Foldable Storage Box

(Use WinRaR to extract files after downloading)

General details:

• Easy Print-in-Place Design
• Two parts included
• Does require a little assembly
• Sanding Surfaces before Using is recommended

Assembly:

1. (Put super glue on parts, it is also fine without gluing)
2. In one hand fold all sides of the box so they touch
3. With the other hand place and snap the top piece
4. Done!

3D Printing instructions:

• Model designed for FDM printing
• Print bed needed: 180x180mm
• Infill: 5-10%
• Layer height: 0,2 mm
• Print Speed: 40-60 mm/s
• Noozle diameter: 0,4 mm
• Support: no supports / no support needed
• Material: PLA, ABS
• Cooling Fan Speed: PLA 100%, ABS LOW or OFF to prevent warping
• Extruder (Hot End) Temperature: PLA (190-220°C), ABS (220-250°C)
• Bed Temperature: PLA (50-60°C), ABS (90-110°C)
• Bed Adhesion: 3DLAC Spray adhesive (For perfect adhesion to the printing bed and to avoid warping)
• We printed the body with PLA filament because we aimed for low shrinkage,
  if you have an enclosed printer, using ABS should not be a problem
• Neither Rafts nor Brims needed for printing
• Slicing made with Prusa Slicer

Similiar models:

• Screws and Nuts Storage Box STL
• Box with Sliding Door STL

We 3D printed it with an Ender 3 V2 Neo

This Foldable Flexi Sheet Box Model STL 3Dprintable files are optimized for above meantioned print bed! You can attempt to resize for different scale/size. However, you will might need to modify the downloaded digital file for articulated body parts to work as expected!

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Abbreviations:

STL – (STereoLitography)
ABS – (Acrylonitrile Butadiene Styrene)
PLA – (Polylactic Acid)
FDM – (Fused Deposition Modeling)

Why 3D print this useful Storage Box?

1. Embrace Personalization

One of the most exciting aspects of this container is its potential for personalization. By choosing filaments in different shades or finishes, you can create a piece that perfectly matches your existing décor or stands out as a vibrant accent. The intricate cutouts add a sense of flair that draws the eye and transforms a simple storage solution into a decorative feature. Whether placed on a shelf, a desk, or a bedside table, it immediately conveys a sense of modern craftsmanship and innovative design.

2. Space-Saving Versatility

Because of its compact form, this container is ideal for anyone looking to reduce clutter in a stylish way. It can accommodate a wide variety of small objects, from stationery to trinkets, making it useful in many areas of the home or office. If you’re the type who likes to keep every accessory within easy reach, you’ll find that the built-in geometry helps keep contents neatly contained while still displaying them in an appealing manner.

3. Custom Aesthetic Enhancements

For those who enjoy experimenting with aesthetic touches, consider adding small details that elevate the overall look. You might line the interior with fabric for a softer feel or apply a light coat of paint to accentuate the edges. Additionally, you could incorporate stickers, decals, or other decorative elements to give the container a personalized flair. Some creative makers even install tiny LED lights behind where these boxes are placed to illuminate the cutouts, turning the piece into a captivating display when the room lights are dimmed.

4. A Springboard for Advanced Design

Beyond its decorative qualities, this project can serve as a gateway to more advanced design endeavors. The ability to fold and open certain sections highlights the engineering possibilities within 3D printing. If you’re looking to challenge your skills, you can experiment with resizing or reconfiguring certain components to suit different needs. By tweaking the scale, you could produce a miniature version for delicate items or a larger model that holds bulkier objects.

5. Educational Potential in Workshops

In a classroom or workshop setting, this piece can demonstrate core concepts of functional design. It’s an excellent conversation starter for discussions about innovative fabrication methods and how they can be applied to everyday objects. Students and hobbyists alike will appreciate the tangible proof that 3D-printed items aren’t limited to flat, static shapes; instead, they can be dynamic, foldable, and surprisingly robust.

6. Creating a Coordinated Organizational System

Finally, if you plan to create multiple containers, you can coordinate colors to develop an entire organizational system. Grouping several together on a shelf or desk can transform a messy area into a sleek arrangement. This approach not only keeps everything in its place but also makes the space more inviting. By blending practicality with a visually captivating design, this container brings a fresh perspective to how we store and display our most cherished small belongings.