Category
Ornate Circular Rosette STL for CNC
Ornate Circular Rosette STL for CNC
Downloadable
Product code: 11676
STL dimensions
| X (Length)300 mm | Y (Height)297 mm | Z (Depth)19 mm |
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STL model weight86 MB
Dimensions are shown for your convenience.
You can scale the model to any size. |
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Description
A richly detailed circular medallion 3D model in STL format designed for CNC carving. The piece presents a beaded outer rim, a broad flat field and a concentric decorative layout: an ornate band of shell-like acanthus fans and scrollwork, a ring of small cartouche ornaments linked by graceful vines, and a finely modeled central rosette with layered petals. Relief is crisp and well-graded for wood milling - ideal as a ceiling rosette, cabinet inlay, door centerpiece or furniture ornament. Compatible with ArtCAM and common CNC toolpaths; this stl model performs reliably for shallow and mid-relief routing. Instant download available immediately after payment. Perfect for 3d model stl projects and model stl for cnc wood carving.
Review 8
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VVsevolod Purchase Review 5.030 December, 2025Excellent model, cutting is precise.
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MMark Purchase Review 5.010 December, 2025Perfect for frame restoration and decorative panels. After light sanding and patination the relief looked like casting; the file saved a lot of time.
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AAlexander Rinatovich Purchase Review 5.022 March, 2025The 'Medallion Rosette Renaissance' model is well optimized: depth and transitions in the relief are balanced, the cutter runs smoothly, the finished piece turned out very elegant.
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GGrigory Leonidovich Purchase Review 5.07 January, 2025Bought to try — made a medallion from beech, varnish revealed all nuances. It truly looks Renaissance, very happy with the purchase.
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YYaroslav Purchase Review 5.023 August, 2024Downloaded — straight to work.
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YYakov Purchase Review 4.026 December, 2023Beautiful relief, easy to machine.
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DDamir Purchase Review 5.05 August, 2023Detailing is great!
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LLuka Purchase Review 5.015 June, 2023Geometry is thoughtful: symmetry, neat curls and an even edge. I recommend slow feedrates for tiny details — then all elements come out perfect.
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