Counting matching models…
After using a few sub-$100 usb c docks with my MacBook Pro (M1), I could not for the life of me get them to work correctly. I always had to plug / unplug multiple times, etc to get my external monitor to display anything. I don't wanna…
Inspired by this model by @FabianVeile . His design is great and very elegant, but I could never get enough pressure on the lead to be usable. Instead of tweaking the print settings a bunch, I decided to try my hand at a new design…
Wheel Print the two halves of the wheel flat side down, then glue together with superglue. I suggest printing the jig to help with keeping things lined up. I used PETG with a 0.4mm nozzle and 0.15 layer height, but probs not super…
Tighten the outer parts to lock the tape in place and prevent it from spinning. Loosen and pull the tape to dispense. I printed in PETG with a 4mm nozzle @ 0.2mm layer height. Probably don't want to go much bigger because of the small…
Update: V3 Received some feedback / ideas and I think this is the final iteration. Ditched the support structure altogether - just made the whole palate way thicker Added a shallow convex curve on the bottom and concave curve on the top.…
I originally wanted to create an entire printable shelf, but figured I could use less material this way. It also enables you to construct custom (as in not strictly a grid) shelves. I just hot-glued 12 together and it works surprisingly…
I had printed these neat rollers I found on printables to use in my DIY dry box, but I could only fit 4 spools in a large Home Depot waterproof bin. In addition, they required quite a bit of printing time / material per spool roller,…
<DJT LINK TO VIDEO> Haven't seen wide stereo contact mics before so I made some. They can capture some neat sounds. Pretty rugged - passed the below tests: Submerging in water for hours Running over them with a Honda Civic Submerging in…
Basically just block that elevates the screen on the PCB, which I needed for a project. This version uses m2 heat insets and m2 screws to attach. The other benefit is because it uses female headers, the screen can easily be swapped if it…
Originally I designed a rip-off peak designs system, but then realized that I could ditch the plastic disc and just use a plain ol' knot. Simple is better, yeah? The printed part has bumps on the inside for additional friction. I tested…
Full build guide here Choose the top and bottom model that fits your piezo and magnet sizes. Available sizes are Piezo : 12, 15, 35 mm Magnets : 8, 10, 12 mm Tips Go to a thrift store and get an aux to RCA cord if you can (easier since it…
Full Build Guide here on djbajablast.com I wanted a device like the Priezor LOM that is 3d printable, affordable, and most importantly, available (the LOM is out of stock) I print in PETG with a 0.6 nozzle, which takes ~70 minutes with my…
I made this for a MIDI controller I designed (featured in a couple of the pics). You won't be able to use this directly, as the bottom profile is hella wonky as to avoid specific components on my PCB. But should be pretty easy to adapt?…
Created this as a shock mount for clippy microphones that I recently purchased. TBH, I have not needed to use it yet, but it seems like it would work pretty well? I printed with PETG with no supports. Use hair ties or rubber bands to…
About The Loopster is an open source midi controller based on the Raspberry Pi Pico. Unique features are the very satisfying cherry key switch buttons (others use arcade buttons, which are also nice, but much larger and louder), and a fun…
Notes: Bearings are standard 608-ZZ size (I used these ) 3D printed threads - M14x2 Class 6H Right Hand Magnet business for counting is totally optional Assembly: Print all parts, hot glue the plates together Fix bearings to the posts of…
Models for the Loopster 2.0 GitHub: https://github.com/derrickthomin/DJBB-Loopster-2.0 Writeup: https://www.djbajablast.com/post/loopster-2 Videos: https://www.youtube.com/watch?v=OIm8G2PTo3Q https://www.youtube.com/watch?v=TBZhbrmhNa8
Case for a little dirty video mixer. More info here: https://github.com/derrickthomin/DJBB-X-NOCO-NF-Mini-Dirty-Video-Mixer Print in any material. Use M3 brass insets in the mounting holes.
More of an idea than a practical print for most folks unless you happen to have a bar the same size as mine to clip on to. When unloading, this forces the filament out into open air away from the dry box, avoiding tangles. It worked fine…
Basically the idea is to use weights (80 grams seems about right) to pull the slack out of the filament after ejecting. In order to route the tubes out of the front of the enclosure, I mounted the MMU backwards. Might prevent printing…
Use PETG or stronger. It also sounds better than PLA, from my testing. For fun, I tested running them over with my car, and leaving them outside during a thunderstorm / all night, and they still worked. So pretty hardy! Parts 27 mm piezo…
These are all currently available results.
