With advanced waterjet technologies and a powerful system portfolio, we deliver precise solutions – from pure waterjet cutting to robotic systems.
In pure waterjet cutting, the material is separated exclusively by an extremely fine, high-pressure water jet – without additives. The process enables precise, clean and material-friendly cuts, as no thermal load or material alteration occurs. It is particularly suitable for soft to medium-hard materials that require absolute accuracy.
Pure waterjet cutting is the original form of waterjet technology and is defined by its purity. Using a fine jet with pressures of up to 6,000 bar, materials are cut without heat, discoloration or mechanical stress. The material structure remains unchanged – a key advantage over thermal processes such as laser cutting.
This method is ideal for soft and sensitive materials such as plastics, rubber, foams, textiles, leather or paper. It is also widely used in the food industry – for example in the precise cutting of baked goods, pastries or frozen products, where hygiene and product integrity are critical.
Its advantages include high cutting precision, clean edge quality, minimal kerf width, no thermal distortion and maximum material protection. Pure waterjet cutting also offers economic benefits by reducing scrap and minimizing rework.
Whether in industrial applications or food processing, pure waterjet cutting is the ideal solution wherever precision and material integrity are essential.
Our technology stands for precision, quality and versatility. The following values show how precise, clean and flexible waterjet cutting is – even for the most demanding requirements.
± 0.2 mm
± 0.2 mm
± 0.1 mm
± 0.1 mm
down to 0.18 mm
0–1°
0.1 mm
2D cuts
up to N8 (Ra 3.2)
low burr formation, material-friendly, without thermal effect
DXF, STEP, PDF, etc.
Numerous options available
Contact us for the right solution
Standard 1–2 weeks
Faster delivery on request
Values serve as guidelines and may slightly vary depending on material, thickness, geometry and cutting strategy.
In abrasive waterjet cutting, a fine abrasive is added to the high-pressure water jet. This enables precise and clean cutting of very hard materials such as steel, metal, glass or ceramics – without thermal load or deformation. The method offers wide-ranging applications for complex components and demanding materials.
Abrasive waterjet cutting significantly expands the possibilities of pure waterjet cutting. By adding natural mineral abrasive like garnet sand, the jet becomes strong enough to process hard, thick and wear-resistant materials reliably.
Typical materials include metals and alloys such as stainless steel, titanium and aluminum, as well as glass, stone, ceramics and composite materials. Even very thick plates can be cut accurately – without thermal effect, hardness distortion or burn marks as often seen with laser cutting.
Advantages include precise cuts with tight radii, complex geometries with high repeatability and an edge quality that often requires no post-processing. The narrow kerf width ensures optimal material utilization – an important cost factor especially for high-value materials.
Abrasive waterjet cutting is the universal technology when flexibility and precision are required across almost all material categories – from industrial prototypes to high-quality single parts.
Our technology stands for precision, quality and versatility. The following values show how precise, clean and flexible waterjet cutting is – even for the most demanding requirements.
up to ± 0.005 mm
up to ± 0.02 mm
± 0.005 mm
up to ± 0.02 mm
down to 0.2 mm
0–1°
0.1 mm
2D, 2.5D and 3D cuts
up to N7 (Ra 1.6)
low burr formation, material-friendly, without thermal effect
DXF, STEP, PDF, etc.
Numerous options available
Contact us for the right solution
Standard 1–2 weeks
Faster delivery on request
Values serve as guidelines and may slightly vary depending on material, thickness, geometry and cutting strategy.
With advanced 5-axis technology, components can be cut not only in two dimensions but also in complex three-dimensional geometries. Bevels, chamfers and inclined surfaces are produced with high precision – with maximum material-friendliness and consistently high quality.
3D waterjet cutting opens new possibilities in part manufacturing. With 5-axis control, cuts can be executed in almost any spatial direction. This enables precise contours as well as complex angles, bevels and inclined surfaces.
A major advantage is the material variety: metals and alloys, plastics, composites, glass or ceramics can all be processed. Since cutting occurs without thermal effect, the material structure remains unchanged – even sensitive materials are processed gently.
Industries with high precision requirements such as mechanical engineering, aerospace or design benefit from the flexibility of the process. It enables the production of prototypes, small batches and complex single parts with maximum accuracy.
3D waterjet cutting is the ideal solution when two-dimensional cuts are no longer sufficient and parts must be shaped in their full spatial form.
Our technology stands for precision, quality and versatility. The following values show how precise, clean and flexible waterjet cutting is – even for the most demanding requirements.
± 0.2 mm
± 0.1 mm
± 0.05 mm
± 0.05 mm
down to 0.4 mm
0–1°
0.4 mm
3D cutting / tube processing with rotary axis
up to N8 (Ra 3.2)
low burr formation, material-friendly, without thermal effect
DXF, STEP, PDF, etc.
Numerous options available
Contact us for the right solution
Standard 1–2 weeks
Faster delivery on request
Values serve as guidelines and may slightly vary depending on material, thickness, geometry and cutting strategy.
With advanced robotic systems, we combine the flexibility of waterjet cutting with the precision of automated workflows. This enables efficient, repeatable and economical processing – even for demanding shapes or high production volumes.
In robotic waterjet cutting, high-performance industrial robots guide the cutting head with precision. Complex shapes, three-dimensional components or hard-to-reach areas are processed consistently and accurately.
The combination of waterjet technology and automation offers numerous advantages: high repeatability, short cycle times, maximum efficiency and the ability to produce large series economically and reliably. At the same time, the key benefits of waterjet cutting remain: no thermal effect, minimal kerf width and universal material suitability.
Industries such as high-volume manufacturing, automotive, aerospace or complex component production benefit from the strengths of robotic systems. They ensure consistent quality with maximum flexibility in programming.
Robotic waterjet cutting combines the precision of manual craftsmanship with the efficiency of industrial production – opening new dimensions in processing.
