WATER JET CUTTING

>> an environmentally friendly cutting technology.

Water Jet Cutter Capabilities

  • Cutting Precision

    The precision of water jet cutting is very good, with a cutting width of only 0.76 mm and a tolerance of 0.1 mm.

  • Max Material Size

    2000 mm (w) x 3000 mm (l)

  • Cutting Thickness

    Up to 100 mm.

Water jet cutter powerfully cutting the number 5 from a thick metal piece.

>> Very high precision

>> Cold cutting method - no heat distortion

>> Fine cut surfaces

>> Cut almost all materials*

>> Cut up to 100 mm thick materials

>> Environmentally friendly

* apart from hardened glass

Water jet cutting, an environmentally friendly cutting technique.

Precision cutting of virtually all materials, from 100 mm stainless steel to the thinnest fiber seals. The cutting process is cold, and the cut surfaces are not heat affected. Our waterjet cutting is equipped with additional equipment for cutting sheet metal, stainless steel, composites, and sandwich materials such as carbon fiber, fiberglass, and Kevlar.

Waterjet cutting is an environmentally friendly technology with no cutting gases, low energy consumption, and we envision it, in combination with fossil-free HYBRIT® steel, becoming a future combination for minimal environmental impact.

Waterjet cutting is an advanced material processing technique used across various industries such as the automotive, manufacturing, and construction industries. It is a precision technique that allows for the accurate processing of different materials, from soft and sensitive to hard and robust materials.

Waterjet cutting is a versatile technique used in various industries. In the automotive industry, it is used to cut through steel and aluminum to manufacture body parts and other components. In the manufacturing industry, it is used to cut through various materials to create detailed shapes and patterns. In the construction industry, it is used to cut through concrete, brick, and stone to create decorative surfaces and shapes.

Waterjet cutting is an advanced material processing technique that allows for high-precision cutting with minimal deformation. It is a versatile technique commonly used in the automotive, manufacturing, and construction industries.

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