Pretty impressed how well that one turned out. Used SUNLU TPU in yellow with 200/50 degrees Celsius at 20mm/s speed on my Voxelab Aquila (upgraded PEI bed and DirectDrive, also used Filament drybox).
This filament to be exact:
Angebot: SUNLU TPU Filament, 1KG Flexibles 95A TPU 3D Drucker Filament 1.75mm Maßgenauigkeit +/- 0.03 mm, Hohe Liquidität und Elastizität, 1KG（2.2Lbs) Spule, TPU Filament für FDM 3D Drucker,TPU Gelb https://amzn.eu/d/7H5TLjr
Very nice. Did you model this yourself? If so, did you also have to model your phone or were you able to find a dimensionally accurate model somewhere else?
My iPhone 13 Mini case is now ready to be downloaded:
https://www.printables.com/de/model/542007-iphone-13-mini-case-with-lanyard-holes
Thanks for the follow up/link. I don’t have an iPhone 13 mini, but I am going to have a bunch of spare TPU soon and you got me thinking. As you said, it can take a bunch of iterations to get a great fit. I was curious if you had a secret sauce, but hearing that we follow a similar process was comforting.
It’s not perfectly easy, but if you are a little used to 3D programs like fusion360 and have a caliper, it’s perfectly doable. Oh and this here helped me getting the curves right:
https://www.printables.com/de/model/280185-fillet-radius-finder-innerouter-design-reference-r
Excellent link, thanks! And yup, time with calipers, fusion360, and practice gets you there.
Not this one, but today I made one for my iPhone 13 Mini. I just measured the hell out of my phone, directly started with the case model and hope it will fit once I print it (probably tonight, as I am currently printing a new fan shroud I designed around a standard Satsana). For easier things I often manage to fit on the first try, but as it gets more complex, there are more prototypes.