Filament Detector
di Rick_H
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Introduction:
This is a filament Filament Detection/Run-Out Sensor Module. Several iterations of this design were made to ensure it is fully functional. This module can be used for Cartesian or Delta style 3D printer and is place prior to the extruder. The detection sensor is optical and hence no moving parts. An opto Optical Endstop Limit Switch PCB is required. These can be purchased from Amazon, Ebay or Aliexpress. Two versions of this print, one with a M6 OC4 quick fitting aperture (Cartesian) and one with only a 2mm aperture (Delta).
Caveats:
I have only a day of testing on this design and most of the problems have been resolved. The tiny filament guide needs to be held to a tight tolerance. More importantly clear or translucent filament will not work.
Requirements:
Besides an Opto PCB, four M3 cap screws with two nuts (that are pressed into the mount) and two M3 T-nut are required. A PC4-M6 Quick Fitting is required for Cartesian printers along with a M6 1.0 tap.
This is a filament Filament Detection/Run-Out Sensor Module. Several iterations of this design were made to ensure it is fully functional. This module can be used for Cartesian or Delta style 3D printer and is place prior to the extruder. The detection sensor is optical and hence no moving parts. An opto Optical Endstop Limit Switch PCB is required. These can be purchased from Amazon, Ebay or Aliexpress. Two versions of this print, one with a M6 OC4 quick fitting aperture (Cartesian) and one with only a 2mm aperture (Delta).
Caveats:
I have only a day of testing on this design and most of the problems have been resolved. The tiny filament guide needs to be held to a tight tolerance. More importantly clear or translucent filament will not work.
Requirements:
Besides an Opto PCB, four M3 cap screws with two nuts (that are pressed into the mount) and two M3 T-nut are required. A PC4-M6 Quick Fitting is required for Cartesian printers along with a M6 1.0 tap.
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