1 / 11
Premium 3D Printable iPhone 13 Mini Case - Beautiful Design No 1 — zdjęcie 1
1 / 11

Premium 3D Printable iPhone 13 Mini Case - Beautiful Design No 1

Zamów wydruk tego modelu

Obliczymy ostateczną cenę na podstawie wybranego pliku. Sprawdzisz ją i zaakceptujesz przed płatnością.

Zapisane na tym urządzeniu.

Premium iPhone 13 Mini Case PLA/PETG/ABS

Ocena
0 / 5
Polubienia
6
Wydruki
0
Wyświetlenia
235
Oceny
0

Aktualizacja u źródła:

Informacje o modelu

Źródło
Printables
Licencja
Standard Digital File License

3D model description:

Transform your iPhone experience with our exclusive pack of five stunning 3D printable iPhone 13 Mini Case. Designed and tested for the perfect fit on your iPhone 13 Mini, each case in this collection showcases a unique aesthetic that blends sleek modern lines with intricate detailing—making your device not only protected but a true work of art.

Designer:


Judy Curie -a passionate designer and entrepreneur in the field of structural art. Her main focus lies in Computational Intelligence methods applied in structural and architectural design. She holds PhD in architectural engineering (WRUT) and MEng in Structural Design and Mechanics (MIT). She was a MIT nominee to the SOM STRUCTURAL ENGINEERING RESEARCH GRANT (2019) and recipient of the MIT Art Grant (2019).

Product Overview:


We proudly present our 3D Printable iPhone 13 Mini STL. This digital download offers a distinct design that deliver both style and functionality. Each case is crafted to ensure precise cutouts for the camera, buttons, ports and a magnetic metal plate for the magnetic holder, while boasting beautifully sculpted contours and textured accents that enhance grip and visual appeal. A rigid PLA/PETG/ABS for a classic look, these cases are engineered for a flawless finish and a secure, snug fit.

3D printing settings:

FDM printer with 0.2mm resolution is enough.
It can be printed with PLA, PET-G, ABS or any hard filament.
No support needed.
Approximated material use: 6.89m/21.06g
Approximated printing time: 1h 21min

 

Tagi