Wood - Fabricated wood materials

Waterjet cuts fabricated wood materials, e.g. veneer and plywood

Benefits of using waterjet cutting for fabricated wood products:

Fast set-up time: Waterjet cutting enables short preparation times, increasing production efficiency.
Narrow width of cut: The thin jet of water produces minimal kerfs, which results in meticulous precision and minimises material waste.
No chipping: Unlike traditional cutting methods, waterjet cutting minimises the risk of chipping, which is particularly important when cutting thin materials like veneer.
Free-form cutting: The technique allows complex and creative shapes to be cut easily, without the need for specialised tools.

Historically, waterjet cutting has been used to make products such as wooden jigsaw puzzles, table-tennis racquets and doll-house furniture, which demonstrates its versatility in wood-working.

Keywords explained

Fabricated wood materials

Fabricated wood materials are wood-based materials that have been manufactured, layered or bonded for specific properties. Examples include plywood, veneer, MDF, laminated wood and other engineered wood products.

Engineered wood

Engineered wood is a broader term for wood products made by combining wood fibres, veneers, particles or layers with adhesives or other processes. Waterjet cutting can be used for many engineered wood applications where precision and design flexibility are important.

Plywood

Plywood is made from thin layers of wood veneer bonded together. Because it is a layered material, cutting quality, edge control and reduced splintering are important when choosing a cutting method.

Veneer

Veneer is a thin layer of wood that is often used for furniture, panels, decorative surfaces and design applications. Waterjet cutting can be useful when veneer parts require detailed shapes, narrow cuts or repeatable dimensions.

MDF

MDF, medium-density fibreboard, is a manufactured wood material made from wood fibres. It is commonly used in furniture, interiors, panels and prototypes where consistent material properties and precise shapes are important.

Kerf

Kerf is the width of the cut made by the waterjet. In fabricated wood cutting, a narrow kerf can help improve part fit, reduce material waste and make it possible to create detailed contours or tight layouts.

Free-form cutting

Free-form cutting means cutting curved, irregular or complex shapes instead of only straight lines. This is useful for furniture design, decorative panels, prototypes and custom wood components.

Nesting

Nesting means placing several parts efficiently on the same sheet before cutting. Good nesting can reduce material waste and improve the use of plywood, veneer or MDF sheets.

No splintering

No splintering means that the cutting process helps reduce chipped or broken edges. This is especially important for layered wood materials, veneer and visible design components.

Cutting quality

Cutting quality describes the accuracy, edge finish and repeatability of the cut. In fabricated wood cutting, quality is affected by material type, thickness, density, water pressure, cutting speed and machine setup.

Specify your fabricated wood cutting needs

To recommend the right waterjet solution for fabricated wood materials, it is important to understand both the material and the production requirements. Fabricated wood materials can vary in structure, density, thickness, surface finish and moisture sensitivity, which means the cutting setup should be adapted to the specific application.

When contacting Water Jet Sweden, please share information about the material type, sheet size, thickness, part geometry, tolerance requirements and expected production volume. If you work with plywood, veneer, MDF or another engineered wood material, it is also useful to describe the layer structure, surface finish and any requirements for visible edges.

Drawings or CAD files can help define the required cutting paths, internal shapes, holes, curves and level of detail. It is also useful to describe your current production process and what you want to improve, such as reducing splintering, improving material utilization, cutting more complex shapes or increasing flexibility for prototypes and custom parts.

With the right information, Water Jet Sweden can help evaluate the most suitable machine configuration, cutting head setup, software workflow and production solution for your fabricated wood cutting needs.

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FAQ

Can waterjet cutting be used for fabricated wood materials?

Yes, waterjet cutting can be used for fabricated wood materials such as plywood, veneer, MDF and other engineered wood products. It is especially useful when parts require detailed shapes, narrow cuts or free-form geometries.

The best cutting setup depends on the material type, thickness, density, surface finish and required edge quality.

Why is waterjet cutting suitable for plywood and veneer?

Waterjet cutting is suitable for plywood and veneer because it can create precise cuts without mechanical blade pressure. This can help reduce splintering and support cleaner edges, especially in layered or thin wood-based materials.

It is also useful for curved shapes, decorative details, prototypes and custom components where traditional straight-line cutting methods may be too limited.

Can waterjet cutting reduce splintering in wood-based materials?

Yes, waterjet cutting can help reduce splintering because the material is cut with a focused waterjet instead of a mechanical saw blade. This can be valuable when working with veneer, plywood or visible wood surfaces.

The final result depends on the material structure, thickness, cutting speed and machine setup. For demanding applications, test cutting can help define the best process parameters.

What is kerf, and why does it matter when cutting plywood or veneer?

Kerf is the width of the cut made by the waterjet. In fabricated wood cutting, kerf is important because it affects part dimensions, material use and how closely parts can be nested on a sheet.

A narrow kerf can help create detailed shapes, improve material utilization and support more accurate part fit.

Can waterjet cutting create complex shapes in plywood or MDF?

Yes, waterjet cutting can create complex contours, curves, holes, internal cut-outs and free-form shapes in plywood, MDF and other fabricated wood materials. This makes it useful for furniture parts, design products, decorative panels and prototypes.

Because the cutting path is digitally controlled, the same shape can also be repeated with high consistency.

Does waterjet cutting create dust when cutting fabricated wood?

Waterjet cutting can reduce dust compared with mechanical cutting methods because the material is cut with water instead of a saw, router or milling tool. This can help create a cleaner cutting process.

However, the full production setup, material handling and waste management should still be planned based on the specific material and application.

Can waterjet cutting be used for furniture and interior design applications?

Yes, waterjet cutting can be used for furniture and interior design applications where fabricated wood materials need to be cut into custom shapes. Examples include panels, decorative details, inserts, prototypes, furniture components and design elements.

The method is especially useful when the design requires curves, repeated patterns or detailed geometries.

What should be considered when cutting moisture-sensitive wood materials?

When cutting moisture-sensitive wood materials, it is important to consider the material structure, surface treatment, exposure time, edge requirements and drying or handling after cutting. Some wood-based materials may react differently to water depending on density, adhesives and surface finish.

For this reason, test cutting is often useful before full-scale production, especially for high-value or visually exposed components.

Can waterjet cutting be used for prototypes and short production runs?

Yes, waterjet cutting is well suited for prototypes and short production runs because it is based on digital cutting paths and does not require dedicated tooling. This makes it practical for design development, custom parts and smaller batches.

It can also support quick design changes, making it useful for product development and flexible production environments.

What information should I provide for a fabricated wood cutting application?

To evaluate a fabricated wood cutting application, it is helpful to provide the material type, sheet size, thickness, density, surface finish, part geometry, tolerance requirements and expected production volume.

It is also useful to share CAD files or drawings, information about edge quality requirements, visible surfaces, current cutting challenges and whether the application involves prototypes, custom parts or recurring production.