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Rugged Arduino Nano Case (Threaded Inserts & Screws) / Boîtier pour Arduino Nano (vis et insert) — zdjęcie 1
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Rugged Arduino Nano Case (Threaded Inserts & Screws) / Boîtier pour Arduino Nano (vis et insert)

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Taka tech lab

Taka tech lab

@Takatechlab_4921522

🌟 Protect your Arduino Nano with this professional, rugged, and secure enclosure ! 🌟 Boitier pour Arduino Nano

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Źródło
Printables
Kategoria
Other Gadgets
Licencja
Creative Commons — Attribution
SzczegółyPliki (2)Wydruki i komentarze (Wydruki: 0) (Komentarze: 0)Remiksy (0)Kolekcje (1)Powiązane

🌟 Protect your Arduino Nano with this professional, rugged, and secure enclosure!

Whether you are working on a robotics project, a smart home setup, or any advanced DIY electronics, this case is designed to keep your Arduino Nano safe. Unlike basic snap-fit cases, this design uses heat-set threaded inserts and screws for a durable, high-quality finish that can be opened and closed countless times without wearing out the plastic.

✨ Key Features:

  • Professional Assembly: Designed for heat-set threaded inserts and machine screws for maximum durability.

  • Easy Access: Cutouts perfectly aligned for the USB port and reset button.

  • Pin Access: Optimized clearance for your Dupont jumper wires and sensors.

  • Ventilation: Built-in slots to ensure your microcontroller stays cool under load.

  • Clean Aesthetic: A sleek, industrial look that perfectly integrates into your tech and maker projects.

🔩 Required Hardware:

  • 4x [M2] Heat-set threaded inserts (e.g., [M2x3x4])

  • 4x [M2] Socket head screws (Length: [10mm])

🖨 Print Settings:

  • Material: PLA, PETG, or ABS (PETG/ABS recommended for better heat resistance when melting the inserts).

  • Layer Height: 0.20 mm.

  • Infill: 20% to 30% (for stronger walls around the inserts).

  • Wall/Perimeters: Minimum 3 or 4 perimeters (Crucial: provides enough plastic thickness for the threaded inserts to grip solidly).

  • Supports: No supports needed! Print-in-place ready.

🛠 Assembly Instructions:

  1. Place the bottom shell on a flat surface.

  2. Using a soldering iron at around 200°C (for PLA) or 250°C (for PETG), gently press the 4 threaded inserts into the mounting holes until they are flush with the plastic. Let it cool.

  3. Place your Arduino Nano inside.

  4. Put the top lid on and secure it with the 4 screws. Do not overtighten.

💡 If you print this model, please share a picture of your Make! I’d love to see the hardware you used and the electronic projects you are building. Don't forget to hit the Like button! ❤

About the Project

Part of the Taka Tech Lab series—bridging the gap between DIY maker culture and professional sports shooting equipment

Tagi

makerboxcasediyenclosurearduinoelectronicssnapfitarduinonanoprotectionnanomicrocontrollerboitier