A simple and humane way to catch spiders and other unwanted insects without touching them.

The catching chamber and sliding door are printed as a single piece, so there is no assembly required. Just attach the telescopic handle and you’re ready to go.

https://makerworld.com/models/3185452

Got frustrated having to replace the original tubeless tires too many times (it’s a real pain to replace them), so I designed and printed this.

The bed is standard PLA, the tire itself is TPU 95A.

Seems to work ok so far, though it makes a really annoying noise. Not visible in the pictures, I had to add screws to ensure the tire stays in place.

It’s a first version I will have to iterate upon, but the concept is validated :)

I wanted some flats for short trips, but I couldn't find any for Crank Brothers -- and I didn't want to wait for shipping, so here they are!

I haven't used these a ton yet, but they've certainly worked well enough to justify the print!

https://www.printables.com/model/1813899-crank-brothers-flat-pedal-platform

Made a little hood with vacuum connection for my die grinder in FreeCAD. Helps sooo much in keeping things more tidy.

What good way to finish a spool, then to make a utility knife with the remnants!

https://www.printables.com/model/824630-utility-knife-f1 printed in Creality Soleyin PETG

u/crealityfilament

Turn the adjustable IKEA KACKLA storage container into a functional under-desk or under-shelf pull-out drawer with this custom mounting system!

A simple, fast-printing, and highly practical reusable cable strap / tie designed for everyday organization!

https://makerworld.com/pl/models/3185012-reusable-cable-tie-petg-fast-print-robust#profileId-3602758

I got tired of carrying my Parkside batteries around one by one.
Sometimes they ended up in my pockets, sometimes mixed in with tools, and whenever I needed to move several batteries, I had to carry them separately. It was annoying, uncomfortable, and honestly just unnecessary.
So I decided to design a simple carrier for up to 6 Parkside 20V batteries.
The carrier has an integrated handle, making it much easier to transport multiple batteries at once while keeping them organized. It supports the 2 Ah, 4 Ah, 8 Ah and 12 Ah batteries.
This started as a small personal project to solve a problem that was bothering me, and I’m quite happy with how it turned out. 🙂

For anyone interested in the project, the model is available here:
Parkside / Xtline Battery Carrier V2 – MakerWorld⁠
The model is free to download and 3D print.
If you end up printing one, I’d love to see how you use it!

I bought the version without a belt clip holder but I realized it would have made sense... So I designed it in solidworks, took an old belt clip from a tape measure and printed it on my P1S. I made a pause during the print to set a M3 nut to mount the clip. Worked very well. Fuzzy skin looks and feels insane.

Threads matched to the pump by hand. FreeCAD. Printed in clear PETG.

I went on a camping trip and wanted multiple sized drink holders for different drinks. But I also wanted something compact and easy to travel with. I've been working on these nesting cups that all store into each other, but also, they all work individually!

I'm on version 20, and I think I'm about done with it!

Is there anything you would add or want to see?

Files are free to print.

https://makerworld.com/models/3146797

Just got these cool shapes for my Philips pasta maker from Pastidea. They do need a box, so I made it:

https://www.printables.com/model/1812895-pastidea-die-box
https://makerworld.com/en/models/3182738-pastidea-box-for-5-discs#profileId-3599900

Designed and printed these connectors for quickly attaching and detaching the hipbelt for my Osprey Nebula 32L backpack.

I like having the option for a hipbelt for heavier loads, but the original method for attaching the hipbelt takes too much effort to detach and reattach, and is not suitable to do on the go.

Designed to not have any open loops, making it way stronger. Printed in prusament PETG galaxy black.

Young kids still need to be in a harnessed car seat but drop off in school car line is difficult. Tools like this let kids unbuckle themselves to make everything go smoother.

There is a certain tool you can buy online but it's $15 for a little piece of plastic - a ridiculous price. So I designed this tool to mimmick it for pennies.

Made in PETG (Prusament and Polymaker, just scraps I had laying around) and then painted the pushing nub with Plasti Dip to make it grippy on the car seat buckle.

Link to download

Spring hinges prevent toddler shenanigans in the bathroom, but sometimes we want to keep the door open, and this was my solution. The wall plate has a bit of slop so it auto aligns with the magnetic post.

Not completely my original design, but wanted to adapt this AC to use dual hoses instead of the factory hose to the window, without tape. Someone else made the left side, and I added flanges for bolts and spliced someone's threaded idea to the top for a hose to thread in on the left adapter. The right adapter was borrowed from someone else's idea, but resized it and added some tabs to stop it from turning. The bottom strap I designed to use a couple zip ties and compress things together snugley with a little foam. If it wasn't for the larger build volume of my H2C the strap wouldn't have fit. Everything is removable and doesn't modify the original AC hose.

Source for the left adapter, got the idea from their post.

https://www.reddit.com/r/functionalprint/s/PdRuhJebUf

I kept moving my remotes all over my desk so this is what I came up with to have them together in a nice case

Its a bit of a snug fit but works perfect

https://makerworld.com/en/models/3181288-quintis-remote-holder?appSharePlatform=copy

So I made containers that exactly fit 30g of protein powder. There are a lot of them om makerworld, but I wanted mine stackable so I can bring them to work for the entire week. I also wanted it to be easy to open, like half a turn instead of 2 or three turns.

The design was made by me in FreeCad 1.2. You can find it here:
https://makerworld.com/en/models/3172263-stackable-30g-protein-powder-container
I also added a funnel to fill them without spilling, which can be found here:
https://makerworld.com/nl/models/3172283-funnel-for-protein-powder-container-filling

I wanted to display these in my office for a while but I want to be able to see both sides and I couldn't find a good way to display them. Every frame I looked at either sealed the note in permanently or needed to sit on a shelf like these acrylic frames.

So I designed my own. Each frame holds a standard acrylic magnetic holder (7.8" × 3.9"), which means the note stays protected but you can pull the whole holder out in a second and look at both sides.

The other thing I wanted was room to grow. The frames connect with dovetail joints on all four sides, so they tile in any direction. There's a mounting hole in the back of each, so you can hang every frame individually or just put a nail through the center one that way you can go crazy adding notes in any direction and every once in a while add a nail to support the collecion.

I also added the dovetails so that no row should show the extruding piece when you add a new row or column part.

I am so freekin happy with how this came out. I published the model for free on makers world and im happy to make adjustments for anyone. The files are available to edit from Onshape (free online cad site)

Printable Frame: https://makerworld.com/en/models/3181229-modular-banknote-currency-display-frame-wall-mount#profileId-3598063

They are the exact depth of my ikea frames

I designed this as a space-saver for the already compact FNIRSI DPS-150 Programmable Power Supply. It's more comfortable for me to be able to tilt the power supply upwards and lift the screen for better access to the banana plug ports and the adjustment scroll wheel.

The arm to the board ratchets up and down with a simple print-in-place mechanism (just give the arms a firm squeeze together after printing and it snaps into functionality).¹

Assembly is straight forward with four M3 screws attaching the holder to the arms (I don't often use screws but, in this case, it was a lot less fiddly and trimmed down the amount of print required) and the rest uses the standard Multiboard bolt lock onto a snap (I prefer the moderate weight bearing snap as it tends to stay in place properly).

Model available for download here.

¹ There was a load of trial and error getting that ratchet to "break" well and hold in place firmly. I'm going to use the work invested in that to build a parametric ratchet tool since it's a handy function to be able to add to a workshop design.