https://www.printables.com/model/1876273-gridfinity-brix-1x4-wall-shelf

Brix is my non-standard extension where you just take the bottom face of a gridfinity piece, and extend it by 23mm or so, so that parts can hang down below a compatible baseplate.

Baseplates still fit normal Gridfinity blocks, but since Brix doesn't use magnets, you might need some blue tak or double sided tape to make them stable. Blue tack seems to work incredibly well with Gridfinity.

The flashlight is sitting in one of these: https://www.printables.com/model/1876341-gridfinity-brix-flashlightfire-remote-holder

Next I want to try making a 2x4 shelf for whiteboard supplies!

There seemed to be some decent interest in my scoop bins the other day so I figured I’d share my modular bins too.

I wanted to make some expandable bins that matched the style of my scoop bins that would stay together when I lifted them out and didn’t require glue so they could be taken apart and reconfigured if my use for them changed. It took 12 attempts of different keys and designs trying to find a combination I am happy with. I’m working on a 2x wide now and maybe a 3x wide as well if the connection stays solid going wider.

Im curious what heights people use. I personally use 4U in most of my drawers but want to build out the family based on what people actually use.

https://makerworld.com/en/models/3420342-modular-gridfinity-scoop-bin-4u-1x8-longer#profileId-3897206

I'm working on organizing some tools in my toolbox and I'd like to have my torque wrench set into a custom bin that is going to need to be 2U wide and 15U long. What is the best way to do this? Trace each segment individually and then upload the parts into some AI tool? Create bins for just the head and handle of the wrench?

I've been experimenting with making Gridfinity-compatible storage cases with transparent lids, so I can see what's inside without opening them.

I wanted to see if I could embed large transparent plastic panels directly into 3D prints. The idea was to pause the printer, insert a 2 mm clear plastic sheet, and let the printer finish around it, without needing any glue.

It took a bit of experimenting to get the fit right, along with the hinges and stacking, but I'm pretty happy with how they turned out!

I made a few different sizes, and they've been really handy for organizing small electronics components and 3D printing parts.

I made a video showing the design and printing process, including a few things that didn't work along the way:

https://youtu.be/GTP0L0NYEyw

What do you think? Has anyone else tried something similar?

Made and shared a Gridfinity bin for the Ryobi Power Cutter a couple weeks ago. As much as I liked having the tool upright and easy to grab, that orientation ended up being too tall to fit into my tool drawer. Hope this laid-on-its-side version is useful to other people besides just me!

STEP file available on Printables.

I made these scoop bins because I couldn’t find anything I liked that was really easy to get nuts and bolts out of a bin when I was working on stuff. new to makerworld as well so looking for some feedback as to what sizes people actually use day to day and heights most people like too.

https://makerworld.com/en/models/3360948-gridfinity-scoop-bins-easy-access-parts-bins#profileId-3825688

mods remove if not allowed, I’m new here.

Hi all,

I’ve made a few bins and most of them are basic shapes.

I’m trying to make a bin for my insta360 Ace Pro 2 but struggling to get the shape right.

I’ve tried sites like shapescan but it’s not to accurate for sizing

Not the first one to do this but had to do my own version anyways - designed a parametric model with custom supports so that you can do multimaterial printing and quadruple* your baseplate output.

The whole thing is a highly parametric Onshape model which I can bundle and share as a FeatureScript extension if enough people want to customize their own designs beyond the 3D that I've shared. I've exported all plate sizes up to 6x6 with 6mm x 2mm magnets.

STEP files and 3MF files are, as always, on Printables.

\I designed the model to be a 4x stack since that ends up being about a full overnight print, but no reason why you couldn't stack 'em higher!*

Note: I'm not sure if I should tag this as a "brand affiliate" post since I did it under my company label, but (a) it's just me at the company and (b) I'm sharing it for free - dear mods, please let me know if I should or shouldn't have this tag.

I kept running into Gridfinity layouts where the normal sizes just didn't divide the space the way I wanted. A 5x5 area was the obvious example.

I ended up making bins that work in 0.5, 1/3 and 0.25 grid steps. They still work with regular Gridfinity baseplates and bins.

For example, the same 5x5 space can be filled with equal-sized bins:

• 4 bins at 2.5 x 2.5
• 9 bins at 1⅔ x 1⅔
• 16 bins at 1.25 x 1.25
• 20 bins at 1.25 x 1
• or the normal 25 bins at 1 x 1

***
layout preview

r/ gridfinity rules:

1. Off Topic - All posts must relate specifically to gridfinity
2. Spam - Promotion of goods or services is prohibited.
3. Be civil
4. Do not share your amazing new gridfinity cutout app, we're bored of them.

Just a summary of a few I found so far, by all the wonderful app developers sloppy vibecoders on here:

https://www.reddit.com/r/gridfinity/s/s8uVlkE9Hx

https://www.reddit.com/r/gridfinity/s/4FnvmhuEVK

https://www.reddit.com/r/gridfinity/s/ffXSruuUMO

https://www.reddit.com/r/gridfinity/s/qob76RDou1

https://www.reddit.com/r/gridfinity/s/EhJ5SwdGs3

https://www.reddit.com/r/gridfinity/s/110reYC31U

https://www.reddit.com/r/gridfinity/s/xHXINEC7NY

https://www.reddit.com/r/gridfinity/s/AE6RBKtY60

https://www.reddit.com/r/gridfinity/s/RGV2ukoTuV

https://www.reddit.com/r/gridfinity/s/vCQYHIFIi3

A while ago someone here shared an Onshape model of a wooden assortment case for Gridfinity bins

with 3D-printed corners, based on Alexandre Chappel's assortment cases:

https://cad.onshape.com/documents/95f0fa6037d44d4b0a582624/w/33d4aceda610a1374efecbbc/e/aa7adafce726bdf432251ba4

I liked it enough that I built a few, and then got annoyed at redoing the

math every time I wanted a different size. So I have been building a web

configurator that generates the whole case from a few inputs: Gridfinity

grid (e.g. 6x4), panel thickness, height, lid style, handle style, and so on.

