Category
Baroque Acanthus Cartouche STL for CNC
Baroque Acanthus Cartouche STL for CNC
Downloadable
Product code: 13242
STL dimensions
| X (Length)300 mm | Y (Height)115 mm | Z (Depth)11 mm |
|
STL model weight44 MB
Dimensions are shown for your convenience.
You can scale the model to any size. |
||
Description
A richly carved baroque cartouche 3D model in STL format, designed as a high-relief ornamental applique for CNC milling. The composition features a central acanthus fan with deep fluting, twin volute scrolls that sweep outward into elegant curled tips, and delicate feathered accents along the lower edges. Front, side and angled views reveal smooth transitional radii, pronounced chamfered reliefs and a mostly flat back for secure mounting - ideal for panels, frames, furniture facades or mirror crowns. Clean topology and well-defined depth make the STL file ready for ArtCAM or CAM processing; compatible with 3d model stl workflows and models for CNC routers. Instant download available immediately after payment.
Review 7
-
AArkady Purchase Review 5.06 December, 2025Beautiful model, easy to program, satisfied with the result.
-
EEldar Karimovich Purchase Review 5.011 July, 2025Very detailed model "Acanthus cartouche Venzel." Processed on a 3D router, edges are clean, the relief reads perfectly. Only light sanding and varnish needed — ready decorative element for furniture.
-
BBogdan Purchase Review 5.01 May, 2025Very realistic acanthus ornament, all volutes and veins are modeled carefully. For intricate work I used a ballnose and fine passes — the outcome is impressive, surface nearly flawless.
-
SSvetlana Bogdanovna Purchase Review 5.04 August, 2023Beautiful cartouche, quickly cut on the router — relief is great, symmetry precise.
-
KKonstantin Purchase Review 5.017 September, 2022Perfect decorative model. Fast and looks beautiful.
-
AAlexey Purchase Review 5.026 July, 2022Great cartouche, symmetry is perfect, cuts without tear-out or extra bits.
-
KKarim Petrovich Purchase Review 5.022 February, 2022File prepared excellently: clean topology with no artifacts. On complex spirals the cutter runs smoothly; two finishing passes gave a smooth surface with minimal post-processing.
Related
