Open Source Shredder Requirements + Value Proposition: Difference between revisions
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(Created page with "=Requirements= #Modular coupling system to allow different power units to be attached seamlessly #Final shredding blades are 1/2" steel for the standard version #Uses common 1...") |
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#Modular coupling system to allow different power units to be attached seamlessly | #Modular coupling system to allow different power units to be attached seamlessly | ||
#Final shredding blades are 1/2" steel for the standard version | #Final shredding blades are 1/2" steel for the standard version | ||
#Uses common 1" hex drive shaft | #Uses common 1" hex drive shaft and square stock steel tubing with custom 3D printed bearings | ||
#Counter-rotating design - 2 sets of blades | #Counter-rotating design - 2 sets of blades | ||
# | #Maximizes use of 3D printed parts | ||
#Uses steel balls with 3D printed bearings to reduce bearings cost from $200 to $10 | |||
#Uses heavy-metal composite frame for structure | |||
=Links= | |||
[[Open Source Shredder]]. | |||
Latest revision as of 23:07, 13 June 2020
Requirements
- Modular coupling system to allow different power units to be attached seamlessly
- Final shredding blades are 1/2" steel for the standard version
- Uses common 1" hex drive shaft and square stock steel tubing with custom 3D printed bearings
- Counter-rotating design - 2 sets of blades
- Maximizes use of 3D printed parts
- Uses steel balls with 3D printed bearings to reduce bearings cost from $200 to $10
- Uses heavy-metal composite frame for structure