The Twist Close Octagonal Box, a captivating 3D-printed origami design by Camilo Cortes, combines the elegance of origami with the practicality of a self-closing container. Let’s delve into its intriguing features:
Design and Concept:
The Twist Close Octagonal Box is an origami-inspired creation that seamlessly blends artistry and functionality.
Its octagonal shape adds a touch of uniqueness, making it stand out from traditional square or rectangular boxes.
The design incorporates a twisting mechanism that allows the box to close securely without the need for additional fasteners.
This origami pattern was designed by hand on FUSION 360 (I'm new on this software, be patient with me hahaha)
Self-Closing Mechanism:
Unlike conventional boxes that require clasps, tape, or other closures, this origami box employs a clever self-closing technique.
When you twist the box, its sides interlock, ensuring that the contents remain safe and hidden.
The simplicity of this mechanism is both elegant and efficient.
You can open and close this box multiple times, thanks to the OCTAGRAM SPIRAL buttom surface pattern, this avoid breaks on the thin foldable parts.
3D Printing:
Thanks to 3D printing technology i can bring this design to life on a more easy form.
The precision and versatility of 3D printing allow for intricate geometries and smooth surfaces.
The material used for printing can vary, but lightweight and durable options work best for this type of origami-inspired creation.
Applications:
The Twist Close Octagonal Box has a multitude of potential uses:
Gift Packaging: Imagine presenting a small gift or trinket in this beautifully crafted box.
Storage: Use it to store jewelry, small accessories, or keepsakes.
Decorative Piece: Even when empty, the box serves as an eye-catching decorative item.
When 3D printing, follow these recommendations for optimal results:
Layer Height: Set the layer height to 0.2 mm. This value determines the thickness of each printed layer. Smaller layer heights result in finer details but longer print times.
First Layer Height: For the initial layer, use a height of 0.18 mm. A slightly thinner first layer ensures better adhesion to the print bed and smoother surfaces.
Z Scale (Layer Height Adjustment):
For large-size prints (100% scale), keep the Z scale at 0.80 mm. This ensures consistent layer height throughout the print.
However, if you’re scaling down the model (less than 70% scale), verify that the Z size remains at 0.80 mm or a maximum of two layers. Adjust as needed to maintain proper layer adhesion.
REMEMBER CHANGE THE BUTTOM SURFACE PATTERN TOOCTAGRAM SPIRAL!
Remember to calibrate your printer and perform test prints to fine-tune these settings based on your specific 3D printer and filament. Happy printing! 🖨🔧🌟
If you have struggle folding this origami box follow this video:
Camilo Cortes
