Gridfinity - Divided Vase Bins with Labels (120 models)

Fast, easy to print, minimal filament, structurally sound Gridfinity organizer bins with built in dividers.
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updated December 1, 2023

Description

PDF

Updates

  • 2023-12-01 - Added single corner and half grid bases for even more minimal printing
  • 2023-09-29 - Replaced the 1x3x3u x5 bin which wouldn't slice properly
  • 2023-02-04 - Original post using the Gridfinity v5 spec 

Also see my other Gridfinity Bins:

Description

Vase mode bins made even better with built-in dividers. Now you can print bigger bins that are subdivided rather than multiple small bins. 

  • 120 vase mode bin models 
  • Sizes from 1x1 w 2 dividers up to 1x5 with 8 dividers
  • Heights from 3u up to 8u (6u is standard)
  • 5 matching bases
  • A 1x5x6u x8 divider bin only takes 42g of filament 

These bins are based on vase mode bins with label flaps that I originally posted, initially based on the excellent design by Francesco Iannone

 

Basics

Print the bins in 2 parts: base and the top (bin). Glue the pieces together for a very simple, bin. 

Recommended  slicer settings

Bins
  • Vase mode
  • Bottom layers: 4
  • .4mm nozzle
    • Wall thickness: .8mm
    • Layer height: 
      • .2mm below the label flap
      • .12mm for the label flap and upper lip
  • .6mm nozzle
    • Wall thickness: 1.2mm 
    • Layer height:
      • .28mm below the label flap
      • .2mm for the label flap and upper lip
Bases

Print in the top-down orientation found in the STL file. This will give you a very clean top and clean magnet holes. 

  • ≤15% infill

TIPS

  • Faster Bases: Adrian-CrimsonAzure pointed out that for larger bins, you can get away with printing 1x1 bases and then glue them to just the corners of your larger bins. For a 4x4 this means printing just 4 1x1 bases rather than 16 base grid. If you're short on filament or time, this is a great option.
  • Top Stability: To make the bin lip more stable, try printing the top of the model (from where the lip starts to the top) at a shorter layer height than the rest of the model. I go from .2 mm to .12 mm with a .4 mm nozzle. Thanks to kevman for this suggestion. 

Files

These files were done up with Tinkercad and can be found here:

Feel free to customize to your own needs. 

Tags



Model origin

The author remixed this model.

Differences of the remix compared to the original

Replaced the 1x3x3u x5 bin which wouldn't slice properly

License