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Birch plywood 1.5mm - 12mm

  • repeat103_birch_plywood2_RGB.jpg, bigger test plywood

    Laser cut sample

  • Laser engraved_plywood 3mm samples.jpg, Laser engraving plywood strokes and fonts 3mm +

    Engraved strokes & fonts

  • laser cut birch plywood tolerance tests.jpg, laser cut birch plywood tolerance tests

    Laser cut test widths

  • Laser cut 12mm plywood_cutlasercut.jpg, Laser cut 12mm ply with burn marks (no protective backing)

    12mm laser cut sample

  • Laser cut sample Laser cut sample
  • Engraved strokes & fonts Engraved strokes & fonts
  • Laser cut test widths Laser cut test widths
  • 12mm laser cut sample 12mm laser cut sample

BB (II/II) Russian Birch Plywood MR Glue

Our supply: Stock material
Thickness: Available in 1.5mm, 3mm, 6mm, 9mm, 12mm,
Sheet sizes: 1500×1200mm, 1200×710mm, 900×600mm, 600×600mm, 600×300mm
Your supply: Not all plywood can be laser cut. Make sure your plywood is interior grade with an MR glue line. Get in touch to find out more.
PEFC BR/BR Finnish Birch Plywood, phenol glue in 0.4mm and 0.8mm also available»
Download plywood drawing templates



Adobe illustrator: *.ai drawing templates
Coreldraw: *.cdr drawing templates
AutoCad: *.dxf drawing templates

See the drawing guidelines for more on setting up a file using the drawing templates.»


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See more on laser cutting wood»
See more on laser engraving wood»

Material properties

A high strength laminated sheet material made from Birch timber. Both faces are grade BB which allows for patches and other minor knots / imperfections. Commonly used wood material for laser cutting and engraving. Bonded with MR glue line and known as laser plywood in the industry.


Typical applications

Art & sculpture, Jewelry, signage, model making, light construction work, furniture and cabinet making, retail display.


Appearance and grainline

As a natural material, please be aware the tone and grain line can vary from sheet to sheet. Thinner sheets can also be prone to warping. All sheets are laser cut engraved with a horizontal grain line.


Laser cutting

As a natural material burn marks are caused during the cutting process that are minimized using the following standardized cutting methods.

Top Surface

Compressed air (usually 4 bar of pressure) is used to prevent flaming, scorching and charring on the top surface. In some cases a subtle discolouration can occur around the surrounding area of the cut line (paticularly on thicker plywoods.) These can be easily sanded off with a fine grit wet and dry paper.

Laser tails

Very small flares can occur on the surface where the laser fires at the beginning of the path of a vector line / shape. These marks can be easily sanded off with a fine grit wet and dry paper.

Bottom surface

For up to 6mm as standard, the bottom surface is masked with protective tape to minimise burn marks causes when the laser meets the laser bed. Unfortunately for thicknesses of 9mm and over protective tape can’t be used as it peels during the cutting process. Therefore burn marks will occur on the reverse.


Cut widths & Kerf

The average cutting kerf (how much the laser takes away) for MDF is 1.5-6mm thickness: + / – 0.1mm , 6-12mm thickness: + / – 0.2mm, 12mm+ in thickness: + / – 0.3mm

As a benchmark, we recommend that minimum cut widths be no smaller than the corresponding thickness of the material. See more on min cut widths and kerf of the laser.


Cut Edge

Birch plywood laser cuts with brown / black edge which is darker the thicker the plywood being cut. The edge can get very dirty on plywood thicker than 9mm and in some cases mark if in contact with the material surface.


Wood knots

As a natural material, wood knots and other imperfection are occurrent within the plywood layers. They are slightly harder than the plywood layers which can have an effect on the clarity of laser cutting. When the laser meets these knots, it can cause the laser to flair up slightly resulting in darker markings on the surface. Sometimes the hardness of a knot will prevent the laser from cutting all the way through the sheet. In this case we will need to use a knife to trim out the wood knot. On birch plywood above 9mm, wood knots can make the cutting quite messy particularly on the underside.

In some cases pockets of air around the wood knot can cause the top surface surround the knotted area to burn away making a slightly uneven cut line. Unfortunately this is unpreventable as there is no way to determine where the wood knots are situated within the veneer layers.


Raster and vector engraving

We have established optimised engraving settings for all our own supply materials. For birch plywood the marking is a shallow light surface scratching. Engraves with an excellent clarity. 0.8mm and 1.5mm thick plywood engraves with a black / brown tone. 3mm -12mm thicknesses engrave with a lighter more subtle orange / brown tone.


Grain direction

As a standard with all wood materials we engrave with the grain line horizontal (left to right) to ensure the best clarity. If you would prefer to engrave against the grain, you’ll need to specify this in your job request.


Variation in engraved finish

Please be aware that as a natural material, a slight variation in the tone of the engraved finish can occur from sheet to sheet from the same standard engrave settings. Tone of wood, grain line and density and moisture content all have an impact on the engraving tone. Variation in tone can also effected by power distribution if you have lots of pieces of artwork to engrave that vary in size.


Deeper engraving

If you would like your engraving to be deeper than our standard settings, you will need to specify this in your job request. Be aware that the the higher laser power and slower processing speeds required can causes more oils from the wood to be released and therefore mark the surface. The laser machine extraction can also pulls these oils / fumes over the top surface creating a scorched edge appearance to the engraving that is stronger the deeper it is. Some people like this effect but be aware if you want to keep a clean result, it’s best to stick with our optimised settings.