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Gridfinity Organization (Part 1)

I mentioned Gridfinity a bit in my post about a custom box for hardware, but I’ve also been working on an organization system using Gridfinity for my soldering desk. I’ve got Version 1 done, but of course the beauty of Gridfinity is that it’s modular, and you can make it more modular depending on how you do it.

Usually when you see people print the baseplates for Gridfinity bins they are a large rectangle because they are putting them in a drawer or some other very rectangular area, but I have a weird non-rectangular thing going on, so I printed a bunch of smaller baseplates and bolted them together. The Gridfinity Rebuilt in OpenSCAD library adds some nice features, and one of them is these baseplates with holes, so that’s what I used. (As a bonus I used a bunch of #4-40 hardware I had lying around because I tend to use 3mm hardware for most things.)

As mentioned, it’s modular. So it’s easy to rearrange things, take bins out and move them around, and put them back in place… and they are held into the baseplate with magnets, so they (mostly) stay put. The larger gray one on the left side is my little trash bin. When soldering I put bits of insulation, wire, or any other tiny scrap in there, then dump it into the rubbish bin when it gets full. The rest of the bins are the things I use most often when soldering. I may still make a few tweaks but this is a huge improvement over the cut up cardboard box I was using. The “everything in its place” approach can definitely be a good one.

There’s one custom thing here, in the back row, which is inspired by The New Tool Holder but in Gridfinity form. I rushed that piece and didn’t have enough clearance on two of the holes so I ended up drilling them out a bit. It worked fine, but it does serve as a reminder to slow down and get it right.

(I didn’t get a photo of it actually on my soldering desk… if I’m honest it’s still a bit of a mess, just because there is so much on it. If I get it cleaned up I’ll grab a photo and add it here.)

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MatterHackers MH Build Series PLA Filament

In my post about Arcade Button Wrenches I mentioned the PolyMaker PolyTerra filament comes on cardboard spools, which is a bit more friendly to recycling and sustainability than so many of the filament manufacturers that use a plastic spool. My go-to filament for a few years now has been the MatterHackers MH Build Series PLA Filament which… comes on a plastic spool. But wait! MatterHackers also has a MH Build Series PLA Filament – Cardboard Spool that, well.. you guessed it! Comes on a cardboard spool.

Worth noting, I do not use an AMS unit on my Bambu Lab P1S printer. If you do, cardboard spools can be an issue. Though honestly you’re probably wasting a ton of filament if you’re using the AMS and doing multicolor prints so what’s one more spool in the landfill, right? (Or wait… reusable spools are a thing, right?)

Spools are of course, not standardized. If you remember my Hygrometer Filament Roll Holder you may remember this bit:

Note that every roll of filament from every manufacturer may have a different spool hole diameter. In fact, even the same damn roll of filament may have different diameter holes on each side!

But we’ll get into that topic (along with reusable spools) in another post…

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Arcade Button Wrenches

I use a lot of these Big Dome Pushbuttons in my line of work… and I also use the GoldLeaf Pushbuttons and sometimes you just want those things screwed in tight. So I made wrenches for both of them so you can screw them in tight.

You can get the STL and .scad files from Printables.com – Big Dome Pushbutton Wrench and also from Printables.com – GoldLeaf Pushbutton Wrench

One more word of advice, at least for the Big Dome, though it’s not a bad idea for the GoldLeafs as well… Once everything works and you’ve tightened the nut in place, add hot glue. Add a lot. Hot glue the shit out of that nut. Glue it to the panel it goes through, and glue it to the threads of the plastic housing. Why? Because I’ve seem both kids and adults in my time twist the button until it rips the wires off. It’s possible with the Big Dome if not glued down, and while I’ve never seen it on the GoldLeaf buttons, I still add glue just in case.

Oh, this is also the first time I’ve tried PolyMaker filament. I grabbed a roll of Polymaker PolyTerra “Army Light Green (HEX Code – ?A78403)” Matte PLA Filament. I like the color, but I realized this may be the first time I’ve used matte filament. It’s different than what I’m used to, but I don’t hate it. The PolyTerra PLA comes on cardboard spools, which should be more environmentally friendly than all those darn plastic spools. Supposedly for every Polymaker PolyTerra spool sold a tree is planted. I don’t know how to confirm that but if true, that’s a nice thing.


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Your Recipe is Killing Me…

I like to bake and make in the kitchen and while I have my own recipe collection I still look up recipes online all the time, which I think is a common thing to do. There are a lot of “food bloggers” or recipe sites and the old joke is that you have to read someone’s life story before you can read the recipe. “I’m a busy mom with three active kids and a husband who works a lot of hours” or however it goes before a long story about how a quick and easy recipe is just the ticket for a weeknight with soccer practice and swim lessons…

Where was I? Oh yes, I’m a busy maker who just wants the damn recipe. I often use an old iPad in the kitchen and I’ve noticed that some of these food/recipe blogs are so overrun with ads… popup ads, video ads, and lots of faff, that my iPad sometimes can’t even render or properly load the page.

Now I know these bloggers are trying to make a living (or at least extra money) by “posting content” that will get clicks and views and all that but I hate it. I hate it. So I will visit your site one time, I will copy and paste your recipe into my digital notebook and use that, and add my own notes, and keep the URL in case I ever want to visit again, and if I make changes I may even share it on my own blog.

You can find all of the recipes I’ve shared (free of ads and tracking) by following the recipe tag.

(And yes, I do know about ad blockers, I run uBlock Origin on my desktop browsers, etc. I should probably just stick to using the laptop in the kitchen to keep things clean.)

Update: Check out cooked.wiki!

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Customizable Trays in OpenSCAD

A 3d Printed Customizable Tray

This is an OpenSCAD script that can create custom trays/drawers based on the dimensions you set, because it is a parametric design. If you’re new to OpenSCAD this might be a nice project to examine. It uses the BOSL2 library (Belfry OpenSCAD Library, v2.0), and it’s a pretty simple and (hopefully) easy to understand script.

A 3d Printed Customizable Tray

I tend to use this to create small “drawers” to fit on my desk, or under my monitor stands. The large one pictured is 185x185x40, but the idea is for you to make them whatever size you need as it’s a parametric design where you set the variables to have whatever values work for your specific situation.

A 3d Printed Customizable Tray

If you’ve used OpenSCAD and mainly stuck to the cube you might want to look at the MCAD library or the BOSL2 library, as they offer a lot more options for creating cubes (and other shapes). Of course with more power comes more complexity, but you can make rounded cubes of all sorts with MCAD and BOSL2. (MCAD was my go-to for rounded cubes but I’m just getting into BOSL2 and this is my first project using it.)

You can get the .scad file from Printables.com – Customizable Tray. Open the .scad file in OpenSCAD, change the dimensions, and render a tray!

A 3d Printed Customizable Tray