Waterjet nozzle portfolio

Waterjet cutting can be a reliable alternative to conventional cutting processes. Extremely smooth cut edges without thermal stress or post-processing, and minimal kerfs are just a few of the advantages of the cutting process for a wide range of materials and applications. A key factor for efficient processes is the waterjet nozzles.

The waterjet cutting head directs a fine jet of water at pressure up to 6,000 bar, with a jet diameter of 0.38mm to 1.02mm. The material particles close to the surface are cut off without heat being introduced into the material, making the process suitable for temperature-sensitive and thick materials with complex geometries.

The HyproJET range with three standard waterjet nozzles offer narrow hole tolerances, perfect cutting, and radial run-out accuracy to ensure precise working results.

For some materials to be machined, water alone isn’t sufficient as a cutting material. The system then mixes an abrasive, such as garnet or corundum, into the waterjet. Abrasives are very efficient helpers, but they aren’t without disadvantages, such as putting strain on the focusing tubes due to erosion. HyproJET products improve wear protection with special carbide grades, enhancing durability even at pressures up to 6,000 bar, while still achieving very high cutting qualities.

Single source solutions

The manufacturer manages all process steps from the carbide powder to the ready-to-use solution, for consistently first-class product quality, precision, and best performance. In addition, the company produces various mixing chambers made of special carbide grades to meet the different wear mechanisms within these chambers. Pistons for high-pressure pumps, spray discs, collecting cups, inlet guides, wear plates, throttle shields, and inlet pipes are also offered.

To ensure that HyproJET nozzles reach customers safely, the company relies on plastic sleeves that optimally protect the waterjet nozzles but at the same time are sustainable. They’re made of 100% post-consumer recycled plastic, reducing CO₂ emissions by at least 60% compared to conventionally produced plastic.

CERATIZIT USA Inc.