Roll Up Storage Box | Triangle Organizer
5 downloads · 26 days ago · The **Roll Up Storage Box - Triangle** ✨ is a compact and **fully 3D-printable** solution for keepin
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The Roll Up Storage Box - Triangle ✨ is a compact and fully 3D-printable solution for keeping your small parts organized. Perfect for screws, workshop tools, fishing accessories, or crafting supplies – this new triangular version offers a fresh design that saves space and keeps everything neat in your workspace, craft room, or at home.
- No extra parts required! The entire organizer is completely printable, no magnets or rubber bands needed.
- Available in two versions:
- Triangle Organizer (Standard) – equilateral triangle, 90 mm per side, total length 228 mm, fully expanded 242 mm.
- Triangle Organizer (Mini) – equilateral triangle, 70 mm per side, total length 178 mm, fully expanded 190 mm.
- Printed in individual segments (elements) that are easily connected with hinges.
- Hinges snap together securely – no accidental disconnection.
- Flexible organization using 06_Partition dividers – available in two sizes:
- 06_Partition fits 01_Element and 02_Element.
- 06_Partition Smaller fits 03_Element.
- Features a sliding lock mechanism to prevent accidental opening. 🔒
- Each STL filename contains the required quantity at the end: Example: 04_Pivot_5 = print 5x Pivot parts
Pre-sliced .3mf print profile optimized for Bambu Lab printers
Roll Up Storage Box | Triangle Organizer
5 downloads · 26 days ago in and
This model is restricted by licensing terms.
View license.







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Hi Matthew, the print files available for download only seem to be for the 228mm long model. Can you please upload the Mini Organizer files as well. I tried scaling the 228mm Standard model down to 80% to make it 180mm but the joints are super tight and do not click in without most of them breaking.
Hi! Yes, I'm aware of that. I only uploaded the print profile for the Bambu Lab A1 Mini, where I scaled the model down by 22%. It worked great for me even at the smaller size (I tested it several times), so could you first try running the XY Contour Compensation calibration on your printer? That might solve the issue. Here's a short video showing what I mean: https://www.youtube.com/shorts/stGun4hE6d8 You could also try a different filament, as dimensional accuracy can vary between brands.
If that still doesn't help, feel free to email me at matejduchon11@gmail.com, and we can figure it out together. 😊
Thanks for the suggestion. I have a Creality K2 Pro and sized it down 80% to get 180mm length. The use of the XY contour compensation definitely helped at -0.1mm on the lock side component and then +0.1mm on the other end component. This seemed to work much better with the non-lock end being close to a perfect fit (still slightly tight), although the lock hinge component is slightly loose. I'll play with it on the next one but hope this helps someone else too.