About this asset

This collection of eleven Oriental wood CNC screens, native to SketchUp, features intricate geometric and circular lattice patterns. This set contains eleven distinct vertical panels, each showcasing traditional Oriental-inspired lattice work executed in a natural wood finish. The designs range from rhythmic linear grids and complex interlocking geometric patterns to panels featuring circular cutouts or integrated circular artwork. The construction appears frame-based, with varying densities of vertical and horizontal members creating a balance between transparency and visual interest. Two panels specifically incorporate circular voids, one of which includes a decorative graphic element. The uniform wood grain and consistent frame thickness allow these panels to function as a cohesive modular system.

The download is a 6.5 MB file containing the native SketchUp (.skp) model holding 11 separate objects. It opens directly in SketchUp; for 3ds Max, Blender or Cinema 4D, import it through a SketchUp importer or convert it first.

In SketchUp, these panels should be managed as individual components to allow for easy scaling or tiling across larger surfaces. Users can apply custom material textures to the wood geometry to match specific interior finishes or adjust the transparency settings for render output. Given the intricate nature of the lattice, it is recommended to keep these on a separate layer to maintain model performance when working in complex scenes or large-scale interior environments.

These CNC screens are ideal for high-end residential interiors, luxury hospitality lobbies, or boutique retail spaces looking to introduce traditional decorative elements. They work well as room dividers, feature wall cladding, or window privacy screens. Designers often pair these with minimalist furniture to create a balanced, contemporary aesthetic. The set is particularly useful during the concept and design development stages when exploring spatial separation techniques that maintain light flow and openness while defining distinct functional zones within an open-plan layout.