In the “3D Decorative Elements” category, 3D models that can be used as decoration in a variety of ways are published.

The 3D decorative elements are of various shapes - circular, elliptical, square, rectangular, etc.; among them you will find those that are suitable for you to make friezes of any length, as well as those with which, i.e., by repetition of which you can decorate large areas. We have tried to create 3D models of highest quality possible in order to spare you any extra work when you download them. The 3D models of these decorative elements can be used in your 3D projects; you can make them either by carving in wood or on a CNC engraving machine if you like, or print them on a 3D printer... All 3D models are under Creative Commons licenses so, before downloading, make sure that you understand and accept the terms of use prescribed.


A simple floral 3D decorative design element created in Blender free 3D CAD software.

If you need a simple 3D frieze decoration, look at bas-relief in the picture, it may satisfy your requirements.

The 3D models of 12-pointed stars that you can download here are simple decorative elements with which you can decorate 3D models of furniture pieces, buildings, etc.

On this page you can download two 3D designs in the Art Nouveau style which are intended to decorate square surface areas.

If you need 3D model inspired by Celtic culture, this Celtic 3D design may satisfy all your requirements.

Here we have put at your disposal a simple 3D model that we named Celtic repeating 3D pattern.

On this page you can download a 3D model that we named „Central 3D design for the frame“.

This is a simple 3D model of geometrical bas-relief that we named 'Decorative 3D panel'.

If you need a sun-shaped decoration to make a simple wooden relief on a CNC engraving machine, this 3D model of ours may meet your criteria.

The floral decorative 3D element you can see in the picture is actually a relief, i.e., a 3D relief model that can be used independently or as part of a more complex decoration.

Here you can download another 3D design intended for decorating horizontal rectangular surfaces.

On this page you can download a free 3D model of the Greek fret design that can serve as a decorative element for rectangular horizontal surfaces of furniture components, façade, or the like.

Here is a 3D relief model of a stylized trefoil pattern. The trefoil is a pattern consisting of three partially overlapping and interlaced circles.

On this page you can download a simple floral 3D decorationl named ‘Leaf 3D Design’.

The picture shows a 3D model of a simple ornamental design, which has been modeled in NURBS 3D CAD software and made available to you for free.

Here you can download a simple ornamental 3D model drawn based on a 2D design found in an old printing specimen catalog.

On this page you can download a simple repeating 3D model which is based on the 2D repeating carving pattern that you can download in the category of Free Wood Carving Patterns on our website.


Here you can download a simple Repeating 3D pattern created in Rhinoceros 3D CAD software.

Here you can download a simple Repeating 3D pattern with interlacing straps.

The picture above shows what the 3D model you can download here looks like; we called it ’Round 3D Decorative Design’.


Here you can download free 3D model intended for decorating round surfaces.

Here you can see and download two simple 3D models, which we have descriptively called ‘round radial 3D decorative elements’.

On this page you can download four simple 3D models called ‘Round radiate 3D decorations’.

On this page you can download 3 simple 3D rosettes. We called them: Simple rosette, Decorative rosette and Ornamental rosette.


A simple frieze 3D models created in Rhinoceros 3D software. You can use it for your 3D projects or you can make it with the help of a CNC milling or routing machine.

These are 3 simple 3D models modeled in Rhinoceros software and we called them Star rosette 3D models.

On this page you can download a 3D model named ’Tribal Net 3D Model’.