Difference between revisions of "Millard fillmore"
From Makers Local 256
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m (thoughts) |
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content goes here brokentrace | content goes here brokentrace | ||
| + | |||
| + | =thoughts= | ||
| + | *cheap | ||
| + | *cutting area 12x12x6 | ||
| + | *equal length parts for lead screws, and linear shafts | ||
| + | *few custom parts as possible | ||
| + | *few wood cuts as possible or in small enough sections machine can cut itself | ||
| + | *single pcb for control 4x6 inch in size | ||
| + | *find good power supply for everything | ||
| + | *tweak 5d reprap firmware to control spindle and allow for tool changes | ||
| + | *cuts for endstops and encoders | ||
| + | *possibly go to higher thread per inch lead screws | ||
| + | *work on x,y,z flexing | ||
| + | *write gcode for zeroing out cut area | ||
| + | *larger z platform for holding different tools, spindle, extruder, laser, router, dremel etc | ||
| + | *figure out good way to mount bushings and leadscrew nuts. | ||
Revision as of 11:33, 11 October 2010
content goes here brokentrace
thoughts
- cheap
- cutting area 12x12x6
- equal length parts for lead screws, and linear shafts
- few custom parts as possible
- few wood cuts as possible or in small enough sections machine can cut itself
- single pcb for control 4x6 inch in size
- find good power supply for everything
- tweak 5d reprap firmware to control spindle and allow for tool changes
- cuts for endstops and encoders
- possibly go to higher thread per inch lead screws
- work on x,y,z flexing
- write gcode for zeroing out cut area
- larger z platform for holding different tools, spindle, extruder, laser, router, dremel etc
- figure out good way to mount bushings and leadscrew nuts.
