David F

Cinematic Case for iPhone 13 Pro

by
DrDflo
Follow
Follow
Remix Model
DrDflo
DrDflo
|
|
Image 1 of 3
Cinematic Case for iPhone 13 Pro - Cinematic Camera Case in Action! - 3d model
DrDflo
DrDflo
|
|
Image 1 of 3
Cinematic Case for iPhone 13 Pro - Cinematic Camera Case in Action! - 3d model
2D
3D
Makes
Cinematic Case for iPhone 13 Pro - Cinematic Camera Case in Action! - 3d model
Cinematic Case for iPhone 13 Pro - Here you can see the flexible TPU (Black) on the perimeter and back of the case and the rigid PLA embedded in the sides. - 3d model
Cinematic Case for iPhone 13 Pro 3d model

The iPhone 13 Pro has been touted as the dream phone for photographers and cinematographers alike. With its three camera system and ability to record in ProRes at 4K this phone is great for vloggers and small video productions. However, the sleek design of the phone makes it impossible to mount common accessories needed to capture the perfect shot, such as LEDs, microphones or even a tripod.

My 3D Printable cinematic case fills this void by allowing accessories with the standard 1/4-20 threading to be bolted to the case. Also, three cold shoe mounts allow microphones, handles and other large components to be securely attached to the phone.

To create this case, it is highly recommended to use a 3D printer that is capable of dual extrusion prints. The case was designed in such a way that the perimeter and the back of the phone need to be printed out of a flexible TPU filament and the infill of the sides need to be printed from a rigid material, like PLA. This blend between flexible and rigid filament allows for a rugged, shock-absorbing case that can support heavier accessories without the case flexing.

If you only have a single extruder, then you can print the case out of TPU, but the 1/4-20 heat set inserts will not be able to resist high torsion forces. Also, large accessories secured to the cold shoe mount may lean.

Recommended filament:

  1. Flexible NinjaTek Cheetah TPU (95A recommended )
  2. Tough PLA

Print Settings for Case Body:

  • Extrusion Width: 0.4mm
  • Layer Height: 0.2mm
  • Top/Bottom Solid Layers: 5
  • Perimeter Layers: 2
  • Infill 100%
  • Seed: 2500-3500 mm/min
  • Ooze Shield on
  • Heated Bed: 50C
  • Support: On

Extruder 1 (Top/Bottom Solid Layers, Perimeter, and Support):

  • Flexible NinjaTek Armadillo TPU
  • Temperature: 235C

Extruder 2 (Infill):

  • PLA (or other rigid filament).
  • Temperature: 205

Support: Support structures are needed at the overhang that will wrap around the phone screen.

Print Settings for Buttons and Camera Protector:

  • Single extrusion print out of PLA or any other rigid filament

Other components needed: 1/4-20 Heat Set inserts with 6mm length: https://amzn.to/2ZWSTS3

Assembly:

A soldering iron is required to sink the threaded inserts into the phone case. The heat inserts should be inserted before putting the case on your phone!

The volume and power buttons are installed prior to inserting the phone. A small amount of super glue can be used to keep these buttons in place during assembly, but this step is not necessary.

The camera protector elevates the case off of the table to protect the protruding camera lens. This component is not a square and it matters, which direction you place it.

Socials: Youtube Instagram

Please note that affiliate links are present to support the creation of these models.

License: Attribution-NonCommercial-NoDerivs


17 Likes125 DownloadsNovember 3, 2021


17 Likes125 DownloadsNovember 3, 2021