C) = 295
| Max Print Speed (mm/s) = 100
| Extruder Type = Direct
}}
||
{{Infobox 3d printer
| Printer Name = Sunwukong
| Status = {{PrinterActive}}
| Manufacturer = Prusa
| Model = i3 MK3S+ & Pi 4B
| Network Address = http://sunwukong-printer.local/
| WebInterface = Octoprint, Device Screen & Buttons
| Nozzle Size (mm) = 0.4
| Nozzle Type = Hardened Steel
| Nozzle Count = 1
| Filament Size (mm) = 1.75
| Print Volume (mm) = 250 x 210 x 210
| Max Bed Temperature (C) = 122
| Max Nozzle Temperature (C) = 295
| Max Print Speed (mm/s) = 100
| Extruder Type = Direct
}}
|}

The printers are controllable over Octoprint, which you can use the web browser or an app to connect to while on the ASMBLY network. You cannot access these machines from home. Tasks such as preheating and filament changes can be done via the built-in panel on the front bottom of the printer. The Octoprint configuration is the standard OctoPi installation, consisting of the Raspberry Pi 3 or 4 being attached to the back of the printer frame, connected via USB to the printer and via Ethernet to the ASMBLY network (WiFi connection from the Pi to the network is currently unstable), with the OctoPi 1.0.0 (build 2023.10.09.151442) stable image installed on the Pi. In an attempt to keep the printers as easily serviced and maintained, we are trying to keep the installation as standard as possible. More documentation about OctoPi can be found [https://help.prusa3d.com/article/octoprint-configuration-and-install_2182 here]. Files for printing replacement Pi 3B and Pi 4B cases can be found at the page bottom.

== Maintenance ==

Due to the Octoprint installation on the printers, take extra care to make sure not only the main power cable is unplugged from the printer, but also the ethernet cable and the USB power cable connected to the Pi mounted to the back-upper-left corner of the printer when moving the printer around or out of the enclosure. Remember to reconnect these later.

== Rebooting Procedure ==

In order to fully reboot the printer and the Octoprint server attached to it, power off the Pi at the back-upper-left of the printer by toggling it's inline power switch, and turn the printer off using the power switch on the power supply unit at the back of the printer. Then toggle the power supply unit switch back on, and then turn the Pi back on. The Octoprint page should be reachable in under one minute.

Because the Octoprint servers are now installed individually to each printer, it is safe to reboot a printer and Octoprint without disrupting the other printers in operation. This was not the case with the previous printers.

== Resources ==
* [[Media:Prusa MK3S Handbook.pdf|User Manual]]
* [https://help.prusa3d.com/article/octoprint-configuration-and-install_2182 Octoprint - Configuration and install]
* [https://www.thingiverse.com/thing:4425749 Pi 4 Case with Prusa i3 Mounting]
* [https://www.thingiverse.com/thing:3004038 Pi 3 Case with Prusa i3 Mounting]

{{Owned}}
[[Category:3D Printing]]

Prusa MK3S+

2024-02-14T03:10:25Z

Pearlgreymusic:

Prusa MK3S+

2024-02-14T03:09:50Z

Pearlgreymusic:

Prusa MK3S+

2024-02-14T03:09:19Z

Pearlgreymusic:

Prusa MK3S+

2024-02-14T03:03:52Z

Pearlgreymusic:

Laser Cutter Materials

2023-01-20T17:31:39Z

Pearlgreymusic: Added EVA foam to "Safe to cut" list after approval from Danny via ASMBLY Slack https://asmbly-makerspace.slack.com/archives/C02MHPUDZ1T/p1674233059558499

There are a wide range of materials that our lasers can cut, etch or mark - but some simply don't work (eg metals) and some are extremely hazardous to either humans or the machine itself (eg PVC and Vinyl). It is therefore imperative that you check these lists before attempting to cut materials that you have not worked with before.

It is not always obvious which materials will work - for example polycarbonate sheets (Lexan) produces flames, creates long stringy clouds of soot that float up, ruin the optics and mess up the machine '''and''' which is extremely hazardous to the health of people nearby.

