OutIn Nano & Fino Hard Travel Stand Box

Update - The assembly guide is now available for download/use
 

OutIn Nano & Fino Hard Travel Stand Box - Portable case

🛠️ My entry for the “Coffee Goes Places: The Outing Challenge” is a fully 3D-printed case, designed to let you bring a proper coffee setup anywhere. This case keeps everything organized and functional, turning almost any place into a mini coffee station.

• Compact portability & custom fit.
Measuring 25 × 16.5 × 12.5 cm, this compact case securely holds the Fino grinder, Nano coffee maker, its cable, and accessories in three separate boxes. Everything stays in place during transport.

• Technical, clean outdoor look.
The style is inspired by classic Stanley-type toolboxes, with a mix of military and camping vibes, but aiming for a cleaner, more minimal finish. Or at least I tried 😅.

• Built-in table.
When fully opened (180°), the legs stored in the lid and the trays in the base turn the case into a level 24 × 32 cm table. Perfect for making coffee outdoors.

• 100% printed - no screws – partially glued.
The whole build uses printed parts and 1.75 mm filament as axles and pins. No screws, no metal parts: simple, maker-style. Assembly is a mix of snap fits and some glued joints to ensure solid structure. 

• Snap-fit hinges, no glue needed.
The printed hinges require no glue and can open the case flat or let it stand upright like a toolbox. The hinge pins are just 1.75 mm filament pieces.

• Snap-lock closure.
No screws or off-the-shelf parts. The closure is fully printed, using a snap-lock style system that keeps the case shut securely. Again, filament pieces are used as pins.

• Versatile interior – editable .stp files included.
The interior layout can be customized to your needs. Both the lid and base can be adapted — I’ve uploaded the .stp files for easy editing. There’s also a universal lid version to mount other items, not just OutIn coffee gear.

Let me know in the comments if you'd like me to upload a full print profile for the universal version.

🔧 Assembly Recommendations
 

📑📑Assembly guide is now available📑📑

Start by putting the handle hinges on the base ⚠️ MAKE SURE TO PUT THEM ON THE CORRECT SIDE! ⚠️ and the top hook on the lid. Make sure to place these parts first, before the inner shells. You can secure them with two small drops of glue before attaching the inner shells, but it’s not really necessary since the inner shells will hold them firmly in place once glued.

To secure the boards that later form the table, use a piece of flexible filament with a couple of knots at each end. Make sure to leave some extra filament after the knots, at least on one side, so you can easily remove it to take the boards out.

Gluing the pins is not required, but if the box is going to be used heavily, you can:

• Apply a drop of glue to one end of the pin once inserted, or
• Leave a small excess of filament on both sides, heat it, and flatten it to prevent it from coming out.
  (This method does not apply to the locks and their hinges that connect to the base.)

The piece of flexible filament that secures the OutIn Nano to the lid has a small link at each end, which, with a few knots, forms a sliding loop. Here's a short guide on how to set it up — make sure to tighten the knots well, and don’t worry if it ends up a bit shorter, as the flexibility gives you some leeway.

Before tying the ends and attaching the links, you need to insert the flexible filament through the lid slots. To make insertion easier, cut the tip of the filament at an angle, as shown in the image.
 

It’s a big project made to be useful, fun to build, and easy to adapt. Whether you use it as-is or modify it for something else, I hope it inspires more people to take their coffee (and their ideas) anywhere.

 

Thank you so much to everyone who downloads, and it would make my day if you uploaded your make. Your support means the world to me! If you love what I do, remember to like and rate de model. You can also follow me to find out about my next models, and also find me on Instagram to closely follow my personal projects and 3D printing.

✨Enjoy this model✨