Miniature Reality
Diorama

Stylized Sphynx Cat Bookend

HomeProductsStylized Sphynx Cat Bookend

Miniature Reality

Stylized Sphynx Cat Bookend

$2.99

Digital STL download — delivered by email, nothing ships.

Scale

Need a different scale? Scale this STL to any size →

Digital delivery

After checkout you'll receive an email with secure download links for your files in the scale you chose. If anything doesn't arrive, contact us at miniaturerealities@gmail.com and we'll make it right.

What's included

A high-resolution STL file, generated in the scale you select above.

  • Delivered by email within minutes of your purchase
  • Suitable for both FDM and resin printers
  • Personal-use license included
See more about licensing

A stylized Sphynx cat bookend designed as a small-scale diorama prop and display ornament. This 3D-printable miniature captures the elegant, hairless silhouette of the Sphynx in a compact, single-piece sculpture ideal for dollhouse scenes, bookshelf vignettes, storefront displays, or collector cabinets. The model is optimized for hobby FDM and resin printers and prints as a single part; minimal supports are typically required depending on orientation and printer type. This is a digital download (STL file) — no physical item will be shipped. Scaled for small-scale dioramas (HO/1:87 compatibility); see dimensions below. Estimated finished size: approximately 22 mm tall (see dimensions).

Miniature Reality Personal-Use License (No AI / No Resale)

  • Allowed: personal printing for your own layouts, dioramas, tabletop games, and personal display.
  • Not allowed: sharing or distributing the digital files (free or paid), re-uploading to any site, bundling, remix resale, or selling/redistributing printed outputs.
  • Not allowed: using the files (or derivatives) to train, fine-tune, test, or feed any AI/ML system (including dataset creation).
  • Not allowed: commercial use of any kind without a separate written commercial license from Miniature Reality.
  • Note: digital files may include purchaser-linked identifiers / forensic watermarking to help investigate unauthorized distribution.