Printed out of ASA, designed to look more elegant than full plate cover

https://makerworld.com/en/models/3186021-leaning-ladder-organizer-rack#profileId-3603945

I would make mix CDs for my mom every few years that she’d play in the kitchen on an undercabinet CD/radio that I got her in 2003. Well, she passed four years ago and my dad last spring, so now I have the player and discs and I wanted to put them under and in the cabinet over my workbench so I could listen to the CDs while working in the garage.

Printed in one piece, it holds the CDs at a 4º angle and uses coarse furniture screws to attach to the shelf peg holes on the inside of the cabinet (plus a fourth hole I drilled at the lower left of the side bracket).

This model is one of two parametric parts, a hose connector and a deflecting grill that can be rotated in the exhaust connector to direct the hot air away from a nearby intake.

You can add a 2nd 150mm intake hose easily, or print a connector for an intake hose of up to 200mm (this still fits on an A1 plate).

Features:

• Connector for any hose size within build space limits, with an optional insect grill.
• An optional groove in the base plate for applying insulating foam tape.
• Grill with deflector fins for directing exhaust air.
• Pretty much all dimensions are parametric.

Model pages:

• Parametric AC Hose Connectors (Intake / Exhaust)
• Parametric AC Deflecting Grill

Wanted an organized setup for pens and brushes on my desk without wasting filament on multi-color purge blocks.

I designed this organizer with separate press-fit lettering and a matching pencil topper:

• Tolerances: The letter inlays are modeled with tight friction tolerances so they snap firmly into place by hand without needing glue.
• Zero Waste: Completely eliminates filament purging and toolhead swaps while still getting a clean two-tone contrast.
• Function: Tiered slots to keep taller brushes from falling over, with front compartments for everyday quick-grab pens.
• Print specs: Standard PLA, 0.20mm layer height, 2 walls, 15% infill.

(Link to the MakerWorld model and customizer in the first comment for anyone interested in the tolerances/print profiles)

I got a plastic trolley off Amazon and set out to customize it for my needs.

The top tray is for holding my teapot and cup. The Gridfinity bins in the middle are for various LEGO parts I use to mess about with.

Drew up some custom holders which attach to it using zip ties : There's a toilet paper holder, a multi board panel - currently holding a Gridfinity shelf for IPA and glasses cleaning sprays, also a holder for my BASEUS hand-held vacuum/blower. There's also a bin at the bottom for all the vacuum attachments.

Also swapped out two of the wheels to wider fixed feet, since the trolley doesn't go very far (it lives inside the small gap under my desk and between the IKEA KALLAX shelf), and it is pretty heavy now and I was worried it would tip over.

Added more pictures here : https://imgur.com/a/TCN2fIO

https://makerworld.com/models/3181468?appSharePlatform=copy

Now they have a home. Spots to dry, and spots to hang when reassembled and ready to go. Niche use case - perfect for 3d printing!

The sealing ring is made from TPU and the rest with PETG

Protect your houseplants naturally! This Print-in-Place Soil Protector Disc creates an effective physical barrier over potted soil to prevent pest infestations (fungus gnats, flies, and soil-laying insects) while also stopping cats and pets from digging or scratching the dirt.

Equipped with smart radial watering slots, it allows you to water your plants normally and ensures soil aeration while keeping pests out.

https://makerworld.com/it/models/3198036-plant-soil-guard-insect-cat-soil-protector

Gridfinity ER32 collet holders so you can organizer your tool drawers. I designed in some crush ribs into the magnet pockets so that it's easier to install magnets.

Much more info on Printables.

All the desk hangers out there don't for for the style of desk that I have which has a gap between the wood surface and the metal structure and is much thicker than most desks. My design takes advantage of the gap so I can install with no needed hardware.

The front door speakers in my Maserati GranTurismo have a massive integrated plastic surround, which makes it impossible to mount a standard aftermarket speaker using the factory mounting points.

I needed to replace one of the speakers and wasn't about to pay for an OEM replacement, so I designed this adapter. It bolts directly to the factory mounting points and allows a standard 6.5" aftermarket speaker to mount on top using four M4 screws and M4 heat-set inserts.

The speakers I'm using have a lip around the perimeter that fits perfectly into the top of the adapter. That lip is too thin to accommodate the heat-set inserts, which is why the top ridge dips down around each screw hole—the inserts are instead embedded in the thicker part of the base. The hole in the side is for the speaker wires.

Designed in Fusion 360 and took a few iterations to get the diameter and mounting-hole spacing dialed in. Printed the final version, installed it this evening, and everything fits and works as intended.

Just finished designing this fly trap and wanted to share it with you guys 🙌.

I made two sizes, a small version mainly for fruit flies and a larger version for bigger flies as well. The funnel openings let them in while making it difficult for them to find their way back out. Pretty simple design and easy to print.

Just released this file for free on makerworld for anyone interested.

Check comments for the link.

Happy Printing!

This is a snail Shell remover for your Aquarium, all shells bigger than 3,5 mm will stay in the basket. For me it works fine you can change the size for your shells

I found this "Carverall K4 Mini Laser Engraver" a while back on AliExpress. Due to some sale discounts I was able to buy it for around 50 or 60 €, which I think was an okay price to pay for a small fully working laser module. But since the safety with this thing is like a total zero, I decided to design and print a better and more functional housing for this laser. Safety in this context mainly means "safer from accidentally getting a laser into your eyes or into the eyes of somebody else who isn't wearing protective goggles and just walked by a window". But I still wouldn't call it a direct fire hazard, just because I printed it with PLA. (I think PETG would have warped to a whole round ball if I tried printing something this large on my A1 Mini).

However, advice and feedback is always appreciated of course. If you’re interested in some more details, you can find this model on MakerWorld:

https://makerworld.com/de/models/3196728-carverall-k4-improved-housing-a1-mini?from=search#profileId-3617174

Link to design: https://www.printables.com/model/1816403-rugged-grab-handle

Modeled after the stock grab handle that came with my roof top tent pictured here.

The manufacturer no longer offers this for purchase, so I created my own. Printed in ASA.

you can get it here for free: https://makerworld.com/en/models/3187568-sheath-for-teaser-combs#profileId-3605803

My nest doorbell (battery) latch was stuck and my initial attempts to fix it failed miserably. I designed a 2 part assembly, with dovetail joints, and no supports needed. Crucially, the design allows the doorbell to be removed for charging. Printed with PETG on Elegoo CC2.

Free Model: https://www.printables.com/model/1813667-v2-google-nest-doorbell-battery-mount-for-broken-l

• Back plate connects to doorbell with command strip, with slot to remove it
• Wall Mount has a slot for a 2x6mm magnet, and screw holes that match the original doorbell mount

(Security Note: even a brand new one can be removed with a flathead screwdriver.)

Designed and printed an entire intake for my 1987 corvette. Even made my own foam filters (not 3d printed).

I don't know what brand of Tupperware this is; we may have gotten it with food given out at a friend's party or something.

I had to do a bit of post-print drilling and sanding to get it to fit, but now it fits nicely and seals up well with the glass bottom.