Yet acrylic - which looks, smells, feels and tastes just like Lexan - cuts smoothly and cleanly and is one of the best materials to use with the laser! So check and double-check what you're cutting. If you aren't sure, test the material. A simple way to test is attempt to flex the plastic. Under normal temperatures, acrylic is not very flexible. Polycarbonate is slightly bendable in most thicknesses under 1 inch.

== Where to Find Materials ==

If you need material, you can try one of the places listed here:

[[Laser Cutter Supplies|Where to find materials to feed the laser.]]

== NEVER CUT THESE MATERIALS ==

'''WARNING''': Because many plastics are dangerous to cut, it is important to know what kind you are planning to use. Make has a How-To for identifying unknown plastics with [https://makezine.com/2011/09/22/identifying-unknown-plastics/ a simple process].

{| cellspacing="0" cellpadding="5" border="1" align="center"
|-
! Material
! DANGER!
! Cause/Consequence
|-
| PVC (Poly Vinyl Chloride)/vinyl/pleather/artificial leather
| Emits chlorine gas when cut!
| Don't ever cut this material as it will ruin the optics, causes the metal of the machine to corrode as chlorine is released and ruins the motion control system.
|-
| Thick ( >1mm ) Polycarbonate/Lexan
| Cuts very poorly, discolors, catches fire
| Polycarbonate is often found as flat, sheet material. The window of the laser cutter is made of Polycarbonate because ''polycarbonate strongly absorbs infrared radiation!'' This is the frequency of light the laser cutter uses to cut materials, so it is very ineffective at cutting polycarbonate. Polycarbonate is a poor choice for laser cutting. It creates long stringy clouds of soot that float up, ruin the optics and mess up the machine.
|-
| ABS
| Melts / Cyanide
| ABS does not cut well in a laser cutter. It tends to melt rather than vaporize, and has a higher chance of catching on fire and leaving behind melted gooey deposits on the vector cutting grid. It also does not engrave well (again, tends to melt). Cutting ABS plastic emits hydrogen cyanide, which is unsafe at any concentration.
|-
| HDPE/milk bottle plastic
| Catches fire and melts
| It melts. It gets gooey. It catches fire. Don't use it.
|-
| PolyStyrene Foam
| Catches fire
| It catches fire quickly, burns rapidly, it melts, and only thin pieces cut. This is the #1 material that causes laser fires!!!
|-
| PolyPropylene Foam
| Catches fire
| Like PolyStyrene, it melts, catches fire, and the melted drops continue to burn and turn into rock-hard drips and pebbles.
|-
| Epoxy
| burn / smoke
| Epoxy is an aliphatic resin, strongly cross-linked carbon chains. A CO2 laser can't cut it, and the resulting burned mess creates toxic fumes ( like cyanide! ). Items coated in Epoxy, or cast Epoxy resins must not be used in the laser cutter. ( see Fiberglass )
|-
| Fiberglass
| Emits fumes
| It's a mix of two materials that cant' be cut. Glass (etch, no cut) and epoxy resin (fumes)
|-
| Coated Carbon Fiber
| Emits noxious fumes
| A mix of two materials. Thin carbon fiber mat can be cut, with some fraying - but not when coated.
|-
| Any foodstuff ( such as meat, seaweed 'nori' sheets, cookie dough, bread, tortillas... )
| The laser is not designed to cut food, and people cut things that create poisonous/noxious substances such as wood smoke and acrylic smoke.
| If you want to cut foodstuffs, consider sponsoring a food-only laser cutter for the space that is kept as clean as a commercial kitchen would require.
|-
| Material with Sticky Glue Backing
| Coats lens, cracks lens
| There are many '''normally''' laserable items such as thin wood laminates that you can purchase that become un-cuttable when the manufacturer adds a layer of peel-off glue on the bottom to attach them to surfaces. Examples include cork tiles, thin wood laminate, acrylic tiles, and paper stickers. Never cut these materials in the laser cutter if they have this backing. The glue will vaporize forming a coating on the lens that will coat it, cloud it, heat it, and then potentially crack the lens. The glue residue is worse than resin, and can't be removed without risking damage to the lens ... requiring a lens replacement.
|}

== Safe Materials ==

The laser can cut or etch. The materials that the laser can cut materials like wood, paper, cork, and some kinds of plastics. Etching can be done on almost anything, wood, cardboard, aluminum, stainless steel, plastic, marble, stone, tile, and glass.

