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Infuse absolute royal grandeur and timeless European elegance into your luxury interior decoration, palace wall layouts, and classical furniture manufacturing with this premium Classic Baroque Long Horizontal Wall Panel 3D Relief model. Expertly sculpted and strictly optimized for standard 3 axis CNC routers, precision wood carving machinery, and industrial 3D printing, this elongated frieze serves as a spectacular decorative framing element.
As shown in the technical workspace previews, the model features a masterfully balanced symmetrical composition ending on both flanks with a deeply carved baroque shell and cascading classical botanical scrolls, enclosed in a clean molding frame.
Technical Specifications:
- Design Layout: Full scale long horizontal wall panel and decorative furniture frieze layout featuring traditional baroque accents.
- Geometry: Clean surface topology with optimized height gradients to ensure fast, continuous machine toolpaths with zero undercut errors on standard 3 axis machines.
- Dual Format Utility: Provided in production ready high density universal 3D STL mesh and standard ArtCAM Relief formats.
- Scalability: Configured at precise factory dimensions (1550mm x 360mm) as shown in previews, yet easily scalable in width, height, or depth within ArtCAM, Carveco, or Aspire.
Design Highlights:
- Deep Carved Profiles: Engineered to deliver sharp contrast and prominent shadow lines once carved into natural wood, premium timber, or MDF panels.
- CNC Production Friendly: Smooth mesh transitions drastically lower toolpath execution runtime and minimize tedious post machine manual hand sanding.
Applications:Perfect for luxury palace wall panels, decorative room friezes, long bed headboard decorations, classic reception counter faces, overdoor trims, and baroque style master cabinet panels.
Compatible Software:Natively compatible with ArtCAM, Carveco, Vectric Aspire, 3ds Max, Blender, PowerMILL, and all major CAD/CAM software platforms supporting standard Relief or universal 3D STL mesh files.
REVIEWS & COMMENTS
accuracy, and usability.

