PIP Fingerboard Carrying Case

🛹 Fingerbox v1.0 - The Parametric Fingerboard Case

This is not just a box; it’s a fully parametric, Print-in-Place transport system for your favorite setup. Whether you use a standard 32mm deck or a wider board, this generator ensures a perfect fit.

Just want to print?
- I have already uploaded a ready-to-use STL based on a versatile 34.5 x 100 mm internal size. This standard version fits most professional decks perfectly straight away!

🌟 Features:

- Tailored Dimensions:
Optimized to securely hold a complete fingerboard with trucks and wheels installed.
- Integrated Accessory Vault:
A dedicated compartment with a snap-fit hatch to store your tuning tools, spare bushings, and nuts. No more losing tiny parts in your backpack!
- Secure Magnetic Lock:
High-strength neodymium magnets keep the lid shut during transport, ensuring your board and spare parts stay safe.
- Pocket-Friendly Design:
The smooth, rounded exterior and support-free geometry make it comfortable to carry and easy to print.

📐 Parametric Customization:

Need a case for an extra-long board or a wider deck?
* Simply download the .zip file, open the included FreeCAD macro, and adjust the "Internal Length" and "Internal Width" accordingly.
The macro automatically recalculates all based on your chosen size!

🛠 Print Settings & Assembly Guide

Follow these settings for the best results:

🖨 Recommended Slicer Settings

- Orientation:
The model is exported in its optimal printing orientation. Do not rotate it.

- Supports:
NONE. This model is designed to be support-free.

- Layer Height:
0.2mm (Standard) or 0.12mm (Fine).

Note: Avoid layers thicker than 0.2mm to ensure the hinge tolerances remain functional.

- Wall Loops:
3 or 4. This is crucial for the strength of the hinge knuckles and the magnet pockets.

- Infill:
15-20% (Gyroid or Cubic recommended).

- Top/Bottom Layers:
4 layers to ensure a smooth, solid finish.

🧩 Assembly Instructions

- Hinge Break-in:
Once the print is finished, the hinge might feel slightly stiff due to the tight 0.2mm tolerance. Gently apply steady pressure to rotate the lid. You will hear a small "crack" as the microscopic internal connections break—this is normal and confirms a successful PIP print.

- Magnets:
* Main Body: Requires 4 magnets. Use a tiny drop of superglue if the fit is not tight enough.

* Accessory Hatch: Requires 2 magnets. One sits flat in the hatch, while the other is inserted vertically into the dedicated side slot in the main body.

* Note on Magnet Fit: The magnet pockets are designed with a fixed size of 6.2 x 1.6 mm. In my tests, the best compromise is using 6x1 mm magnets with a tiny drop of superglue. This ensures a perfect fit without stressing the 3D printed walls. If you wish to use different sizes, you can easily customize the parameters in the FreeCAD macro under the # --- GLOBAL SETTINGS --- section.

- Hatch Installation:
Snap the small hatch into the accessory compartment pins. It is designed to be a permanent snap-fit.

⚠ Troubleshooting

Fused Hinge?
If the hinge is completely stuck, calibrate your Flow Rate or Pressure Advance, or use the macro to adjust the tolerance".
Even a slight over-extrusion can bridge the 0.2mm gap.

Loose Hatch?
Ensure your "Wall Loops" are at least 3, so the pins are solid and not hollow.

⚠ LICENSE

This project is shared under CC BY-NC-SA 4.0.
Feel free to remix and modify, but please credit the original author.