=== Cutting ===

{| cellspacing="0" cellpadding="5" border="1" align="center"
|-
! Material
! Max thickness
! Notes
! WARNINGS!
|-
| Many woods
| 1/4"
| Avoid oily/resinous woods
| Be very careful about cutting oily woods, or very resinous woods as they also may catch fire.
|-
| Plywood/Composite woods
| 1/4"
| These contain glue, and may not laser cut as well as solid wood.
|
|-
| MDF/Engineered woods
| 1/4"
| These are okay to use but may experience a higher amount of charring when cut.
|
|-
| Paper, card stock
| thin
| Cuts very well on the laser cutter, and also very quickly.
|
|-
| Cardboard, carton
| thicker
| Cuts well but may catch fire.
| Watch for fire.
|-
| Cork
| 1/8"
| Thin cork can be cut, but the quality of the cut depends on the thickness and quality of the cork. Engineered cork has a lot of glue in it, and may not cut as well.
| Avoid cutting thicker cork (5mm). Engraves well, cuts poorly.
|-
| Acrylic/Lucite/Plexiglas/PMMA
| 1/2"
| Cuts extremely well leaving a beautifully polished edge.
|
|-
| Thin Polycarbonate Sheeting (<1mm)
| <1mm
| Very thin polycarbonate can be cut, but tends to discolor badly. Extremely thin sheets (0.5mm and less) may cut with yellowed/discolored edges. Polycarbonate absorbs IR strongly, and is a poor material to use in the laser cutter.
| Watch for smoking/burning
|-
| Delrin (POM)
| thin
| Delrin comes in a number of shore strengths (hardness) and the harder Delrin tends to work better. Great for gears!
|
|-
| Kapton tape (Polyimide)
| 1/16"
| Works well, in thin sheets and strips like tape.
|
|-
| Mylar
| 1/16"
| Works well if it's thin. Thick mylar has a tendency to warp, bubble, and curl
| Gold coated mylar will not work.
|-
| Solid Styrene
| 1/16"
| Smokes a lot when cut, but can be cut.
| Keep it thin.
|-
| Depron foam
| 1/4"
| Used a lot for hobby, RC aircraft, architectural models, and toys. 1/4" cuts nicely, with a smooth edge.
| Must be constantly monitored.
|-
| Gator foam
|
| Foam core gets burned and eaten away compared to the top and bottom hard paper shell.
| Not a fantastic thing to cut, but it can be cut if watched.
|-
| Cloth/felt/hemp/cotton
|
| They all cut well. Our lasers can be used in lace-making.
| Not plastic coated or impregnated cloth!
|-
| Leather/Suede
| 1/8"
| Leather is very hard to cut, but can be if it's thinner than a belt (call it 1/8"). Our "Advanced" laser training class covers this.
| Real leather only! '''Not''' 'pleather' or other imitations .. they are made of PVC.
|-
| Magnetic Sheet
|
| Cuts beautifully
|
|-
| NON-CHLORINE-containing rubber
|
| Fine for cutting.
| Beware chlorine-containing rubber!
|-
| Teflon (PTFE)
| thin
| Cuts OK in thin sheets. See https://www.ulsinc.com/materials/teflon ; the issues listed in https://en.wikipedia.org/wiki/Polymer_fume_fever should not matter because our lasers are fully vented and exhausted.
|
|-
| Carbon fiber mats/weave<br>that has '''not''' had epoxy applied
|
| Can be cut, very slowly.
| You must not cut carbon fiber that has been coated!!
|-
| Ethylene-Vinyl Acetate (EVA) Foam
|
| OK to cut
| This material does not support a channel so even though thin pieces cut super easy, that doesn't scale the same way for thicker pieces.
|-
| Coroplast ('corrugated plastic')
| 1/4"
| Difficult because of the vertical strips. Three passes at 80% power, 7% speed, and it will be slightly connected still at the bottom from the vertical strips.
|
|}

=== Etching ===

All the above "cuttable" materials can be etched, in some cases very deeply.

