Reinforced Economical Gridfinity Bins - No vase mode (w/ half grid)

thingiverse

#### Printing I printed the bins with both 0.4 mm and 0.6 mm nozzles, both work fine. There are all variations of the bins from 1x1x1 to 7x7x10, in regular- and half-grid variations (although most are obviously untested). ##### Recommended settings PrusaSlicer: - Print settings -> Layers and perimeters -> Vertical shells -> set "Perimeters" to 1 - Print settings -> Advanced -> Slicing -> set "Slice gap closing radius" to 0.01 - Print settings -> Infill -> Advanced -> set "Bridging angle" to 45 Cura: - Print settings ->Walls -> enable "Print thin walls" - Print settings ->Walls -> set "Wall Line Count" to 1 ##### Why use these settings: Slice gap closing radius / Print thin walls:  Perimeters / Wall Line Count:  #### About There are a [couple](https://www.printables.com/model/389267) of [good](https://www.printables.com/model/230603-gridfinity-vase-mode/files) economical vase mode designs out there already, but they share a problem: vase mode is a pain if you need lots of bins. Vase mode requires that your models are nicely spaced apart, so my printer only fits 2-3 bins at a time. [This other model](https://www.printables.com/model/265271-gridfinity-lite-economical-plain-storage-bins) solves this problem by implementing a very similar design which doesn't require vase mode, but I found those bins to be quite flimsy when stacked and easy to snap along the layer lines. So, I took the original vase mode design as an inspiration and fully reimplemented it in OpenSCAD, borrowing many ideas from the models linked above. Each layer still consists of closed loops, similarly to vase mode, but with the benefit of letting you place many bins right alongside each other on the print bed. I also borrowed the corrugated lip from [this](https://www.printables.com/model/458157-reinforced-spiralized-gridfinity-bin) model, mostly because I like the way it looks, but also to add some rigidity for better stacking.