| X (Length)36 mm | Y (Height)300 mm | Z (Depth)36 mm |
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STL model weight12 MB
Dimensions are shown for your convenience.
You can scale the model to any size. |
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A finely detailed 3D model in STL format for CNC milling - a classical turned baluster inspired by tapered furniture spindles. The profile shows a slender, gently waisted shaft rising to a small stacked-ring capital, while the lower third features vertically fluted, petal-like segments that flow into a rounded bulb and stepped foot. Smooth, flowing contours alternate with crisp grooves and ring details, giving rich shadow definition when carved. Clean topology and well-defined relief make the STL file ideal for ArtCAM and other CAMs: ready for CNC router carving in wood or MDF. Instant download of the STL file is available immediately after payment. Perfect as a baluster, table leg or decorative spindle for classical furniture and stair projects. Includes optimized geometry for precise 3D model stl milling and easy processing in CAM software.
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NNikolay Purchase Review 5.031 March, 2025Excellent profile, easily adapted for 3D shaping in CAM. Only adjusted the depth of the fluted section for an 8 mm cutter, minor setup tweak.
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DDarya Purchase Review 5.028 March, 2024I bought this for a staircase — a perfect file. Clean radii, no extra polygons, no toolpath issues. Aurelia baluster is neatly detailed, the result is even and symmetric.
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DDaniil Purchase Review 5.04 January, 2024Easy to process and visually very impressive, I recommend it for railings and furniture legs — opened in CAM and started cutting immediately.
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EEvgeny Ilyich Purchase Review 5.025 September, 2023I love these classic shapes — looks great in the interior. Files opened in CAM without edits, saves time on prep and toolpath calculation.
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VVsevolod Purchase Review 5.020 July, 2020Everything was fine, the model is functional — cutting and finishing took minimal time, the form is harmonious and customers are satisfied.
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BBogdan Arkadyevich Purchase Review 5.010 July, 2020The file is well optimized: no thin protruding parts, good topology and smooth transitions. Toolpaths were easy, minimal final tweaking required.