In addition, you can etch:

{| cellspacing="0" cellpadding="5" border="1" align="center"
|-
! Material
! Notes
! WARNINGS!
|-
| Glass
| Green seems to work best...looks sandblasted.
| Flat glass should be engraved in our cutter as we have no rotary device. Round or cylindrical objects like bottles or glasses will have distortion.
|-
| Ceramic tile
|
|
|-
| Anodized aluminum
| Vaporizes the anodization away.
|
|-
| Painted/coated metals
| Vaporizes the paint away.
|
|-
| Stone, Marble, Granite, Soapstone, Onyx.
| Gets a white "textured" look when etched.
| 100% power, 50% speed or less works well for etching.
|}

=== Marking ===

Cermark is the brand name of a marking compound containing molybdenum that costs ~$50-100 for a 12oz spray can, which can be sprayed onto stainless steel, brass, aluminum, copper, nickel, glass or light-colored stone/tile before being etched to leave behind a permanent dark black mark. Some people have had some luck using dry moly lube spray to the same effect. It is thought that the molybdenum sulfate in the dry lube breaks down to molybdenum which either oxidizes or reacts with the underlying surface to create the mark.

Lulzbot TAZ

2022-10-13T00:39:00Z

Pearlgreymusic:

{{Required|Filament 3D Printing}}
{{ToolPhoto|Lulzbot_TAZ.jpg}}

The Lulzbot TAZ 5 is a large dual-extruder 3D printer. It lives in the printer cabinet.

{{Infobox 3d printer
| Printer Name = Unknown Name (TAZ 5)
| Status = {{PrinterActive}}
| Manufacturer = Lulzbot
| Model = TAZ 5
| Network Address = http://192.168.0.175:5003
| Nozzle Size (mm) = 0.5
| Nozzle Type = Brass(?)
| Nozzle Count = 2
| Filament Size (mm) = 3mm
| Print Volume (mm) = 298(?) x 280(?) x 250(?)
| Max Bed Temperature (C) = 100(?)
| Max Nozzle Temperature (C) = 290(?)
| Max Print Speed (mm/s) = 100(?)
| Extruder Type = Direct
}}

==Resources==
* [[Media:TAZ_21_User_Manual.pdf|User Manual]]

{{Owned}}
[[Category:3D Printing]]

Lulzbot TAZ

2022-10-13T00:37:49Z

Pearlgreymusic:

{{Required|Filament 3D Printing}}
{{ToolPhoto|Lulzbot_TAZ.jpg}}

The Lulzbot TAZ 5 is a large dual-extruder 3D printer. It lives in the printer cabinet.

{{Infobox 3d printer
| Printer Name = Unknown Name (TAZ 5)
| Status = {{PrinterActive}}
| Manufacturer = Lulzbot
| Model = TAZ 5
| Network Address = Unknown
| Nozzle Size (mm) = 0.5
| Nozzle Type = Brass(?)
| Nozzle Count = 2
| Filament Size (mm) = 3mm
| Print Volume (mm) = 298(?) x 280(?) x 250(?)
| Max Bed Temperature (C) = 100(?)
| Max Nozzle Temperature (C) = 290(?)
| Max Print Speed (mm/s) = 100(?)
| Extruder Type = Direct
}}

==Resources==
* [[Media:TAZ_21_User_Manual.pdf|User Manual]]

{{Owned}}
[[Category:3D Printing]]

Electronics Suppliers

2022-10-03T19:17:43Z

Pearlgreymusic:

