Stackable 3D Printer Enclosure: Difference between revisions
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*Is an enclosed, passivly heated, [[3D Printer Enclosure]] | *Is an enclosed, passivly heated, [[3D Printer Enclosure]] | ||
*Also uses [[Octoprint]] allowing for remote monitoring | *Also uses [[Octoprint]] allowing for remote monitoring | ||
*Can have a [[Self | *Can have a [[Self Contained Fire Supression System]] | ||
*There is ongoing development on: | *There is ongoing development on: | ||
**the fan/thermostat system | **the fan/thermostat system | ||
Revision as of 22:32, 10 March 2020
Basics
- A Design by Jay Doscher (Currently contacting them as a possible SME )
- It is stackable allowing for Print Farms to be more dense
- Is an enclosed, passivly heated, 3D Printer Enclosure
- Also uses Octoprint allowing for remote monitoring
- Can have a Self Contained Fire Supression System
- There is ongoing development on:
- the fan/thermostat system
- Fire Supression
- Insulation
- Moving the PSU and other sensitive Componets out of the "Hot Zone"
- External Dimentions Are: 60cm*60cm*60cm
3D Model
- This Project's GitHub
- Tinkercad Assembly File (Sort of an assembly file, kind of incomplete, should export to freecad/replicate it there, and then flesh it out a bit)