Divider for the Bogg Bag! 

Update 5-31-2026: I noticed the infill modifiers were incorrect. Now corrected!

Useful for separating swimsuits, towels, clothes, and more! No top or bottom shell layers is what gives it the mesh structure with the infill. I used gyroid for the look and flexibility but honeycomb would look good too. 

The print profile has sizes for the “Mini” and “Standard” Bogg Bags. I tapered the Standard size to miss the exclusion zone on the P1S. The parametric file does not have this geometry, so you may need to cut if off in the sliced with a negative part. 

I included a parametric file to adjust the spacing and dimensions for other brands. Play around with it to make it fit, you will need to replicate the slicer settings and modifiers to make the mesh panel. 

Parameter Definitions

• Height - Height of the panel
• Width - Width of the panel
• Button Diameter - The dimeter of the bags button hole, I recommend using 1-2mm smaller than the measured diameter
• Hole Spacing - The center to center spacing of the bags holes
• ButtonTopOffset - Distance from the top of the panel to the top button
• Corner Fillet - Match the profile of the bag if needed, the model will fail if this is too larger

Slicer Settings

• Top Shell Layers - 0
• Bottom Shell Layers - 0
• Infill - 10-20 % really dependant on filament, less is more flexible but weaker at the buttons. 
• Walls - At least 5, this is what defined the border of the panel
• Use a “Rounded Rectangle” modifier to make the border look nicer, this way will ensure there are top layers on the border

Highly recommend TPU or at least PETG. The example in the photos is TPU for AMS and it works great, stiff but flexible with good strength between the infill mesh and exterior walls.