Birch plywood
In practical formats. The Birch is known as a pleasant and light hardwood.
The cross-gluing of thin birch veneers forms a compact wood material that is ideal for creative purposes. Even the do-it-yourselfer cannot avoid this wood material when putting projects into practice.
5mm Plywood offers high stability and robustness due to its 5-layer construction. This is particularly beneficial for the solid wood material during processing. With this 5mm plywood board, fine contours and precise cuts are possible.
4mm birch plywood can be used particularly flexibly thanks to its 3-layer structure. Birch plywood 4mm is therefore particularly popular for decorative items such as key rings, as it offers the middle ground between lightness and material strength.
3mm birch plywood stands out with its simple 3-layer structure and is ideal for processing with a laser cutter due to the small number of layers Scroll saws.
WOOD4PROS.COM has taken special care to ensure that the gluing is suitable for laser processing .
!!! Attention Plywood is fundamentally a very tensioned wood material, which can lead to significant warping of the panels here !!!
Learn more about the advantages of birch plywood for laser processing .
Packaging unit: 10 plates per package
Application examples:
- Models
- Prototyping
- Memorabilia design
- Wooden decoration
- Crafts
- milling material
- Laser cutting wood
- Engraving materials
- Wood for lasering
- Laserholz
- uvm.
Machining properties
editing | Very good result | good result | satisfactory result | bad result | not possible |
Sawing | X | ||||
Drill | X | ||||
Grind | X | ||||
Laser cutting | X | ||||
Laser engraving | X | ||||
Milling | X | ||||
Mill engraving | X | ||||
Cut with a cutter knife | X | ||||
Cut with scissors | X | ||||
paint | X | ||||
Dying | X | ||||
Glue | X | ||||
Bonding | X |
When processing 5mm Plywood with the laser cutter, it should be noted that due to the layered structure, significantly more laser power is required than with solid wood of this thickness.
The Plywood for laser applications is the perfect choice for anyone needing high-quality, precise cuts with a laser. Made from the finest materials, it offers excellent quality and a uniform structure that guarantees accurate processing.
Plywood from our house is made from several layers of thin wood and is particularly stable and resistant to deformation. This makes it ideal for use with a laser, as it does not exhibit any unwanted distortions or cracks when cut.
WOOD4PROS.COM Plywood is also available in the common thicknesses of 3mm Plywood and 5mm Plywood, allowing you to make the perfect choice for your specific requirements. Whether you need it for prototyping, modeling, or other applications, our Plywood will not disappoint you.
Our Plywood is also very easy to work with and cut, making it an excellent choice for all types of laser applications. You will appreciate the high quality and reliability of our plywood and can be assured that it will last a long time.
Quality description:
B- Plywood with small, non-fallen and firmly grown branches, color runs are possible. Knot holes up to 8 mm possible, putty spots allowed.
BB- Plywood with knots. Unusual or puttied knots as well as color runs and small cracks in the surface layers are also possible. Knot holes up to 15 mm and filler spots are allowed.
So, why wait? Order our Plywood for laser applications today and benefit from high quality, precise processing, and long durability.
Still unsure? Simply order one of our test packages and find your perfect material! Discover test packages now.
Are you not sure which material is right for your purpose and laser performance? Then find out more in our guide or let us advise you to find the optimal material!
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The images displayed are sample images. Wood is a natural product, each piece is unique. The goods received may differ from the example image in terms of color, structure and condition. The complete satisfaction of our customers is our most important asset.
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Are you looking for larger quantities and formats in your individual format? Then follow this link and find out more!