Material · bamboo

Laser settings for bamboo and bamboo cutting boards

A bamboo cutting board is not one piece: it is strips glued together, and each strip can engrave a slightly different shade. Bamboo engraves well on a diode or CO2 laser — the harder questions are the glue and the face that touches food.

A decorative bamboo board with a laser-engraved botanical leaf pattern on its face, on a dark surface
Safety first

Before you start With care

  • Bamboo burns. It is a combustible organic material and should not be left unattended; stop if it separates or gives off unexpected smoke (Thunder Laser).
  • Boards and bamboo plywood are glued. Glue lines change smoke, odour and residue, and laminates can delaminate under heat; ask the supplier how it is bonded (Thunder Laser). Some plywood glues release formaldehyde (what not to laser cut).
  • Food contact. We found no source that tests laser-engraved cutting surfaces for food safety. The cautious choice is to engrave the back, the edge or a serving board, and keep the face you cut on smooth (general practice).
  • Run your extraction (exhaust fan calculator) and wear goggles rated for your wavelength (safety glasses checker).
Moving cross-section

What the beam does

Switch the material or laser and watch the same beam give a different result.

Blue diode ≈ 450 nm
  • Bamboo strips
  • Glue lines
  • Burn shade changes strip to strip

The beam crosses several strips and glue lines. Each strip can burn a slightly different shade, and the glue lines can mark differently (Thunder Laser).

Cross-section, not to scale.

Laser types

Which laser can process it

These are this material’s rows from our diode vs CO2 vs fiber matrix. (full matrix)

Blue diodeCuts & engraves
CO2Cuts & engraves
FiberNot suited

Not suited: it scorches wood rather than marking it cleanly.

Maker values

Maker settings on one scale

Every value is a starting point published by the maker, and the maker is the source; none of them were tested by us. Machines differ in optical power, so power % and speed are converted to the energy the beam puts into each millimetre of line (J/mm). Tap a point or a table row to see the original row, the math and a link that fills in the converter.

J/mm = optical W × power % × passes ÷ speed (mm/s) · J/mm² = J/mm ÷ line interval (mm)

This is the same formula as the converter. Between lasers of the same type, similar J/mm gives a similar burn. Cutting energy rises steeply with thickness, so compare rows of similar thickness.

AtomStack labels every row simply “Bamboo”, without saying whether it is solid, laminated or bamboo plywood. The cuts are 4–5 mm. The A40 Pro V2 LightBurn cut carries an S-value where a percentage belongs. The TwoTrees list we recorded has no bamboo row.

0.010.1110125102050100Optical power (W, log scale)J/mm (log scale)0.010.1110125102050100Optical power (W, log scale)J/mm (log scale)
▬ Half of Engrave rows: 0.0576–0.189 J/mm▬ Half of Cut rows: 2.88–4 J/mmEngraveCutDiodeCO2Hollow = row that looks like a typoA40 Pro V2 is calculated at 48 W (the table does not say whether it is the 48 W or the 24 W setting).
32 rows
Machine (optical W)SoftwareMaker label · thicknessJobSpeed mm/minPowerIntervalPassesJ/mm
LightBurnBambooEngrave6,00070%0.110.07Convert →
LightBurnBamboo · 5mmCut15080%—13.2Convert →
LaserGRBLBambooEngrave8,000S8000.110.06Convert →
LaserGRBLBamboo · 5mmCut150S1000—14Convert →
LightBurnBambooEngrave3,00080%0.110.32Convert →
LightBurnBamboo · 5mmCut20080%—14.8Convert →
LaserGRBLBambooEngrave3,000S8000.110.32Convert →
LaserGRBLBamboo · 5mmCut200S800—14.8Convert →
LightBurnBambooEngrave20,00080%0.110.0576Convert →
LightBurnBamboo · 5mmCut40080%—12.88Convert →
LaserGRBLBambooEngrave20,000S8000.110.0576Convert →
LaserGRBLBamboo · 5mmCut400S800—12.88Convert →
LightBurnBambooEngrave20,00080%0.110.0576Convert →
LightBurnBamboo · 5mmCut40080%—12.88Convert →
LaserGRBLBambooEngrave20,000S8000.110.0576Convert →
LaserGRBLBamboo · 5mmCut400S800—12.88Convert →
LightBurnBambooEngrave10,00055%0.110.158Convert →
LightBurnBamboo · 5mmCut400S800 ?—15.76Convert →
LaserGRBLBambooEngrave10,000S8000.110.23Convert →
LaserGRBLBamboo · 5mmCut400S800—15.76Convert →
LightBurnBambooEngrave10,00045%0.110.189Convert →
LightBurnBamboo · 5mmCut1,00090%—13.78Convert →
LaserGRBLBambooEngrave10,000S4500.110.189Convert →
BitmapBambooEngrave18,00030%0.110.055Convert →
Vector LineBambooEngrave3,0008%—10.088Convert →
-Bamboo · 4mmCut80080%—13.3Convert →
-Bamboo · 4mmCut1,000100%—13.3Convert →
BitmapBambooEngrave7,00080%0.0810.0343Convert →
Vector LineBambooEngrave1,00020%—10.06Convert →
BitmapBambooEngrave15,00080%0.110.064Convert →
Vector LineBambooEngrave1,00020%—10.24Convert →
-Bamboo · 5mmCut25080%—13.84Convert →

A bamboo board is strips and glue

Each strip burns its own shade, and the glue lines can mark differently (Thunder Laser). Shades here are schematic.

