Open Source Filament Swapping Device: Difference between revisions

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(Added some more information)
(Added some more information)
 
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**A Large On Desk Style 5 Filament Module
**A Large On Desk Style 5 Filament Module
**A Large "Stackable Modular Printer Enclosure" sized 10 Filament Module
**A Large "Stackable Modular Printer Enclosure" sized 10 Filament Module
**The 5 and 10 filament modules could be merged with the [[Open Source Filament Dry Box]]
*Uses the [[Open Souce Filament Fusing Device]]
*Uses the [[Open Souce Filament Fusing Device]]
*Perhaps make some sort of device for print farms that uses this to swap filaments and some sort of other device to swap physical spools for fully automated printing in the [[Open Source Automated Print Farm]]
*Perhaps make some sort of device for print farms that uses this to swap filaments and some sort of other device to swap physical spools for fully automated printing in the [[Open Source Automated Print Farm]]

Latest revision as of 13:01, 15 April 2020

Basics

Industry Standards

Existing Open Source Designs

Minimum Viable Product

  • Infinetly Expandable Cut to Fuse Device Submodule, but main premade designs will be:
    • A Small 2 Filament Module (for on printer mounting/small desks etc)
    • A Large On Desk Style 5 Filament Module
    • A Large "Stackable Modular Printer Enclosure" sized 10 Filament Module
    • The 5 and 10 filament modules could be merged with the Open Source Filament Dry Box
  • Uses the Open Souce Filament Fusing Device
  • Perhaps make some sort of device for print farms that uses this to swap filaments and some sort of other device to swap physical spools for fully automated printing in the Open Source Automated Print Farm

Basic Design

BOM

CAD

Code

  • Prusa software for cutting, custom fuse program?
  • For slicing multi material prusa slicer perhaps?

See Also

Useful Links