Vertebrae Bow Bookends Thangs

Vertebrae Bow Bookends

4 likes
2 downloads
Thangs dadgottools 0 USD 3D Printable Thangs Standard License
3MF STL

A striking pair of bookends inspired by the human spine, blending anatomical structure with dark, organic forms.

Perfect for dark academia interiors, gothic decor setups, or anyone who loves anatomical and biomechanical design, these bookends are both functional and visually bold.

💡 Tip:
For better stability, increase infill or add weight to the base after printing.

🖨️ Printing Instructions
Layer height: 0.16–0.2 mm
Infill: 15–25% (increase for strength)
Walls: 3–4 perimeters
Supports: Recommended (for inner curves and overhangs)

Orientation:

Print flat on base using organic supports.

Recommended materials:

PLA / PLA+
PETG (better durability)
PLA-HT / FPLA for stronger structural parts

🎨 Finishing Tips
Prime with black or dark grey

Style ideas:

Matte black gothic finish
Bone / ivory anatomical look
Aged stone texture
Metallic biomechanical (bronze / steel)

💡 Dry brushing works great to highlight vertebrae details.

View on Thangs

Direct link to the original creator's page

Platform Thangs
Creator dadgottools
Price 0 USD
Formats 3MF, STL
License Thangs Standard License
3D Printable Yes
How do I download Vertebrae Bow Bookends?

Click the "View on Thangs" button above to visit the original model page on Thangs. You can download the 3MF, STL file directly from the creator's page.

What 3D printer can I use for this model?

This model is compatible with most FDM 3D printers (Creality Ender 3, Prusa MK3S+, Bambu Lab, etc.) and resin printers (Elegoo, Anycubic). Check the original page for recommended print settings and materials.

Is this 3D model free to download?

This is a premium model priced at 0 USD on Thangs. Premium models often include higher detail, multiple parts, and print-tested files.

Can I modify this file?

Check the license (Thangs Standard License) on the original Thangs page. Most STL files can be modified using free software like Blender, TinkerCAD, or Meshmixer.