'''[https://www.venkel.com/ Venkel Ltd]''' - Industrial supplier of SMD Electronics components, based in west Austin. They will offer same-day local pickup if you contact their customer phone or customer chat support (this option is NOT on the website, so you'll have to just pick the cheapest shipping option and then get the shipping cost refunded while talking to support)

{{ToolPhoto|Venkelchat.png}}

Phone: (512) 794-0081

(HQ)Venkel Ltd.,
5900 Shepherd Mountain Cove
Austin, TX 78730 USA

https://www.venkel.com/about/contact-us

[[Category:Suppliers]]

Electronics Suppliers

2022-10-03T19:17:12Z

Pearlgreymusic:

'''[https://www.venkel.com/ Venkel Ltd]''' - Industrial supplier of SMD Electronics components. They will offer same-day local pickup if you contact their customer phone or customer chat support (this option is NOT on the website, so you'll have to just pick the cheapest shipping option and then get the shipping cost refunded while talking to support)

{{ToolPhoto|Venkelchat.png}}

Phone: (512) 794-0081

(HQ)Venkel Ltd.,
5900 Shepherd Mountain Cove
Austin, TX 78730 USA

https://www.venkel.com/about/contact-us

[[Category:Suppliers]]

Electronics Suppliers

2022-10-03T19:16:39Z

Pearlgreymusic:

'''[https://www.venkel.com/ Venkel Ltd]''' - Industrial supplier of SMD Electronics components. They will offer same-day local pickup if you contact their customer phone or customer chat support (this option is NOT on the website, so you'll have to just pick the cheapest shipping option and then get the shipping cost refunded while talking to support)

[[File:Venkelchat.png|thumb|chat log about how to talk to them for local pickup]]

Phone: (512) 794-0081

(HQ)Venkel Ltd.,
5900 Shepherd Mountain Cove
Austin, TX 78730 USA

https://www.venkel.com/about/contact-us

[[Category:Suppliers]]

Electronics Suppliers

2022-10-03T19:16:08Z

Pearlgreymusic:

'''[https://www.venkel.com/ Venkel Ltd]''' - Industrial supplier of SMD Electronics components. They will offer same-day local pickup if you contact their customer phone or customer chat support (this option is NOT on the website, so you'll have to just pick the cheapest shipping option and then get the shipping cost refunded while talking to support)

[[File:Venkelchat.png]]

Phone: (512) 794-0081

(HQ)Venkel Ltd.,
5900 Shepherd Mountain Cove
Austin, TX 78730 USA

https://www.venkel.com/about/contact-us

[[Category:Suppliers]]

File:Venkelchat.png

2022-10-03T19:15:43Z

Pearlgreymusic:

Electronics Suppliers

2022-10-03T19:13:44Z

Pearlgreymusic: Created page with "'''[https://www.venkel.com/ Venkel Ltd]''' - Industrial supplier of SMD Electronics components. They will offer same-day local pickup if you contact their customer phone or cu..."

'''[https://www.venkel.com/ Venkel Ltd]''' - Industrial supplier of SMD Electronics components. They will offer same-day local pickup if you contact their customer phone or customer chat support (this option is NOT on the website, so you'll have to just pick the cheapest shipping option and then get the shipping cost refunded while talking to support)

Phone: (512) 794-0081

(HQ)Venkel Ltd.,
5900 Shepherd Mountain Cove
Austin, TX 78730 USA

https://www.venkel.com/about/contact-us

[[Category:Suppliers]]

Lulzbot TAZ

2022-10-01T17:55:41Z

Pearlgreymusic:

{{Required|Filament 3D Printing}}
{{ToolPhoto|Lulzbot_TAZ.jpg}}

The Lulzbot TAZ 2.1 is a large dual-extruder 3D printer. It lives in the printer cabinet.

