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ICE Filament Drawer System

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Creation quality: 5.0/5 (1 vote)
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  • 31 downloads

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3D design format
Folder details Close
  • drawer1.skp
  • drawer1.stl
  • drawer2.skp
  • drawer2.skp
  • drawer2.stl
  • drawer3.skp
  • drawer3.stl
  • spacer-center.skp
  • spacer-center.stl
  • spacer-flange.skp
  • spacer-flange.stl
  • spacer.skp
  • spacer.stl
  • stand-center-round.skp
  • stand-center-round.stl
  • stand-center-tri.skp
  • stand-center-tri.stl
  • stand-leg.skp
  • stand-leg.stl
  • template.skp
  • template.stl
  • top-handle.skp
  • top-handle.stl

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Publication date 2022-10-04 at 20:08
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Published to Thingiverse on: 2018-05-21 at 13:40
Design number 872006

3D printer file info

3D model description

ICE Filament drawers + stand + template

All you need to recycle your ICE filament spools (750 gr.) into a drawer system :

  • Drawers with 1, 2 or 3 compartments, full and half heigth.

  • Stand that can be printed on small-platform printers.

  • Template for drilling holes in the spools.

Instructions :

  • SPOOLS

Using the template, drill 4 holes on 1 face of the spool :

  • Insert a short M2 bolt or 2mm nail in the smallest hole of the template.

  • Use a Dremel or other tool to drill a 2mm pilot hole through the largest opening of the template.

  • Turn the template 90 degrees untill the bolt or nail catches in the hole.

  • etc. Afterwards use a 6 or 6.5mm drill to enlarge the 2mm pilot holes.

    • DRAWERS
  • Print 4 full-height drawers OR 8 half-height drawers OR a combination of both... per spool.

  • The drawers are mounted inside the spools using M5 x 50 bolts. No need for these bolts to go through the bottom of the spool.

    • SPOOL STAND :
  • Spacers are used to keep the spools centered - the center hole of these spacers is tight (M8) Feel free to widen if you want the spools to spin around easier.

    These spacers are composed of 1 center-cylinder and 2 flanges - assemble 1 center and 2 flanges into 1 spacer.

  • Print (number of spools -1) spacer-parts (in-between the spools). Press center part inside 2 flange-rings - see pictures.

  • Print 2 HALF-height spacers (they sit at the top and bottom of the stack of spools) - therefore print the center-cylinder at 50% height and add 1 flange.

  • Print 1 top-handle (or any other 'knob' for M8 you can find on Thingiverse that can serve as a handle).

  • Print 1 Stand center (either round or triangular).

  • Print 3 legs. Use super glue and 2mm bolts to assemble the stand base (center + 3 legs) - make sure the large opening with the hex nut faces down.

  • Insert an M8 nut with or without glue.

  • Cut a threaded M8 rod of 29.5 cm (in this example for a stack of 4 spools).

    Cut a longer or shorter M8 threaded rod as needed if you want more or less spools in the stack.

    Install the M8 rod in the stand base.

  • Next install a half-height spacer on the stand and tighten it, flange touching the stand base.

  • Add the first spool and a spacer.

  • Repeat.

  • On top of the last spool, install the last half-height spacer, flange facing up.

  • Install the handle - I used an M8 cap nut but a normal M8 nut will do.

Enjoy !

3D printing settings

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