3D Printer Genealogy: Difference between revisions
Jump to navigation
Jump to search
(→Links) |
(→Links) |
||
| Line 10: | Line 10: | ||
{{Hint|Note that to design new versions, you want to use small, simple files. We have ones ~20k for each axis - with the critical features - according to [[File Simplification]].}} | {{Hint|Note that to design new versions, you want to use small, simple files. We have ones ~20k for each axis - with the critical features - according to [[File Simplification]].}} | ||
*Simplified axis files - X, Y, Z - the smallest ones today are | *'''Note that '''[[D3D_Part_Library#Assembly_Index]] contains the simplified assemblies. These are to be used any time that a new version of the 3D printer is to be designed from scratch. | ||
*Simplified axis files - X, Y, Z - the smallest ones today are also used on the [[D3D CNC Circuit Mill]] | |||
*[[D3D Integration]] has files that are on the order of 5MB and 1MB for each axis. Still too large for prototyping. | *[[D3D Integration]] has files that are on the order of 5MB and 1MB for each axis. Still too large for prototyping. | ||
Revision as of 19:58, 13 March 2018
- Folgertech Prusa i3 - 2016; deprecated, entry level model for quick learning; not high on OSE Spec of modularity + scalability.
- D3D - builds started in 2017 - using the Universal Axis system
- D3D Germany
- D3D Australia
- D3D Saudi Arabia
- D3D v18.01 - started to keep track by month because there are too many.
- D3D_Ohio_v18.02
Links
Hint: Note that to design new versions, you want to use small, simple files. We have ones ~20k for each axis - with the critical features - according to File Simplification.
- Note that D3D_Part_Library#Assembly_Index contains the simplified assemblies. These are to be used any time that a new version of the 3D printer is to be designed from scratch.
- Simplified axis files - X, Y, Z - the smallest ones today are also used on the D3D CNC Circuit Mill
- D3D Integration has files that are on the order of 5MB and 1MB for each axis. Still too large for prototyping.