A waterjet is a tool used in machine shops to cut metal parts with a very high pressure stream of water.
Can you cut granite with high pressure water.
The high level answer is that abrasive waterjets can cut through 12 inches of most materials.
Most abrasive waterjet cutting however is done in material that is 3 inches thick or less.
This will keep the saw blade from overheating from pressure.
Most commonly 3x2m waterjet is used because the slabs of marble or granite available are often of this size.
Step 7 turn the saw off before removing cut pieces.
Our products are efficient and reliable whether is it pure water cutting heads or abrasive waterjet pumps kmt products are easier to maintain with no effect of heat on the products being cut.
As amazing as it sounds if you get water flowing fast enough it can actually cut metal.
Many users report cutting material even thicker than that.
For decades kmt has manufactured water jet ultra high pressure intensifier pumps uhp with water pressurized up to 90 000 psi 6 200 bar.
High pressure water jet combined with a cnc cutting table is specially useful for cutting stones such as marble and granite.
The term abrasive jet refers specifically to the use of a mixture of water and abrasive to cut hard materials such as metal or granite while the terms pure waterjet and.
As you cut granite water will flow freely over the blade and the tile which eliminates dust cools the blade and reduces the risk of chipping.
Spray the granite lightly with water.
However to cut an extremely tough or dense substance like granite a supplemental aggregate must be.
Other materials that waterjet cutter can cut includes glass ceramic tile and concrete bricks etc.
For soft materials like wood and some metals this is enough.
A water jet cutter also known as a water jet or waterjet is an industrial tool capable of cutting a wide variety of materials using an extremely high pressure jet of water or a mixture of water and an abrasive substance.
Have a partner spray the granite with a spray bottle as you cut through the line.
The combination of the water being injected under high pressure and the narrowing of the tube nozzle forces the water to exit the nozzle with a force of 55 000 pounds per square inch.