Applications & Production Needs

Modern manufacturing demands flexibility, precision, and efficiency across an increasingly wide range of materials. Whether you are cutting sensitive aerospace composites, thick stainless steel plates, or delicate glass components, waterjet cutting offers a versatile, heat-free solution tailored to your exact production requirements.

Below, we answer common questions on how our waterjet cutting systems solve complex production challenges, reduce secondary finishing, and keep your operation adaptable for years to come.

Looking for a tailored solution for your specific application? Don’t hesitate to contact our team!

What types of production challenges can waterjet cutting solve?

Waterjet cutting can solve production challenges related to material variety, complex shapes, heat-sensitive materials, thick materials and changing production needs. It is often used when traditional cutting methods are too limited or create unwanted heat effects.

It can also help companies improve flexibility by allowing different materials and part geometries to be processed in the same production environment. This makes it a practical solution for both specialized and varied manufacturing.

Can waterjet cutting be used when material properties must remain unchanged?

Yes, waterjet cutting is a good choice when the material properties must remain unchanged. Since the process does not create a heat-affected zone, it can cut the material without changing its structure through thermal stress.

This is especially important for sensitive metals, composites, ceramics and other materials where heat could affect strength, surface quality or dimensional accuracy.

Is waterjet cutting suitable for companies working with many different materials?

Yes, waterjet cutting is suitable for companies that work with many different materials. The same cutting technology can be used across a broad range of material types, which gives manufacturers greater flexibility.

This is valuable for companies that need to process metals, composites, plastics, rubber, glass, stone or other materials in the same production flow. It can reduce the need for multiple cutting methods and simplify production planning.

Can waterjet cutting help reduce secondary processing?

Yes, waterjet cutting can help reduce secondary processing in many applications. Because the method can produce accurate cuts without heat distortion, parts may require less finishing compared with some thermal cutting methods.

Depending on the material and quality requirements, waterjet cutting can reduce the need for grinding, machining or correction after cutting. This can save time and improve the efficiency of the overall production process.

Is waterjet cutting suitable for both small parts and large components?

Yes, waterjet cutting can be used for both small parts and large components. The process can be adapted to different working areas, material sizes and precision requirements.

For small parts, waterjet cutting can offer detailed and accurate results. For larger components, it can provide flexibility and the ability to cut complex shapes in large sheets, plates or workpieces.

Can waterjet cutting support flexible production planning?

Yes, waterjet cutting can support flexible production planning because it can handle different jobs, materials and part geometries with relatively short changeover times. This makes it easier to adapt production to changing orders and customer needs.

The method is especially useful in environments where production demand varies or where companies need to process both one-off parts and recurring batches.