Refined walnut wood single-sided A/R

This high-quality veneer board combines a luxurious walnut veneer layer on the visible side (A) with a functional okoume back veneer on the reverse side (R), glued onto a stable HDF core. This way, you maintain the warm appearance and natural grain of walnut wood, thanks to the steep core layer being stable and virtually warp-free—perfectly suitable for applications where only the front is visible.

✔ Highlights

✔ Laser compatible – deep, dark engravings and sharp, clean cuts
✔ Ready to use – directly applicable in your laser cutting machine
✔ Flawless walnut veneer on the A side – rich wood grain and deep color
✔ Okoume R side – prevents warping and maintains flatness
✔ Cut width ± 0.2 mm – ideal for fine, precise work
✔ Minimum engraving detail from approx. 1 mm – sharp and effective contrast
✔ Fine and natural appearance – warm light brown walnut pattern

For which laser source is this material suitable?

Applications

For hobbyists:
Perfect for wall decorations, elegant nameplates, veneer objects, and model building projects where the natural walnut look is central.

For professionals:
Excellent for interior finishing, luxury POS materials, furniture, displays, and high-quality product presentations where only the front is visible.

Technical specifications

Material type: Veneered MDF – walnut veneer on the A-side, okoume back veneer on the R-side
Finish: Veneer (walnut) on the front, fine okoume veneer on the back
Thickness tolerance: < 10%
UV resistance: No – primarily suitable for indoor applications
Density: ± 0.7 g/cm³
Temperature resistance: Limited – not suitable for humid or very warm installations
Cut width: ± 0.2 mm
Smallest engraving detail: approx.1 mm possible
Note: High water absorption—less suitable for humid environments

Are you looking for a stylish, shape-retaining veneer that combines the natural look of walnut wood with laser-precise processing?
These one-sided veneered walnut materials offer exactly that—stable, refined, and ready for high-quality laser projects.