Stone, tiles and other ceramic materials

Yes, waterjet cutting can be used to create detailed patterns, curves, inlays and decorative shapes in stone and ceramic materials. This makes it useful for architectural details, interior design, mosaics, custom tiles and artistic applications where design freedom is important.

The final result depends on the material, thickness, geometry and required edge quality.

Yes, waterjet cutting can be used to create holes, openings and cut-outs in stone, tiles and ceramic materials. This can be useful for sinks, fittings, installations, technical openings or decorative designs.

Because the cutting path is digitally controlled, the process can handle both simple and more complex shapes with good repeatability.

Waterjet cutting normally starts from a digital drawing or CAD file. Common file types can include formats such as DXF or DWG, depending on the software and production setup.

For the best result, the drawing should be accurate, clean and prepared with the final dimensions, cutting contours and any holes or internal shapes clearly defined.

Yes, waterjet cutting can be used for both natural stone and engineered stone. This can include materials such as marble, granite, limestone, slate, quartz-based materials and other stone products.

Each material behaves differently during cutting, so the machine setup, abrasive flow and cutting speed should be adapted to the specific material and finish requirements.

The edge quality is affected by the material type, thickness, cutting speed, abrasive quality, water pressure, cutting head setup and machine accuracy. Harder or more brittle materials may require more careful process settings to achieve the desired result.

In some applications, the waterjet-cut edge may be suitable as it is. In other cases, polishing or finishing may be needed depending on the final use and visual requirements.

Yes, waterjet cutting can help reduce waste by enabling precise cutting paths and efficient use of the material surface. This is especially valuable when working with expensive stone slabs, custom tile layouts or materials where mistakes can be costly.

Good planning and nesting can make better use of each slab or tile and reduce unnecessary offcuts.

Yes, waterjet cutting is well suited for one-off projects and custom designs. Since the process is based on digital cutting paths, it can be used for unique shapes, special dimensions and customer-specific patterns without the need for traditional tooling.

This makes it useful for bespoke interiors, architectural projects, art installations and prototype components.

Yes, the same waterjet system can often be used for different stone, tile and ceramic applications, as long as the machine is configured for the required material sizes, thicknesses and precision levels.

This flexibility can be valuable for workshops and manufacturers that handle varied customer projects, different materials and both decorative and functional components.

When designing parts for waterjet cutting, it is important to consider material thickness, minimum detail size, internal corners, hole sizes, edge finish requirements and how the part will be handled after cutting.

For brittle materials, the design should also consider areas where the material may be sensitive, such as very narrow sections, sharp internal corners or fragile details.

Water Jet Sweden can help evaluate the right waterjet solution based on the material, application, production volume, required precision and workflow. This can include machine configuration, cutting technology, software, table size and peripheral systems.

By reviewing the full production need, Water Jet Sweden can support companies in finding a solution that works for both current projects and future cutting applications.