D3D Universal v20.07 Requirements + Value Proposition: Difference between revisions
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=[[Technological Recursion]]= | =[[Technological Recursion]]= | ||
Priorities in ease of execution are | Priorities in ease of execution are the following. This can be great substance for precision manufacturing training. | ||
#Fused power supply, Arduino-based | #Fused power supply, Arduino-based | ||
#Solid State Relay - simple circuit around an [[SCR]] or [[TRIAC]] | |||
#Bushings - linear bearings | |||
#Arduino Mega - files for outsourced manufacturing from board houses, and [[PNP Machine]] assembly in the fully open source context | #Arduino Mega - files for outsourced manufacturing from board houses, and [[PNP Machine]] assembly in the fully open source context | ||
# | #5V power plug, 3D print + a few components. Requires CNC cut of metals for prongs | ||
#RAMPS board - via PNP machine | |||
#Belts - 3D printed | |||
#Pulleys | |||
#Rods - from hot metal processing | |||
Revision as of 17:13, 19 August 2020
- D3D Universal is a platform for building the bootstrapped 3D printer, at the lowest cost in the world for a lifetime design.
- Lifetime design means that any component can be truly maintained for ever.
Technological Recursion
Priorities in ease of execution are the following. This can be great substance for precision manufacturing training.
- Fused power supply, Arduino-based
- Solid State Relay - simple circuit around an SCR or TRIAC
- Bushings - linear bearings
- Arduino Mega - files for outsourced manufacturing from board houses, and PNP Machine assembly in the fully open source context
- 5V power plug, 3D print + a few components. Requires CNC cut of metals for prongs
- RAMPS board - via PNP machine
- Belts - 3D printed
- Pulleys
- Rods - from hot metal processing