{{Infobox 3d printer
| Printer Name = Unknown Name (TAZ 2.1)
| Status = {{PrinterActive}}
| Manufacturer = Lulzbot
| Model = TAZ 2.1
| Network Address = Unknown
| Nozzle Size (mm) = 0.4
| Nozzle Type = Brass(?)
| Nozzle Count = 2
| Filament Size (mm) = 1.75
| Print Volume (mm) = 298(?) x 280(?) x 250(?)
| Max Bed Temperature (C) = 100(?)
| Max Nozzle Temperature (C) = 290(?)
| Max Print Speed (mm/s) = 100(?)
| Extruder Type = Direct
}}

==Resources==
* [[Media:TAZ_21_User_Manual.pdf|User Manual]]

{{Owned}}
[[Category:3D Printing]]

Lulzbot TAZ

2022-10-01T17:55:35Z

Pearlgreymusic:

{{Required|Filament 3D Printing}}
{{ToolPhoto|Lulzbot_TAZ.jpg}}

The Lulzbot TAZ 2.1 is a large dual-extruder 3D printer. It lives in the printer cabinet.

{{Infobox 3d printer
| Printer Name = Unknown Name (TAZ 2.1)
| Status = {{{PrinterActive}}
| Manufacturer = Lulzbot
| Model = TAZ 2.1
| Network Address = Unknown
| Nozzle Size (mm) = 0.4
| Nozzle Type = Brass(?)
| Nozzle Count = 2
| Filament Size (mm) = 1.75
| Print Volume (mm) = 298(?) x 280(?) x 250(?)
| Max Bed Temperature (C) = 100(?)
| Max Nozzle Temperature (C) = 290(?)
| Max Print Speed (mm/s) = 100(?)
| Extruder Type = Direct
}}

==Resources==
* [[Media:TAZ_21_User_Manual.pdf|User Manual]]

{{Owned}}
[[Category:3D Printing]]

File:July2022 woodshop4.jpg

2022-07-10T21:02:41Z

Pearlgreymusic:

File:July2022 woodshop1.jpg

2022-07-10T21:02:33Z

Pearlgreymusic:

File:July2022 welding1.jpg

2022-07-10T21:02:25Z

Pearlgreymusic:

File:July2022 tormach1.jpg

2022-07-10T21:02:14Z

Pearlgreymusic:

File:July2022 textiles2.jpg

2022-07-10T21:02:07Z

Pearlgreymusic:

File:July2022 textiles1.jpg

2022-07-10T21:02:00Z

Pearlgreymusic:

File:July2022 printercloseup1.jpg

2022-07-10T21:01:53Z

Pearlgreymusic:

File:July2022 printer2.jpg

2022-07-10T21:01:45Z

Pearlgreymusic:

File:July2022 machining1.jpg

2022-07-10T21:01:38Z

Pearlgreymusic:

File:July2022 lobby1.jpg

2022-07-10T21:01:30Z

Pearlgreymusic:

File:July2022 lathes1.jpg

2022-07-10T21:01:19Z

Pearlgreymusic:

File:July2022 laser1.jpg

2022-07-10T21:01:10Z

Pearlgreymusic:

File:July2022 laser 1.jpg

2022-07-10T21:00:34Z

Pearlgreymusic:

File:July2022 fiberlaserWIP1.jpg

2022-07-10T21:00:25Z

Pearlgreymusic:

File:July2022 entrance1.jpg

2022-07-10T21:00:16Z

Pearlgreymusic:

File:July2022 electronics2.jpg

2022-07-10T21:00:08Z

Pearlgreymusic:

File:July2022 electronics1.jpg

2022-07-10T20:59:58Z

Pearlgreymusic:

File:July2022 bigcnc1.jpg

2022-07-10T20:59:48Z

Pearlgreymusic:

Flashforge Creator Pro

2022-06-28T03:58:34Z

Pearlgreymusic:

{{Required|3D Printing}}
{{ToolPhoto|Flashforge.png}}

The Flashforge Creator Pro is a fully enclosed 3D Printer with two extruders.

