OSE Design for Fabrication: Difference between revisions
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#[[ZA Alloy]] is the material of choice for light-machinable parts | #[[ZA Alloy]] is the material of choice for light-machinable parts | ||
#Any design considers COTS part availability during the design phase, so that ready parts are used whenever possible to avoid custom machining. If it can be done with a COTS part, do it to favor access over point-performance at higher cost. | #Any design considers COTS part availability during the design phase, so that ready parts are used whenever possible to avoid custom machining. If it can be done with a COTS part, do it to favor access over point-performance at higher cost. | ||
# | #Design with careful consideration and understanding of the production tools, to optimize fabrication capacity to the design at the design stage. | ||
#Design with open source parametric software so modifications can be made readily | |||
Revision as of 17:40, 26 June 2020
In order to achieve Distributed Market Substitution of major industries on a 10 year or under time-scale, OSE designs for fabrication in a way that optimizes repliability using both COTS and non-standard components.
In practice, this means:
- Steel is favored on grounds of cost and strength over aluminum unless light weight is of greater importance
- ZA Alloy is the material of choice for light-machinable parts
- Any design considers COTS part availability during the design phase, so that ready parts are used whenever possible to avoid custom machining. If it can be done with a COTS part, do it to favor access over point-performance at higher cost.
- Design with careful consideration and understanding of the production tools, to optimize fabrication capacity to the design at the design stage.
- Design with open source parametric software so modifications can be made readily