How ICS’s Cutting-edge Technology Works

Intelligent Cutting Solutions use state-of-the-art equipment to fulfill our customer's orders, but how exactly do these waterjet machines work? This accelerated erosion process has revolutionized the way we cut metals, plastics, stones, ceramics, and more. 
Cutting edge technology

These machines have allowed us to provide our customers with an unmatched level of versatility, superior edge quality, and extremely accurate cuts! The concept of waterjet cutting can be explained in three major steps, the generating of pressure, the transition from pressure to velocity, and the introduction of garnet.


1. Generate Pressure

The high-pressure pump generates a stream of water that (for our machines) is up to 94,000 PSI. In comparison, a firehouse generates anywhere between 390-1200 PSI. Our machines have the greatest pressure capacity of the existing waterjet machines in the industry, most other waterjet machines operate between 50,000 and 60,000 PSI. 


2. Convert Pressure into Velocity

Inside the waterjet nozzle is a small jewel orifice. The tiny jewel orifice's main job inside the machine is to convert pressure into velocity. This creates an extremely small stream of water, which by itself can cut through soft materials (pure waterjet cutting). The size of the orifice is what determines the cut width (also known as kerf) and orifice assemblies usually consist of ruby, sapphire, or diamond.

3. Introduce garnet 

To increase the power of the waterjet stream and allow the machine through hard materials, a garnet (sand) is added within the abrasive inlet. The garnet is combined in the mixing tube which increases cutting power by 1,000X. This mixture of water and garnet exit the cutting head and cut through the selected material (abrasive waterjet cutting). Similar to the jewel orifice the mixing tube diameter will affect the kerf. 

waterjet cutting technology

The original waterjet cutting process was first developed in the 1850s and since then it has evolved tremendously. While its first main function was to excavate materials in coal mines, it is now utilized in almost every industry to offer precise cuts on varying materials. Its latest improvement occurred in the 1980s when Mohamed Hashish, an engineer from Egypt developed the nozzle for abrasive waterjet cutting. This improvement in the machine's technology expanded its uses further and made it a more versatile method of cutting. Intelligent Cutting Solutions technology features Flow waterjet’s Dynamic XD cutting heads, their HyperJet pump, and FlowCut® Software. 


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