{{Infobox 3d printer
| Printer Name = Unknown Name (Creator Pro)
| Status = {{PrinterInactive}}
| Manufacturer = Flashforge
| Model = Creator Pro
| Network Address = Unknown
| Nozzle Size (mm) = 0.4
| Nozzle Type = Brass(?)
| Nozzle Count = 2
| Filament Size (mm) = 1.75
| Print Volume (mm) = 227 x 148 x 150
| Max Bed Temperature (C) = 120
| Max Nozzle Temperature (C) = 240
| Max Print Speed (mm/s) = 100
| Extruder Type = Direct
}}

== Resources ==
* [[Media:CreatorPro_User_Manual.pdf|User Manual]]

{{Hosted|Russell Miller}}
[[Category:3D Printing]]

Flashforge Creator Pro

2022-06-28T03:56:53Z

Pearlgreymusic:

{{Required|3D Printing}}
{{ToolPhoto|Flashforge.png}}

The Flashforge Creator Pro is a fully enclosed 3D Printer with two extruders.

{{Infobox 3d printer
| Printer Name = Unknown Name (Creator Pro)
| Status = {{PrinterInactive}}
| Manufacturer = Flashforge
| Model = Creator Pro
| Network Address = Unknown
| Nozzle Size (mm) = 0.4
| Nozzle Type = Brass(?)
| Nozzle Count = 2
| Filament Size (mm) = 1.75
| Print Volume (mm) = ?
| Max Bed Temperature (C) = ?
| Max Nozzle Temperature (C) = ?
| Max Print Speed (mm/s) = ?
| Extruder Type = Direct
}}

== Resources ==
* [[Media:CreatorPro_User_Manual.pdf|User Manual]]

{{Hosted|Russell Miller}}
[[Category:3D Printing]]

Flashforge Creator 2 Pro

2022-06-28T03:55:58Z

Pearlgreymusic: Pearlgreymusic moved page Flashforge Creator 2 Pro to Flashforge Creator Pro

#REDIRECT [[Flashforge Creator Pro]]

Flashforge Creator Pro

2022-06-28T03:55:58Z

Pearlgreymusic: Pearlgreymusic moved page Flashforge Creator 2 Pro to Flashforge Creator Pro

{{Required|3D Printing}}
{{ToolPhoto|Flashforge.png}}

The Flashforge Creator 2 Pro is a fully enclosed 3D Printer with independent dual extruders (IDEX). The IDEX setup uniquely allows this printer to extrude both nozzles at the same time in the following modes:
* Mirror Mode - Two objects horizontally mirrored
* Duplicate Mode - Two objects identical in orientation
* Multimaterial Mode - Print one object using multiple materials
* Soluble Support Mode - Print one object using one main material, and support material that washes away with a liquid

{{Infobox 3d printer
| Printer Name = Unknown Name (Creator 2 Pro)
| Status = {{PrinterInactive}}
| Manufacturer = Flashforge
| Model = Creator 2 Pro
| Network Address = Unknown
| Nozzle Size (mm) = 0.4
| Nozzle Type = Brass(?)
| Nozzle Count = 2 (IDEX)
| Filament Size (mm) = 1.75
| Print Volume (mm) = 200 x 148 x 150
| Max Bed Temperature (C) = 120(?)
| Max Nozzle Temperature (C) = 240(?)
| Max Print Speed (mm/s) = 100(?)
| Extruder Type = Direct
}}

== Resources ==
* [[Media:Creator2Pro_User_Manual.pdf|User Manual]]

{{Hosted|Russell Miller}}
[[Category:3D Printing]]

Creality CR-10S

2022-06-28T03:55:40Z

Pearlgreymusic: Pearlgreymusic moved page Creality CR-10S to CR-10S over redirect

#REDIRECT [[CR-10S]]

CR-10S

2022-06-28T03:55:40Z

Pearlgreymusic: Pearlgreymusic moved page Creality CR-10S to CR-10S over redirect

{{Required|3D Printing}}
{{ToolPhoto|CR10.jpg}}

The Creality CR-10S is a 3D printer at the space.
Because it has a Bowden extruder setup, it is NOT recommended to use flexible filaments (such as TPU) with the CR-10.
This CR-10S is modified, so it may have specifications different from the stock specifications outlined in the manual. List of known modifications TBA.

