Refined mahogany A/R

Material Overview

This refined veneer board combines a luxurious top layer of real mahogany on the visible side (A) with an okoume back veneer (R) – all brought together on a solid HDF core. This delivers the authentic look of solid mahogany wood, but is more stable and virtually warp-free thanks to the core. Perfect when only the front is visible, and you choose both aesthetics and durability.

✔ Highlights

✔ Laser compatible – sharp cuts and deep engravings in natural wood
✔ Ready to use – directly applicable in laser cutting equipment
✔ Real mahogany A-side – luxurious wood grain and warm, reddish-brown tone
✔ Okoume back veneer – functional to prevent warping
✔ Fine cut width ± 0.2 mm – suitable for precise contours and details
✔ Minimum engraving detail approx. 1 mm – clearly visible with contrast

Which laser source is this material suitable for?

Applications

For hobbyists:
Perfect for wall ornaments, exclusive decorative panels, nameplates, and model building, where appearance is everything.

For professionals:
Ideal for refined interior finishing, high-end POS materials, luxury displays, or architectural elements, where only the front is visible and stability is required.

Technical properties

Material type: Veneered MDF — mahogany veneer (A-side) with okoume back veneer (R-side)
Finish: Visible side: flawless real mahogany veneer; backside: okoume veneer
Thickness tolerance: < 10%
UV resistance: Limited — suitable for indoor use only
Protective film: Optional — prevents smoke deposits and facilitates installation
Density: ± 0.70 g/cm³
Temperature resistance: Low — not suitable for prolonged damp or exposed environments
Cut width: ± 0.2 mm
Smallest engraving detail: approx.1 mm possible
Note: Sensitive to moisture — not suitable for outdoor or wet environments

Are you looking for a visually striking, shape-retaining fine wood for your laser projects where only the front is showcased?
This one-sided veneered mahogany board offers you the natural finesse of real wood, combined with laser cutting ease and structural stability.