FeF Microfactory: Difference between revisions
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*[[D3D v19.06]] 3 - [[File:d3d1906_3.ini]]. 0.4 mm nozzle. | *[[D3D v19.06]] 3 - [[File:d3d1906_3.ini]]. 0.4 mm nozzle. | ||
*[[D3D v19.06]] 4 - [[File:d3d1906_4.ini]]. 0.6 mm nozzle. | *[[D3D v19.06]] 4 - [[File:d3d1906_4.ini]]. 0.6 mm nozzle. | ||
=Typical File= | |||
[[Typical Profile File for v19.06]] | |||
=Data Collection= | =Data Collection= | ||
Revision as of 01:35, 7 November 2019
Production Equipment
- Babystepping Correction Data. Settings Data.
- D3D v19.06 1 - File:D3d1906 1.ini. 0.4 mm nozzle. Note: bed temp at 60C for PLA using new heated bed heater element.
- D3D v19.06 2 - File:D3d1906 2.ini. 0.4 mm nozzle.
- D3D v19.06 3 - File:D3d1906 3.ini. 0.4 mm nozzle.
- D3D v19.06 4 - File:D3d1906 4.ini. 0.6 mm nozzle.
Typical File
Typical Profile File for v19.06
Data Collection
- Using short idler for Z axis may have issues with tilt. Using a full carriage allows for a more constrained vertical orientation
- Side to side tilt of Bed adjustability (not needed) can be eliminated by using a stiff attachment of bed mount to Z carriage. Point of adjustment eliminates final build time.
- Front to back tilt of Bed can be eliminated by equivalent bottoming out of Z axis. Make sure this happens for perfected bed leveling
- Stiff connection of Y to X eliminates any potential loosening of X axis, and eliniates extra interface parts. This facilitates build time, but adds 2 custom parts.
Production Engineering Notes
- When bed temp is above 80C for the printers - the prints do not stick! At 120C, prints fail by coming off the platform.