Open Source Filament Dry Box: Difference between revisions
Jump to navigation
Jump to search
(Fixed an internal link) |
(Added some more information) |
||
Line 34: | Line 34: | ||
==Backup Dessicant== | ==Backup Dessicant== | ||
*Would this be of use? | *Would this be of use? | ||
==Heater== | |||
*Would this be needed, or would the VERY low humidity increase evaporation enough to make this not needed? | |||
*May also be a time factor | |||
=BOM= | =BOM= |
Revision as of 14:35, 16 April 2020
Basics
- A Device Used to Dry, Organize, and Store FDM Filament Spools
- Uses the Open Source Dehumidifier to dry the inside
Industry Standards
Existing Open Source Designs
Minimum Viable Product
- Modular Units (A Single Spool Model, A 5 Spool Box, A 10 Spool Box, and a Rack mount (or some other rack/module?) unit)
- Optional Integration with an FDM Filament Switcher
- Integration with print farm software (perhaps integrated runout detection, logging of humidity/preventing printing while wet
- Uses the Open Source Dehumidifier
Basic Design
Box
- Airtight Box, either ots, or something 3d printed, then finished, and perhaps resin sealed?
- O ring and top lid
- Optional mounting system (especially for the rack/mount version for HMCUs and Print Farms where organization is key
Dehumidifier
- Open Source Dehumidifier
- Preferabbly the "smart" one so temp and humidity data can be gathered and used
Spool Holder System
- Individual Roller modules, common axle?
Filament Ports
- See the "Anybox" Device
Backup Dessicant
- Would this be of use?
Heater
- Would this be needed, or would the VERY low humidity increase evaporation enough to make this not needed?
- May also be a time factor
BOM
CAD
Code
- See the code section in Open Source Dehumidifier