Continuous Clay Printer Requirements + Value Proposition: Difference between revisions
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=Value Proposition= | =Value Proposition= | ||
#Printing insulators | #Cups, plates, and pottery for plants | ||
#Printing insulators for nichrome wire and other forms for heater elements | |||
#Printing flameware for cooking | #Printing flameware for cooking | ||
#Printing inert vessels | #Printing inert vessels for reactions | ||
#Making cylinders for reactor vessels and pistons | |||
#Making vessels for liquid metals |
Revision as of 17:05, 19 April 2020
Requirements
- Continuous printing in clay starting from clay powder
- Powder allows for easy and continuous material flow with augers and pumps, and easy mixing into a fluid material
- Mixing chamber premixes clay and water
- Pump, probably peristaltic, pumps into a pressure chamber
- Pressure chamber operates by air pressure
- Clay print head has automatic flush with water, so maintenance is zero on print head
- Mixing chamber retains settled clay material, so cleanout/maintenance requirement is zero between prints
- Ability to print with common clays, found in many locations worldwide
- Includes ball/roller mill for powdering clays from local sites (rocks are turned to clay-size particles)
- 3D prints are kilned after printing to turn them into ceramic
Value Proposition
- Cups, plates, and pottery for plants
- Printing insulators for nichrome wire and other forms for heater elements
- Printing flameware for cooking
- Printing inert vessels for reactions
- Making cylinders for reactor vessels and pistons
- Making vessels for liquid metals