Greenlab: Difference between revisions
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| Line 4: | Line 4: | ||
*40kW solar panels + generator backup - $20k | *40kW solar panels + generator backup - $20k | ||
*Circuit mill or PNP or Etch - $500 | *Circuit mill or PNP or Etch - $500 | ||
*Open source welder construction set - $ | *Open source welder construction set - 4 welders - $2k | ||
:*3D printed gun with thermoplastic elastomer | :*3D printed gun with thermoplastic elastomer | ||
:*Power supply, gun, feeder | :*Power supply, gun, feeder | ||
| Line 13: | Line 13: | ||
*Metal rolling - 1/2" x 4" is sufficient, 1/4" x 16" | *Metal rolling - 1/2" x 4" is sufficient, 1/4" x 16" | ||
*Wire extrusion - $2k | *Wire extrusion - $2k | ||
*Blanchard grinder/Surface grinder/Gear Grinder | *Blanchard grinder/Surface grinder/Gear Grinder - $2k | ||
*Oxyhydrogen generator | *Oxyhydrogen generator - $500 | ||
*500W laser head | *500W laser head - $5k | ||
*Ironworker - $2k | *Ironworker - $2k | ||
*Shop press - $1k | *Shop press - $1k | ||
*Small forge (charcoal) | *Small forge (charcoal) - $500 | ||
$47k | |||
=Supporting= | =Supporting= | ||
Revision as of 06:19, 7 September 2016
Core Tech
- 3D Printer + Laser Cutter + Roadmap#3D_Printer_Roadmap - $1k
- 40kW solar panels + generator backup - $20k
- Circuit mill or PNP or Etch - $500
- Open source welder construction set - 4 welders - $2k
- 3D printed gun with thermoplastic elastomer
- Power supply, gun, feeder
- AC + direct solar
- CNC Torch Table + Router Table - $1k
- CNC Heavy Multimachine Construction Set - $5k
- 40kW Solar Induction Furnace - $5k
- Metal rolling - 1/2" x 4" is sufficient, 1/4" x 16"
- Wire extrusion - $2k
- Blanchard grinder/Surface grinder/Gear Grinder - $2k
- Oxyhydrogen generator - $500
- 500W laser head - $5k
- Ironworker - $2k
- Shop press - $1k
- Small forge (charcoal) - $500
$47k
Supporting
- Electric power cube
- Electric generator
- Inverter
- Solar Panels (not open source)
- Hay cutter/rake/pelletizer
- Tractor/CEB/Sawmill
- Continuous charcoal pellet production
Sequencing
- Engine + Gear Pump fab
- Ball bearing production
Supporting Technologies
Open source versions of:
- Stepper motor
- Hydraulic gear motor/pump
- Hydraulic cylinder
- Stepper driver
- Bearing (starting with commercial bearing balls)
Rapid Dev Methodology
- Eliminate software compatibility issues - ISO
- HR Team for SMEs
- Documentation via WikiFab interface
- Iterative Development Team Architecture
- Extreme Manufacturing prototyping model
- Distributive Enterprise - Business development via tech transfer of open source projects
- Core: HPM (Heavyweight Product Manager) + SME reruited + Tech Transfer Team + PM + HR Team + CAD Team + Sourcing Team