3D STL MODEL FOR CNC Symmetrycal onlays Linings on the cabinet variant of the pommel and cartouche
3D STL MODEL FOR CNC Symmetrycal onlays Cabinet liningsvariant finials 2
3D STL MODEL FOR CNC Symmetrycal onlays Cabinet liningsvariant finials 1
3D STL MODEL FOR CNC Symmetrycal onlays Additional decor to the panel version1
3D STL MODEL FOR CNC Symmetrycal onlays Carved wall cover or headboard of a carved bed
3D STL MODEL FOR CNC Symmetrycal onlays Carved overhead elements flowers leaves
3D STL MODEL FOR CNC Symmetrycal onlays Central decoration with a flower
3D STL MODEL FOR CNC Symmetrycal onlays Decor with oval shell elements
3D STL MODEL FOR CNC Symmetrycal onlays The ceiling decor is exquisite
3D STL MODEL FOR CNC Symmetrycal onlays Central overlay on the facade of kamoda
3D STL MODEL FOR CNC Symmetrycal onlays Three-rose version of the decor
In this section you’ll find over 1000 different 3D models of decorative symmetrical onlays suitable for any kind of decor. Onlays are most often made to decorate furniture, doors, frames, etc. You can use a CNC machine to create onlays of any complexity and in any quantity based on our models.
Stl file format allows you to quickly load the resulting model into a suitable editor (ArtCAM, 3D Max and such) to build a control program for further cutting on a CNC machine.
You will surely find exactly what you need in the huge assortment of our models. All onlays are sorted into 3 categories to help you choose the needed option:
There’s also a section with asymmetrical onlays. Perhaps the decor you need is presented there. See the page. Another section contains 3D models of central onlays. Read about all sections in one article: overview of 3D models of carved onlay elements.
If you are confused or do not want to waste time looking for a suitable model of decorative onlays – feel free to just write or call us, we will help you find the right option.
OUR ADVANTAGES
We provide free advice on all matters, including the workflow (milling, choice of tools and materials).
We adapt any model to the requirements of a specific 3D printer.
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