Waterjet cutting of metal

Pressurized water energy was used as early as the beginning of the last century as one of the methods of mechanical impact on hard surfaces, in particular in coal mines – to crush coal seams with a water jet (with water hoses), and in gold mines – to wash out the rocks from the pits.

In the 1960s, this technology was used in the United States to process fiber optic materials for the aircraft industry.

But the breakthrough in the practical application of waterjet cutting took place in 1979, when small solid particles (abrasive, or abrasive sand) were added to the water jet fed under ultra-high pressure. The essence of the process is to tear off and remove microparticles of the processed material from the cutting cavity by a high-speed stream of water-abrasive. Simply put, the cutting is done by exposing the machined material to a water jet with solid particles, under ultra-high pressure. The effectiveness of a two-component jet consisting of water and abrasive is achieved by optimally selecting a variety of cutting parameters: water pressure and flow rate; abrasive flow rate and particle size

The above technology allowed to sharply increase the cutting properties of the water jet and significantly expand the range of application and the list of materials to be processed (such as: metals and their alloys, stone, composite and multi-layer materials, etc.), and already in the early 1980s the industrial production of equipment and components for waterjet cutting was started.

The above technology allowed to sharply increase the cutting properties of the water jet and significantly expand the range of application and the list of materials to be processed (such as: metals and their alloys, stone, composite and multi-layer materials, etc.), and already in the early 1980s the industrial production of equipment and components for waterjet cutting was started.

Abrasive waterjet cutting is environmentally friendly and absolutely fire-safe, since it completely eliminates the possibility of material melting and emission of harmful fumes. For many types of materials such as composites, ceramics, honeycomb and multi-layer structures, there is simply no alternative to waterjet cutting.

Why choose us?

We provide our customers with top quality sheet metal laser cutting, bending and designing services. With high precision machine tools from Germany we are equipped to rise up to any engineering challenge.

  • Large expierence of metalworking (20+ years)
  • Own stocks of metal (you do not need to spend time searching and buying material)
  • High quality and quick order performing
  • Techical assist for drawing creation
cutting metal in Gromov's company


Drafting

If you do not have a drawing in DXF, our engineers will design it.

Quality

We guarantee superior quality of our products

Online order

Make an online request by sending your drawing to our email address

International shipping

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FAQ

Frequenty asked questions

Do I have to buy my own material to make it?

It is not necessary to look for where to buy the material We have a stock of metal at the company and can execute an order from our own material. However, we can also work with customer-owned material of acceptable quality.

How do I know the cost of parts?

Send drawings in .DXF/.DWG format to nikgromov@ukr.net – FREE price calculation

How do you deliver orders?

Orders are delivered within 1-3 days by delivery services in Ukraine and 1-3 weeks to other countries

What is the lead time for the parts?

If the drawings are available, the average time for manufacturing parts is 1 to 3 working days

What payment options are available? VAT?

Payment for the completed order is possible in cash, cashless form and with VAT.

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