D3D v18.06 Future Work: Difference between revisions
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*Implement Trinamic drivers | *Implement Trinamic drivers | ||
*Optimize geometry for print volume | *Optimize geometry for print volume - increase size as needed to gain exactly 8x8" of print area, and make this frame size an option for laser cutter and CNC circuit mill. | ||
:*Determine range of motion via CAD to determine practicality | |||
*Do complete CAD | *Do complete CAD | ||
*Laser cut electronics mounting board | *Laser cut electronics mounting board | ||
| Line 6: | Line 7: | ||
*Implement nonlinear bed correction | *Implement nonlinear bed correction | ||
*Optimize bed mounting for heat resistance - kapton tape may work without adding one extra part to part count | *Optimize bed mounting for heat resistance - kapton tape may work without adding one extra part to part count | ||
*Motor piece can be truncated to allow for more space on the x and y axes, thereby allowing a 13" frame to suffice for an 8" bed. This is useful for small size printers. | *'''Motor piece can be truncated to allow for more space on the x and y axes, thereby allowing a 13" frame to suffice for an 8" bed. This is useful for small size printers. | ||
Latest revision as of 15:27, 30 June 2018
- Implement Trinamic drivers
- Optimize geometry for print volume - increase size as needed to gain exactly 8x8" of print area, and make this frame size an option for laser cutter and CNC circuit mill.
- Determine range of motion via CAD to determine practicality
- Do complete CAD
- Laser cut electronics mounting board
- Put a boot on the extruder heater
- Implement nonlinear bed correction
- Optimize bed mounting for heat resistance - kapton tape may work without adding one extra part to part count
- Motor piece can be truncated to allow for more space on the x and y axes, thereby allowing a 13" frame to suffice for an 8" bed. This is useful for small size printers.