3D Printed Stuff

This is an assortment of stuff I've 3D printed. I've tried to limit it to stuff I've designed, and also to stuff that isn't part of another project (e.g. the gunpla bit stands won't appear here). It's not anything particularly big, complex, or impressive, but it's usually useful and that's good enough.

My printer is a Creality Ender 2 Pro, with a dual-gear extruder and upgraded PTFE bowden tubing. I print exclusively in PLA, and tend to prefer Polymaker Polyterra, although at the moment I have a mix of filaments including some matte finish Filamentive and some slightly glossy Vertex. I design stuff using FreeCAD, although I've had a bunch of prior experience with commercial CAD software like Solidworks.

Artificial Plant Wall Holders

A noticeably-dithered photo of three artificial plants mounted to a white wall. The plants have large pink flowers and are in white pots, and the wall mounts are white and basketball hoop-shaped, sticking to the wall vertically and holding the tapered plant pots with a horizontal hoop.
Some artificial plants in the holders.

In my continued quest to make my living space more pleasant to exist in, I got some little artificial plants from IKEA. I did not, however, really think about how I was going to mount them beyond 'well I can probably just print something'. The design ended up being pretty simple, just using the taper of the pots and gravity to hold them in a hoop.

A photo of a filament 3D printer (a Creality Ender 2 Pro) printing one of the artificial plant wall mounts. It is printing it sideways, so that the hoop is oriented vertically. It appears to be about halfway through.
Partway through printing.
A photo of one of the wall mounts on a desk with one of the artifical plants in it. Other objects can be seen, such as a pink and white macropad, an adjustable spanner, some cables, and the corner of a deskmat.
Test-fitting the plant pot before mounting to the wall.

I chose to print them sideways to make sure I got good in-plane strength in the direction of the bending forces, although in reality there isn't continuous material going from the far edge of the hoop to the base where it's mounted anyway. In order to actually mount it, I used 3M 'Command' strips (a very common tool for me) to hopefully non-permanently stick each one to the wall.

Film Container Rack Hook

A noticeably-dithered photo of a pink wall hook mounted to a white wall with a 3M 'Command' adhesive strip. The hook is made up of two 'arms' with a space in the middle, presumably to hold something that has an obstruction in the middle.
The hook stuck to the wall.
A noticeably-dithered photo of a pink film canister rack being held on a wall by the pink wall hook. The two arms of the wall hook go around a central structural member on the film rack.
The rack hooked on the hook.

I needed a way to mount this film container rack to the wall, so I designed a little hook for it. Like the artificial plant holders, this uses a removable adhesive strip to attach it to the wall, while two prongs go either side of the central strut of the rack and hold it up. These do actually get a tiny bit heavy, so printing it sideways to ensure the part was strong in the correct direction was more important here.

Magnetic Bolt Dish

A photo of a pink dish mounted sideways to some sort of dark grey pair of bars. An asssortment of bolts and hardware is held in the dish (concentrated into three particular spots), suggesting that the dish is magnetic.
The finished dish, stuck to a lamp frame on the back and with bolts stuck to it on the front.
A photo of the bed of a 3D printer (a Creality Ender 2 Pro) with a circular dish on it. The main dish has not been printed yet, but the print has paused to allow the insertion of cylindrical magnets into spaces in the base of the dish.
The dish paused partway through printing, showing the magnets embedded inside before resuming.

This is one I'd been meaning to do for awhile and finally got around to. I often need to keep small bolts from vanishing while I'm assembling/disassembling something, and with some small magnets I found online, it's actually fairly simple to 3D print magnetic bolt dishes. The part needs to have actual cavities in the inside, and then the print has to pause before the 'ceiling' starts to be printed. I also put in a little bit of superglue to make sure the magnets stayed but, but that's really not necessary.

Whiteboard Mounting Hooks

A photo of the corner of a whiteboard mounted to a metal frame with a blue hook. The hook goes around the metal frame, and is attached to the whiteboard by a bolt going through the whiteboard's wooden frame. There is also a blue clip on the side of the whiteboard to keep it spaced at the correct distance from the metal frame.
A whiteboard hook in place (also featuring a spacer).

So I have a wheeled cart that should probably get its own project subpage at some point, but basically it's a little mobile storage unit I keep most of the stuff for my Projects on: breadboards with stuff on them, a pegboard with consumables and keyboards hooked on the side, a label maker, and so on. One of the things I wanted to add was an old whiteboard I salvaged from uni, so in typical engineering student fashion, I overdesigned it. Behold, the whiteboard mounting hooks.

A photo of the two whiteboard hooks by themselves. One of them still has the brim adhesion border from the printing process attached.
The whiteboard hooks fresh off the printer.
A photo of one whiteboard hook just clipped on to the top of the whiteboard, in preparation for drilling the hole through the whiteboard's wooden frame.
Test-fitting before drilling through.

The design isn't really that complicated, it's just a pair of hooks: one hook has a pair of holes to allow the whiteboard to be through-bolted to it, and the other one just stays on the frame of the cart via gravity. Two pairs of spacer pieces at the top and bottom just stay on via friction and keep the whiteboard stable, since the hooks have some non-negligible thickness. The bolts are probably massively over-specced, but I didn't do any calculations either way so better safe than sorry.

LED Bar Mount

A photo of an LED light bar suspended from two blue struts, viewed from the sides. The struts are mounted on top of a utility cart, each with one support on the cart itself and one on a pegboard mounted to the side of the cart. The light bar is shining light on several things on the pegboard, including a mechanical keyboard and a plastic components bag.
The mounts in place.

Another thing I wanted to attach to the cart was an LED bar over the pegboard, both for pratical and aesthetic reasons. So I went to IKEA, got a reasonable LED light bar, and figured out a way to mount it onto the side of the cart!

A top-down photo of the LED bar suspended from the supports. The mounting method appears to involve a channel in the centre of the light bar.
A top-down view of the provided illumination.
A photo of the 'front' of the LED light bar, showing an emitter/detector combo intended as a proximity sensor (e.g. to sense when a wardrobe door or a drawer is opened, as in the intended use-case for this light bar).
The LED bar actually has a sensor on it (it's meant to be automatic for wardrobes and stuff), but I don't need to use that.

This is actually pretty appropriately engineered: the LED bar mounts to the top using the screwed-in clips that it comes with, while the bottom of the mounts attach to the cart by sharing the bolts that attach the pegboard to the side, resting on the top of the pegboard for support. The only part that's a bit overdesigned is that each mount has a little nub that clip into a hole on the pegboard to keep it even more securely located, which does make it a bit more stable but isn't really necessary.

Clock Cube Wall Shelf

A photo of a 'cube' clock (really more of a square prism) sitting on a white shelf which has been mounted to the side of a wardrobe.
A cube on the side.

This thing is extremely simple: just a little shelf for an IKEA KLOCKIS combo clock/alarm/timer/thermometer (although I use it exclusively as a thermometer). It attaches with a 3M 'Command' adhesive strip, like the wall mounts above. While not a complex idea or design, it's little things like this that let me optimize my living space better.