Thunder Laser’s bamboo guide treats solid bamboo, laminated bamboo, bamboo plywood, veneer and coated bamboo as different materials. In a laminated board, strips can engrave at different shades, and glue lines can change the colour, the smoke and odour, and the edge. Sheets sold under the same name differ between makers and batches.

Our laser-type matrix has no separate bamboo row, so the wood row is shown above as the closest match. In the maker rows here, both diode and CO2 lasers engrave and cut bamboo.

Cutting boards and food contact

Cutting face

Keep it smooth — grooves are harder to clean

Do not engrave
Back, edge or handle

Engrave here; the cutting face stays smooth

Engrave here
Display board

Never used with food, so either face can carry the design. If food will sit on it, treat it like a cutting board.

Either face
General practice: we found no test of laser-engraved cutting surfaces. Clean and finish to suit food contact (Thunder Laser).
  • Pick the face. We found no test of laser-engraved cutting surfaces. General practice is to engrave the back, a handle or the edge, or to treat an engraved board as a serving or display board. Grooves on the cutting face are harder to clean.
  • Clean and finish to suit. For cutting boards and other food-contact items, Thunder Laser advises a cleaning and finishing method suited to the use, following the product maker’s instructions; test a mild cleaner in a hidden spot and do not soak the bamboo (Thunder Laser).
  • Oil. Food-grade mineral oil is the usual board oil (general practice). It darkens the bamboo, so try it on the back first.
  • Coated boards. A lacquered or varnished board puts that coating under the beam too; find out what it is before you laser it (what not to laser cut).

Can you laser cut bamboo?

HurricaneCO2 · Bamboo · 4 mm · 800 mm/min · 80%3.3
HurricaneCO2 · Bamboo · 4 mm · 1,000 mm/min · 100%3.3
A24 Prodiode · Bamboo · 5 mm · 400 mm/min · 80%2.88
A24 Ultradiode · Bamboo · 5 mm · 400 mm/min · 80%2.88
A10 Pro V2diode · Bamboo · 5 mm · 150 mm/min · 80%3.2
A70 Maxdiode · Bamboo · 5 mm · 1,000 mm/min · 90%3.78
Kraft (20 W diode)diode · Bamboo · 5 mm · 250 mm/min · 80%3.84
A10 Pro V2diode · Bamboo · 5 mm · 150 mm/min · S10004
A20 Pro V2diode · Bamboo · 5 mm · 200 mm/min · 80%4.8
A40 Pro V2diode · Bamboo · 5 mm · 400 mm/min · S8005.76
110 J/mm
J/mm for each maker cut row, thinnest first (log scale; LightBurn/LaserGRBL twins counted once, likely typos left out). Passes are included in the total.

Yes, in thin stock. Every AtomStack diode with a bamboo cut row cuts 5 mm in one pass, and its 55 W CO2 cuts 4 mm. On the J/mm scale those cuts take about 2.9–5.8 J/mm (chart). Laminated bamboo and bamboo plywood may need different settings from solid bamboo of the same thickness (Thunder Laser), much like the glue story on the plywood & basswood page.

How to run a bamboo test

Thunder Laser suggests changing one factor at a time — power, speed, line interval or passes — and notes that too much energy gives a rough texture and smoke staining.

  1. 1

    Back of the board or an offcut from the same batch.

  2. 2

    Grid across several strips so you see how far the shades spread (LightBurn).

  3. 3

    One factor at a time (Thunder Laser).

  4. 4

    Oil the test patch to see the final colour before you commit.

  5. 5

    Pick the most even box at the lowest energy.

FAQ

What are good laser settings for a bamboo cutting board?
AtomStack’s diode bamboo fill (raster) engravings run 3,000–20,000 mm/min at 45–80 % power with a 0.08–0.1 mm interval, about 0.03–0.32 J/mm per line; its 55 W CO2 engraves at 18,000 mm/min and 30 %. Scale a row to your machine, test on the back of the board across several strips, and choose the most even box.
Is a laser-engraved bamboo cutting board food safe?
We found no study that tests it. Thunder Laser advises a cleaning and finishing method suited to food contact, following the board maker’s instructions. The cautious choice is to engrave the back, the edge or a serving board, keep the cutting face smooth, and clean the board before use.
Can you laser cut bamboo?
Yes, thin stock. AtomStack’s diodes cut 5 mm bamboo in one pass at 150–1,000 mm/min (about 2.9–5.8 J/mm), and its 55 W CO2 cuts 4 mm at 800–1,000 mm/min. Laminated bamboo and bamboo plywood can need different settings from solid bamboo.
Why does my bamboo engraving look patchy?
A bamboo board is many strips glued together, and each strip can engrave a slightly different shade; glue lines can mark differently too (Thunder Laser). Too much energy adds a rough texture and smoke staining. Lower the energy, test across several strips, and consider a finish to even out the tone.

Sources

Sources for the laser-type verdicts

Last checked 2026-11-02 · Maker values and calculations; we did not process this material ourselves.

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