| X (Length)300 mm | Y (Height)299 mm | Z (Depth)20 mm |
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STL model weight31 MB
Dimensions are shown for your convenience.
You can scale the model to any size. |
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This high-relief circular ceiling medallion is a finely detailed 3D model in STL, designed for CNC carving and decorative panels. Concentric layers form a lace-like composition: a subtly recessed central ring with mounting hole, a sunburst of elongated flutes, a sculpted petal ring with teardrop cutouts, and an outer molded rim with stepped profiles. Openwork gaps and repeating ornamental beads create delicate shadow play after routing, while the shallow overall depth keeps it suitable for wood milling or 3D printing. Clean topology and clearly defined relief make this stl model ideal for ArtCAM, Aspire or VCarve workflows. Instant stl download available immediately after payment. Perfect as a ceiling rosette or decorative medallion for furniture and interiors.
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MMaksim Purchase Review 5.023 December, 2025Perfect for decor.
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LLev Yanovich Purchase Review 4.011 October, 2025Beautiful, neat, fast.
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GGeorgiy Lvovich Purchase Review 5.022 December, 2024Excellent model, ready for milling right away — symmetric part, smooth transitions, no corrections needed.
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PPlaton Purchase Review 5.07 April, 2023Nice ornament, complex geometry but the file is clean — no unwanted intersections. Saved time on prep.
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EEldar Purchase Review 5.029 January, 2023File ready to use without edits; I recommend a 2–3 mm ballnose and light roughing passes — the final result is clean and burr-free.
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AAndrey Nikolaevich Purchase Review 5.027 March, 2022Liked it, lots of details, symmetry is great.
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AAlan Purchase Review 5.029 November, 2021Good STL topology, no holes or artifacts. Scaled without issues, adjusted depth and got a neat rosette.
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TTimur Purchase Review 5.026 September, 2021Made a mounting rosette for a lamp: the central hole fits the dimensions, recommend chamfering during assembly, minimal postprocessing.
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AAnna Purchase Review 5.010 February, 2021Everything is sharp, milling is even.
