Parametric wave wall art CNC ring- DXF Router & Laser Cutting Plans

Architectural 3D Wall Decor for the Modern Maker

The Parametric Wave wall art CNC Ring  introduces organic, fluid movement to digital fabrication. Designed by the architectural team at Furnishapes, this centerpiece uses mathematically driven slatted geometries to create a sweeping wave illusion. It is the perfect weekend project for CNC router enthusiasts, woodworkers, and laser machine fabricators looking to elevate their interior spaces.

What’s Included in Your Digital Download?

Your purchase includes a meticulously cleaned, production-ready ZIP archive containing:

• DXF Vector Files: Fully compatible with AutoCAD, Rhino, VCarve, Aspire, Fusion 360, and all standard CNC controller software.

• SVG Vector Files: Precision lines optimized for LightBurn, Shaper Origin, or vector-based laser cutting programs.

• Assembly Guide (PDF): A step-by-step schematic map tracking the exact number sequence of each individual slat to ensure a foolproof, frustration-free build.

• Nesting Optimization Template: Smart layout mappings designed to maximize your material usage and significantly reduce scrap.

Technical Specifications

• Material Thickness: Carefully optimized for 12mm (approx. 1/2″) sheet stock (Plywood, MDF, or Acrylic).

• Fabrication Method: Ready for both CNC Router bit operations and large-format Laser machine beds.

• Assembly Mechanics: Utilizes a sliding slot-and-spine sequence design, providing robust structural stability without the need for complicated exposed hardware.

• Finishing Inspiration: To achieve the high-contrast premium look shown in the product renders, paint or stain the face of half the slats black/dark gray, and leave the other half in a light, natural wood tone prior to assembly. The exposed 12mm plywood edges will create an incredible multi-layered aesthetic!

The Furnishapes Guarantee

We know how frustrating messy files can be. Every digital design in our catalog is engineered to guarantee flawless interlocking tolerances, closed vector paths, and absolute structural integrity. Go straight from your screen to the machine bed with confidence.