| X (Length)256 mm | Y (Height)300 mm | Z (Depth)18 mm |
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STL model weight35 MB
Dimensions are shown for your convenience.
You can scale the model to any size. |
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This detailed 3D model STL file presents a finely crafted decorative panel featuring a central medallion with a majestic dragon motif. The dragon appears coiled and poised within an oval frame, exuding strength and elegance with intricate detailing on its scales, wings, and fierce expression. Surrounding the medallion is a rich, ornamental border with multiple layered bevels and elegant floral patterns, creating a sense of depth and classical sophistication. The outer edges showcase symmetrical wave-like curves, enhancing the overall ornamental appeal. This STL model is perfectly optimized for CNC milling, offering a precise and clean relief that can bring this striking design to life in wood or other materials. The intricacy of the decorative elements ensures a standout finished product that adds a touch of mythical grandeur to cabinetry, furniture facades, or architectural panels. The STL file is ready for immediate download and compatible with various CNC software such as ArtCAM, making it a versatile choice for professional CNC woodcraft and decorative carving projects.
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EEmil Aleksandrovich Purchase Review 5.025 October, 2025Sharp details, topology is fine, NC simulation ran without errors.
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RRoman Purchase Review 5.02 May, 2024Very detailed model: the ornamental frame reads well, the central dragon relief is deep — I only had to slightly reduce cut depth for fine finishing.
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AArtur Arkadyevich Purchase Review 5.025 April, 2024Very pleased, will buy again.
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MMikhail Matveevich Purchase Review 5.07 June, 2023Prepared it for CAM in minutes, scales correctly. Clear dragon relief, recommended for doors and portals.
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BBogdan Yuryevich Purchase Review 5.016 January, 2023Suitable for furniture insets and decor.
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TTikhon Zakharovich Purchase Review 5.021 June, 2022STL is clean, no holes and normals are correct. Machined in two passes (rough/finish), everything matched the simulation.
