RepRap and Electronics Fabrication Router Specifications: Difference between revisions
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*Component cost of $300 for DIY fabrication | *Component cost of $300 for DIY fabrication | ||
*Controlled by open source software | *Controlled by open source software | ||
*Compatible plastics that RepRap can work with | |||
*Form of plastics that RepRap can work with (powder, flake, solid stock?) | |||
=Flexibility= | =Flexibility= | ||
Revision as of 15:17, 6 March 2009
General
- 0.3 mm accuracy
- 1 liter per hour printing volume capacity for the amount of material deposited
- Component cost of $300 for DIY fabrication
- Controlled by open source software
- Compatible plastics that RepRap can work with
- Form of plastics that RepRap can work with (powder, flake, solid stock?)
Flexibility
- Tool holder adaptable to microcircuit fabrication, therefore it could make its own control circuit
- Plastic extruder head is replaced with small router to etch circuits from boards
- Also adaptable to solid state laser head, so it could do circuits via lithography?
- Connecting rods extrudable on a small scale, see Metal Extrusion Specifications
- Basic design should be extendable to smaller and larger RepRap versions