When another store bought sprinkler broke after one year, I designed and 3D printed this. It uses PC4-M10 connectors and PTFE tubes. Works better than expected and my children love it.

You know it's summer when there are multiple HVAC related posts. I know this isn't super exciting, but I was really happy with the support for this part and getting to print 1 piece on my P1S at 45deg and very small starting connection for the actual part. I figure you all would at least apricate that part.

The less exciting part of this print are they do a really nice job changing flow direction. Uploaded 45, 30, 15, and 1 deg versions. I have long curtains and the pop of vents won't stay up and needed a better solution. Figured I'm probably not the only one here that will find this useful.

https://makerworld.com/en/models/1562600-hvac-directional-floor-vent-register-4x10-size#profileId-1642392

My partner loves crocheting, and I love to torture myself, so I went on a journey to learn OpenSCAD and design some customizable stitch markers. Easy project, right? Well, many hours and test prints later I think it's finally good enough to share with the world.

Existing solutions often use multicolor to draw text. I dont have an AMS, so I decided to make these work in single color by cutting a hole instead. Sound easy enough until you have letters with holes in them. I've got a reasonably good solution with automatic support bar placement for now, but I definitely want to improve it even more in the future. It should at least be customizable for weirdly shaped fonts.

Anyway, if you're interested in printing some yourself, or just playing with the settings, you can find the model here: https://makerworld.com/models/1562012

The little plastic arm that swivels and connects the probe to the thermometer broke. Printed in PETG.

These are designed for louvered doors. Screw holes are on the outer edges to avoid the louvered section.

Printed in three parts; The left and right halves, and a small center piece to cover the seam.

Most of the iterations were playing around with how the two halves join and modifications so they could be printed without supports.

Designed for 18” doors. Screw holes are 15” apart. I made two sizes; Large is 4” tall and just over 4” deep. Smaller is 3” tall and just over 3” deep.

Files can be found here:

https://makerworld.com/en/models/1561695-pantry-door-shelves-great-for-18-louvered-doors#profileId-1641321

It's black because that is all the TPU I have. I don't really print TPU almost ever.

Anyways, the print is roughly 3 cents. I could've went down to the junk yard and got it for maybe $5? But online I couldn't find anything but a complete kit which was going to $60 range. From other types of cars, what I was finding is $20 if you can just get the plug by itself.

I'm not sure anyone would have a need for it or it will fit on other trucks. But here. https://makerworld.com/en/models/1562057-car-truck-grab-handle-screw-cover-plug-tab#profileId-1641739

The one I have is a 2002 blazer.

TLDR: A simple way to horizontally “stack” your spools for easy access/visibility without them rolling away. Each can hold up to four 1kg spools and help you lay them out in series or in a grid. Each strip is only 24 grams and you fit 2-3 on a single X1C build plate.

More info: Having spent the last few months designing and building a Filament Management System (aka, the FMS) for Build Board, I’ve had to spend a lot of time thinking about spools and how they’re stored.

I’m slowly working my way up to having an index system where each SpoolGrid “strip” has a code which can be synced with the FMS, but for now I’ve just focused on a physical storage system. The goal was simple. Design a simple modular/expandable system where I can put spools in a vertical orientation without them rolling away and where I can access each spool without having to move the others. A bonus goal was to have something that uses the weight of one or more stored spools to stabilise the strip. After three versions, I’m really excited to share what I’ve come up with!

Each strip is 24g and takes about 25 mins if you don’t mind printing in ludicrous mode on a BBL printer, plus you can easily fit 3 of them on an X1C build plate. In case anyone is interested in trying it out, I’ve included the Makerworld link below. If you do try it out, please do let me know how you get on with it and/or what I could improve. Also open to general feedback/suggestions.

https://makerworld.com/en/models/1561266-spoolgrid-by-build-board#profileId-1640851

P.S. Designed and tested for Bambu Lab, Fiberlogy and Polymaker spools. Happy to mod it for other sizes if anyone would like that 😊.

I bought a new tire inflator but it didn't have a hoop or eyelet to hang like my old one. So I made this mount.

Files Here:

https://makerworld.com/en/models/1561520-tire-inflator-wall-mount#profileId-1641120

Finally it's summer here and I'm re-enabling my drip irrigation system for a small backyard garden. Unfortunately many of the dripping holes are plugged since the tubing lies in the soil over winter. So I designed this elevated supporting stalks, they will not only fix the tube at position but also make sure it's above soil surface. Hopefully this will fix the problem?

I'm printing it with PLA now but will upgrade to PETH if it doesn't work under PNW sunlight.

I bought this string of solar lantern lights, and one of the brackets was broken straight from the box. The others didn't seem super sturdy either, so I did a full replacement using Translucent Teal PETG. I also hand-bent some hangers from 12 gauge copper wire (it was coated when I bought it, and I stripped it).

Fortunately, there is the Zipper Joint technique which makes joining multiple pieces a breeze (pun intended). No glue required and my airflow is back. :)

I play airsoft and BBs hitting the glass is no joke, so I designed and printed this to ensure the glass doesn't break. It's a simple design but snaps nicely onto the watch and will stay in place. You can't use the touchscreen because of the 2mm polycarbonate but you can still see the time, use the dial and the button.

It's a OnePlus Watch 3.

Files available for free over at Printables.

cheap Quad atomizer creates an oversaturated environment.

• Use water to keep things moist or germinate seeds
• Propanon for fast&perfect vapor smoothing of ABS/ASA
• Alcohol for disinfection

free parts

My Delonghi Dinamica's 300g bean hopper just wasn’t cutting it, so I designed a clean-fitting 3D printed extension that takes it up to 1kg, and still lets you use the original grain and ground coffee lids.

Tested on both Dinamica and Magnifica models (with a small shim needed on the latter for full stability). PETG recommended for heat and moisture resistance. Food-safe coating advised for long-term use with coffee beans.

made a wall-mounted holder for my parents' bathroom for the IKEA BOLMEN toilet brush. It's modular for gluing or screwing, and the mounting stays completely invisible once installed. I might work on minimizing the slight layer shift between the base and wall in the future, but honestly, I think it fits the design well as-is and the ironing settings worked great in my opinion.

Maybe it's a bit overengineered for a €2 brush, but the process was fun 😂

Picture was taken after the first cycle! Hopefully it holds up

I picked up a cooler at a garage sale and it did not have a cup holder. I wanted to take this to a family backyard pool get together, but wanted to be able to use larger cups and be able to label them. This fit the cup mount on the cooler and holds the red Solo cups and a few smaller (there's a hole in the bottom to not waste filament).