{{Infobox 3d printer
| Printer Name = Sunwukong
| Status = {{PrinterActive}}
| Manufacturer = Creality
| Model = CR-10S
| Network Address = http://192.168.0.175:5002
| Nozzle Size (mm) = 0.4
| Nozzle Type = Brass(?)
| Nozzle Count = 1
| Filament Size (mm) = 1.75
| Print Volume (mm) = 300 x 300 x 400
| Max Bed Temperature (C) = 90(?)
| Max Nozzle Temperature (C) = 230(?)
| Max Print Speed (mm/s) = 60(?)
| WebInterface = Octoprint
| Extruder Type = Bowden
}}

== Resources ==
* [[Media:CR10S_User_Manual.pdf|User Manual]]

{{Owned}}
[[Category:3D Printing]]

QIDI X-MAX

2022-06-28T03:54:52Z

Pearlgreymusic: Redirected page to QIDI X-Max

#REDIRECT [[QIDI_X-Max]]

QIDI X-Max

2022-06-28T03:52:54Z

Pearlgreymusic:

{{Boneyard}}

The QIDI X-Max is an enclosed single-extruder 3D Printer with a high range of materials it can print. It lives to the side of the printer cabinet

{{ToolPhoto|QIDI_X-Max.jpg}}

{{Infobox 3d printer
| Printer Name = Unknown Name (QIDI X-Max)
| Status = {{PrinterRemoved}}
| Manufacturer = QIDI
| Model = X-MAX
| Network Address = Unknown
| Nozzle Size (mm) = 0.4
| Nozzle Type = Brass(?)
| Nozzle Count = 1
| Filament Size (mm) = 1.75
| Print Volume (mm) = 300 x 250 x 300
| Max Bed Temperature (C) = 100
| Max Nozzle Temperature (C) = 300
| Max Print Speed (mm/s) = 100
| Extruder Type = Direct
}}

== Resources ==
* [http://www.qd3dprinter.com/products/x-max/ Product Page]

QIDI X-Max

2022-06-28T03:52:30Z

Pearlgreymusic:

{{Boneyard}}

The QIDI X-Max is an enclosed single-extruder 3D Printer with a high range of materials it can print. It lives to the side of the printer cabinet

{{ToolPhoto|QIDI_X-Max.jpg}}

{{Infobox 3d printer
| Printer Name = Unknown Name (CR-10S)
| Status = {{PrinterRemoved}}
| Manufacturer = QIDI
| Model = X-MAX
| Network Address = Unknown
| Nozzle Size (mm) = 0.4
| Nozzle Type = Brass(?)
| Nozzle Count = 1
| Filament Size (mm) = 1.75
| Print Volume (mm) = 300 x 250 x 300
| Max Bed Temperature (C) = 100
| Max Nozzle Temperature (C) = 300
| Max Print Speed (mm/s) = 100
| Extruder Type = Direct
}}

== Resources ==
* [http://www.qd3dprinter.com/products/x-max/ Product Page]

Flashforge Creator Pro

2022-06-28T03:41:16Z

Pearlgreymusic:

QIDI X-MAX

2022-06-28T03:39:43Z

Pearlgreymusic:

{{Required|3D Printing}}
{{ToolPhoto|Qidi.png}}

The QIDI X-MAX is a large 3D printer with a high range of materials it can print. It lives to the side of the printer cabinet

{{Infobox 3d printer
| Printer Name = Unknown Name (CR-10S)
| Status = {{PrinterBroken}}
| Manufacturer = QIDI
| Model = X-MAX
| Network Address = Unknown
| Nozzle Size (mm) = 0.4
| Nozzle Type = Brass(?)
| Nozzle Count = 1
| Filament Size (mm) = 1.75
| Print Volume (mm) = 300 x 250 x 300
| Max Bed Temperature (C) = 100
| Max Nozzle Temperature (C) = 300
| Max Print Speed (mm/s) = 100
| Extruder Type = Direct
}}

== Resources ==
* [[Media:QIDI_XMax_User_Manual.pdf|User Manual]]

[[Category:3D Printing]]