| X (Length)284 mm | Y (Height)300 mm | Z (Depth)11 mm |
|
STL model weight33 MB
Dimensions are shown for your convenience.
You can scale the model to any size. |
||
A high-relief STL 3D model depicting two koi carp in a lively duel above churning water. The square bas-relief shows one fish arcing over the other with finely modelled scales, elegant flowing fins and well-defined heads, while sculpted splashes, bubbles and wave curls add natural depth and dynamic motion. The panel has a smooth backing and distinct relief heights, giving predictable toolpaths for CNC milling and clean results with ball and flat endmills. Ready for processing in ArtCAM and common CAM programs, this stl model is perfect for decorative panels, door inlays, furniture accents or wall art. Instant download of the STL file is available immediately after payment.
-
TTikhon Fyodorovich Purchase Review 5.08 November, 2025Bought it for a living room panel — the relief is perfect, smooth transitions and neat water bubbles. I didn't need to redraw or fix the mesh.
-
OOlga Purchase Review 4.010 October, 2025Detailing is superb, recommend
-
AArsen Purchase Review 4.016 January, 2025Clients loved it: made a custom panel, varnished it — looks expensive. Great for decorative inlays and panels.
-
AArsen Daniilovich Purchase Review 5.04 December, 2023Excellent balance between detail and practicality: milled with standard bits, no post-work needed, edges clean, transitions smooth.
-
SStepan Purchase Review 4.08 October, 2023Very beautiful detail, milling it was a pleasure
-
SSemyon Purchase Review 5.023 February, 2023The file is clean, no artifacts. Scaled to 400×400 mm, relief depth is sufficient, edges didn't collapse anywhere. The result matched the renders.
-
GGerman Antonovich Purchase Review 5.018 April, 2022Great model, everything is perfect
-
RRustam Purchase Review 5.027 March, 2022Good topology for CNC, supports 2.5D and subtle 3D effects. Minimal CAM fixes, toolpaths run correctly.
-
NNatalya Nikolaevna Purchase Review 5.020 February, 2021Easy to process model