This repository contains 3D printable files for OMT Raspberry Pi 5 board with support for the standard PoE (Power over Ethernet) HAT, and includes stand-off mounting points to screw the board into the case. Profiles created should allow a simple download and print.
| File Names | Description |
|---|---|
| "OMT Pi 5 Case 1.0 Bambu.3mf" | Pre-sliced reference file for Bambu Studio. |
| "OMT Pi 5 Case 1.0 Creality.3mf" | Pre-sliced reference file for Creality Print. |
These ".3mf" files can also be imported into other modern slicers with compatible settings.
| Item | Quantity | Notes |
|---|---|---|
| 3D Filament | ~100 g total | Reference file uses two PETG filament colors (for the case and logo) and a third PLA filament for interface layers. |
| M2.5 × 12 mm screws | 4 | Used to fasten the Raspberry Pi and PoE HAT into the enclosure from bottom of case. *Countersunk screws can be used for a flush fit.* |
| (Optional) Self-adhesive Clear Rubber Feet | 4 | 6x2mm or similar. Helps prevent the case from sliding on smooth surfaces. |
- Print can be adjusted for single colour however, profile has been created for PETG with PLA support interface.
- Recommended: PETG or stronger (e.g. ABS, ASA, PC blends) for improved durability and heat resistance
- If using PLA for interface layers, set "Z top distance to '0'" to ensure proper bonding between interface and structural layers.
- For multi-material prints such as PETG + PLA, increase "flushing volume" in slicer settings to 600–700 mm³ to avoid contamination between materials.
- Print using the orientation provided in the .3mf files (lid upside down and case right-side up) to maintain dimensional accuracy and ensure proper support placement.
Test the fit of the Raspberry Pi and PoE HAT before final assembly to avoid damaging components and align front I/O before aligning side ports.
When printing with higher-temperature materials, ensure good ventilation and proper bed adhesion to reduce the risk of warping.