D3D CNC Circuit Mill Future Work: Difference between revisions
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=Priority= | |||
#CNC laser cut electronics mounting | |||
#Cleaning up electronics mounting | |||
#Simplifying the probing process. Inductive sensor for bed leveling? | |||
#Software toolchain streamlining | |||
#Wood and aluminum milling limit determination | |||
=Other= | |||
*Speed control circuit on the spindle | |||
*Z offset correction or probing for non-metallic substrates | |||
=Notes= | =Notes= | ||
*Using short 3 mm screws for stepper motor mounting allows for nuts to be caught under motor, simplifying the assembly process. This is at the expense of easy stepper motor removal. Easy stepper motor removal is more important - easy removal means that the axes can remain intact - whereas if the screws were internal, then the universal axis structure can fall apart. Keeping the axis structure intact may be more important in cases of more complex machines. | *Using short 3 mm screws for stepper motor mounting allows for nuts to be caught under motor, simplifying the assembly process. This is at the expense of easy stepper motor removal. Easy stepper motor removal is more important - easy removal means that the axes can remain intact - whereas if the screws were internal, then the universal axis structure can fall apart. Keeping the axis structure intact may be more important in cases of more complex machines. | ||
Latest revision as of 17:49, 28 June 2018
Priority
- CNC laser cut electronics mounting
- Cleaning up electronics mounting
- Simplifying the probing process. Inductive sensor for bed leveling?
- Software toolchain streamlining
- Wood and aluminum milling limit determination
Other
- Speed control circuit on the spindle
- Z offset correction or probing for non-metallic substrates
Notes
- Using short 3 mm screws for stepper motor mounting allows for nuts to be caught under motor, simplifying the assembly process. This is at the expense of easy stepper motor removal. Easy stepper motor removal is more important - easy removal means that the axes can remain intact - whereas if the screws were internal, then the universal axis structure can fall apart. Keeping the axis structure intact may be more important in cases of more complex machines.