Desktop Foundry: Difference between revisions
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#MIG casting | |||
:*Investmenet MIG casting - steel + stainless steel | :*Investmenet MIG casting - steel + stainless steel | ||
:*aluminum MIG castign - low temp metals | :*aluminum MIG castign - low temp metals | ||
#'''Standard 3D printing with metal-embedded filament and sintering''' | |||
#ZA alloys on the stovetop + 3D printed molds - automated system for on-demand parts. | |||
*WAAM - wire arc additive manufacturing in steel, aluminum; MIG and TIG | *WAAM - wire arc additive manufacturing in steel, aluminum; MIG and TIG | ||
*MIM pellet 3D printing filament production | *MIM pellet 3D printing filament production | ||
Revision as of 20:11, 12 March 2019
- MIG casting
- Investmenet MIG casting - steel + stainless steel
- aluminum MIG castign - low temp metals
- Standard 3D printing with metal-embedded filament and sintering
- ZA alloys on the stovetop + 3D printed molds - automated system for on-demand parts.
- WAAM - wire arc additive manufacturing in steel, aluminum; MIG and TIG
- MIM pellet 3D printing filament production
- High temperature printing chamber (PEEK, PP, PE, etc)
- Universal Axis Mill and Screw Machine
- Metal dribble 3D printing - melted metal pool with low temperature alloys? Too experimental, may be excessive
- Ceramic paste printing + firing. The more flexible version of a potter's wheel.
- CEB press as aluminum can baler for recycling, 4x6x12 aluminum bricks
- Small induction furnace, 3kW, for copper and brass?
- Small induction furnace for softening and forging?
- Glass 3D printing from recycled powder + induction heater element
- Induction furnace cement plant from gravel, 3kW.
- Sintering oven
- Oxyhydrogen cutting infrastructure
- Lance oxygen production
- 3D printed flameware