The cutting technology expert
Waterjet cutting is the least known cutting technology.
This process can be used to cut any material in
which the water itself does not cause damage
Short time limits
Our quotations are sent within 24 hours, and production deadlines are coordinated with the customer’s requirements.
A solution for all materials
As there is no heat input during the cutting process, all materials up to 150 mm can be machined with this method.
Helpful colleagues
Feel free to contact us even if you are clueless whether this technology is really the answer!
About us
Our vision
Over the years, we have been fortunate to provide the right products for customers with a wide range of profiles. We have worked with the most diverse and interesting materials, but the following are guaranteed to work for everyone:
Meticulous craftsmanship
Because the material does not melt during waterjet cutting, it is capable of the most precise and delicate machining.
Precision cutting
Because the cutting beam is well focused, it only works along a precise line
Cutting thick material
There is no heat when cutting with a water jet, so it can cut through material up to 150 mm thick. Such a system with heat input does not yet exist.
About the technology
In the last few years, the demands on industrial waterjet cutting have increased dramatically.
Precision
Meticulous craftsmanship
Water jet cutting involves a small diameter, very high pressure jet of liquid water travelling at extreme speed towards the target. It carries millions of tiny particles in a stream – so-called abrasive material.
- It leaves the system at nearly three times the speed of sound at a distance of 2mm from the material to be cut.
- As a result, it essentially completely abrades the material in its path in a fraction of a second.
- The diameter of the outgoing water jet is less than 1mm, making this process perfect for even the finest cuts.
Accuracy
Precision cutting
The abrasive material is special, purpose-made, high-strength rock chips that are mixed into the water stream by a dosing system. When they impact, they transfer energy to the material as if tens of thousands of tiny cannons were bombarding the cutting plane.
- Since the jet is well focused when cutting in water (nozzles with a diameter of 0.1 mm are available), it only exerts its cutting action along a precise line.
- Due to the particle distribution density and the small size of the particles, a very uniform and precise material removal is achieved along this line. This is the cutting edge itself.
Cutting efficiency
Cutting thick material
The great advantage of water cutting over heat cutting is that it can be used on almost all materials, regardless of their structural composition.
- The system can cut through metal or stone slabs up to 150 mm thick! A system with such a high thermal input does not yet exist, but there is little ambition to develop one because it would be uneconomical to operate.
- Water jet cut materials are not subject to thermal stress. Therefore, there is no surface hardening, no warpage, no dripping slag or melting.
Ready to create what you envisioned?
We will certainly do our best to find a solution!
Annamaria Fentos
Key account manager
H-2143 Kistarcsa, Raktar Boulvard 3. Building B1, Hall 02
- Opening hours: Mon-Fri 8.00-16.00