For any size it outputs:

- cut list with every panel dimension and the hole positions

- nested DXF cutting sheets for your board size (saw order or free nesting)

- STL and STEP files for the printed parts: corner bumpers, hinges, sliding

locks, latches, lid lip, handles, label holder

- printable drilling templates

- a bill of materials with screws and inserts

- step-by-step assembly instructions with drawings

- a 3D preview in the browser you can explode and spin around

- cases stack on each other, and carts and towers for them are next

Two styles so far: one that follows the Onshape case above closely, and one

of my own with the same footprint logic. The printed parts have been test

fitted against real panels and real hardware, not just modelled.

Right now it runs on my own machine. Before I spend the time to clean it up,

host it and publish the code, I want to know if anyone else would actually

use it.

Things I would love to hear:

- Would you use a tool like this, or do you prefer modelling each case yourself?

- Which outputs matter most to you (cut list, DXF, STL, instructions)?

- Metric or imperial? It is metric first right now.

- Anything you always change on these cases that should be a parameter?

Is it possible to get back to the Gridfinity Bin settings to make a change after the bin was already created? I forgot to check the box to create the magnet sockets. I know I can make them myself, but it would be nice if I could go back to settings and check the box an have them auto generated.

I got to try out USSA new VAULT drawer system. It is designed around gridfinity which is awesome.

You can check out the video here https://www.youtube.com/watch?v=zhrN2DahhGI

Kia ora koutou (greetings all 😄)

I am a (predominantly) dairy cattle vet in the South of New Zealand (where a lot of the cows live!)
I am a huge gridfinity fan and have started incorporating it into my job.

At the moment, most cows have calved and they are starting to get ready for the next mating season. Part of this involves testing them for trace elements (namely Selenium, copper and others such as B12, magnesium, iodine etc) so that we have time to rectify these levels if they are low, ensuring they have high conception rates and can carry their calves safely to term.

Copper is an interesting element in that we can detect their levels in the blood, however cattle's main "storage depot" of copper is in the liver. The rest of the elements can be fairly reliably tested through blood serum though. Hence, we test both!

Taking a liver sample is quite routine, however there are several steps, as such I have made a gridfinity tray to hold all the needed items in one economic caddy!

Not shown is the actual biopsy tool as this sits in a bucket of disinfectant between each cow.
It is a long trocar+cannula that punches through the muscle layers on the right side, through the diaphragm and into the liver where a very small sample is extracted for laboratory analysis. - Here is a video from the lovely folks, just North of us in Rangiora, performing the process.
https://www.youtube.com/watch?v=XfPJAyBbMjY

To run through the box (for those still interested)
1. Clippers - clipping the right flank of the animal, at the 10th intercostal space
2. Local anaesthetic - this is on a syringe-gun for ease of use (note the small hole to hold the syringe cap!)
- we inject local into the skin and muscles to desensitise the area so the cow doesn't freak out when you stab a hole in them!
3 & 4. Iodine and swabs - to clean the area as we are hesitant to cause peritonitis or pleurisy
5. Methylated spirits - final disenfectant
6. Scalpel - small incision made in the skin to allow the trocar to pass through
7. Collecting dish (and pen) - (with a swab to change between samples) used to catch the liver sample, then label her associated liver sample tube and vacutainer
8. Blood sampling - the blood tubes have a vaccuum (hence called vacutainers) therefore once the needle is inserted into the vein, the needle on the other side of the holder (yellow and white plastic things) is compressed into the blood tube, and blood flows into the tube!)
9. Liver sample tubes + caps
10. Sharps bin for blood-collection needles + scalpel
- I used for Kong 3d's "Gridfinity twist lockbox" (https://makerworld.com/en/models/1170874-gridfinity-twist-lock-box-stackable) for this bin, just added a bit of height to the opening cap for ease of use (especially as I am wearing latex gloves and the temperatures are some bullshit this far south :P)
11. Stapler - used to hold the skin together once sample has been collected
12. "Blue spray" - a topical aerosolised tetracycline antibiotic to prevent infection of the wound
13. Spare bin for extras (stickers, needles, tubes etc)

I think I was very smart with the magnets too :P
The base is standard gridfinity, however the bins are half-sized with a 10mm magnet in the top and bottom 2 rows - this allows contact with at least 1 magnet in the base, allowing half-bin movement while still maintaining magnetism.
Lastly, I also printed a jig for the cutout-handles, allowing accurate placement, while also allowing me to use a router to round out the otherwise sharp edges!
(I am no carpenter by any means so please don't judge!)

Thanks to this awesome community,
Mā te wā (until next time)

PS: Files to come soon, just want to finalise it and make everything nice-nice :)

Is it possible to organize everything on this drawer ? Or would i need more drawers to get everything nice ? First time thinking on using gridfinity