Whether waterjet or laser cutting is the better choice depends on your specific application. Both processes are well established in industrial manufacturing and offer distinct advantages depending on the material, geometry and quality requirements. This comparison helps you better understand the strengths of each process and identify the most suitable cutting solution for your application.
The following overview compares waterjet and laser cutting side by side, providing a quick comparison of their key characteristics and typical areas of application.
The following sections explain why the differences between waterjet and laser cutting can be decisive in practice – from material processing and material versatility to precision, cut quality and the typical applications of each process.
The key difference lies in the way the material is cut. While laser cutting uses heat to separate the material, waterjet cutting is a cold cutting process with no thermal impact. As a result, there are no heat-affected zones or thermally induced distortion. Material properties remain unchanged and components can be machined particularly gently, making the process especially suitable for heat-sensitive materials.
Few cutting processes offer the same level of versatility as waterjet cutting. While laser cutting is primarily used for thin to medium material thicknesses and may be limited with certain materials (such as transparent, highly reflective or multilayer materials), waterjet cutting can process virtually any material – from metals and plastics to composites, glass, ceramics and stone. The range extends from thin foils and intricate precision parts to materials several hundred millimetres thick.
Both waterjet and laser cutting enable highly precise cutting and the production of intricate geometries. Which process delivers the best results depends on factors such as the material, part geometry and quality requirements. Modern waterjet systems achieve dimensional tolerances of up to ±0.02 mm, positioning accuracy of up to ±0.005 mm and minimum radii from 0.1 mm. This allows even demanding materials to be processed with exceptional accuracy and fine detail.
The quality of the cut edge can be crucial, particularly for sensitive materials, demanding surface finish requirements or subsequent machining operations. While laser cutting may cause heat-related changes or discoloration depending on the material and application, waterjet cutting is performed without thermal impact. This eliminates heat-affected zones and edge hardening. Material properties remain fully intact, cut edges are virtually burr-free, and surface finishes up to N7 can be achieved.
There is no universal answer as to which process is more economical. Costs depend on factors such as the material, part geometry, quality requirements and production volume. In principle, both waterjet and laser cutting are suitable for everything from single parts to high-volume production. While laser cutting is often preferred for standardized components and series production, waterjet cutting is particularly well suited to prototypes, one-off parts, small production runs and projects requiring short lead times or a high degree of flexibility.
Waterjet cutting offers particular advantages wherever material properties must be preserved, demanding materials or large material thicknesses need to be processed, or where precision and flexibility are key requirements.
No heat-affected zones, no thermally induced distortion and no changes to the material properties.
Precisely cuts virtually any material, from metals and plastics to glass, ceramics, stone and composite materials.
From thin foils and intricate precision parts to materials several hundred millimetres thick.
Dimensional tolerances up to ±0.02 mm, minimum radii from 0.1 mm and demanding 2D, 2.5D and 3D geometries.
Low-burr cut edges, surface finishes up to N7 and a narrow kerf reduce material consumption and minimise post-processing.
High flexibility, short setup times and minimal preparation enable fast and cost-effective production.
For more than 35 years, Waterjet has stood for maximum precision, technological excellence and reliability. With state-of-the-art waterjet technology, extensive material expertise and a commitment to going the extra mile, we develop tailored solutions – even where conventional cutting processes reach their limits.
✓ More than 35 years of experience in high-precision waterjet cutting
✓ From intricate precision parts to large and thick components
✓ Tailored solutions for demanding materials and applications
✓ Technical consulting, material expertise and manufacturing from a single source
✓ Short lead times and fast, reliable project execution
