Baroque Acanthus Scroll Ornament – Decorative Relief Panel

This 3D model represents a classical decorative relief panel inspired by traditional European carved furniture ornament.

The design features acanthus scrollwork and floral motifs arranged as a low-relief composition integrated into a flat panel surface, and was created specifically for CNC milling.

All elements are closed (solid), watertight meshes, making them suitable for 3D printing and similar applications.

Technical Information

Overall panel dimensions: 550 × 15 × 1800 mm

The maximum height of the decorative elements is approximately 9 mm.

If you need a higher or deeper relief, you can easily select the back surface of each individual element and extrude the geometry to the required height, or slightly scale the elements if necessary.

In addition, the original ZBrush file is included, allowing you to work with the high-resolution digital sculpture and make any modifications without losing quality.

The total polygon count of the ornament is 1,250,158 polygons.

Because the model was created for CNC milling, it contains a high polygon count to preserve smooth surfaces.

At the same time, it was optimized for use in Blender and 3ds Max.

File Structure & Organization

In the 3ds Max and Blender formats, all repeating elements are saved as instances, which makes them easier to edit or use in 3D visualization.

All elements are logically organized and clearly named for easier editing.

Pivot points are correctly positioned.

The scene structure is clean and editable.

The STL archive contains the assembled panel as well as separate individual elements (for convenience, if you want to rearrange elements or create a different pattern for your needs).

ZBrush (.ZTL) high-resolution original digital sculpture file is included.

This model was created as a sculpture rather than as a parametric CAD model. Minor natural variations or imperfections may be present, similar to traditional carved ornament or sculptural work. These subtle irregularities make the model appear more natural and less mechanically computer-generated.