We ll have to cut slower but it does have the ability to cut thick.
Water jet cutting aluminum thickness.
Waterjet cutting is most commonly used for cutting aluminum thick carbon steel and stainless steel copper brass titanium plastic and rubber.
However if there are sharp corners or curves then the cutting quickly becomes extremely slow.
Time to make parts will also vary based on the equipment used in making the waterjet machine.
In 1 3 cm steel it takes twice that time.
Material type for waterjet cutting.
If the cut is along a straight line or a shallow curve then it is also more practical to cut thick materials.
Another common misconception about waterjets concerns their ability to cut thicker materials as burnham explained.
Some of the other aluminums we have processed are 5083 and 5086 7075 mic 6 cast tooling plate and all thickness of aluminum tread plate in both 3003 and 6061.
The jet streams generated are capable of cutting material ranging from 0005 thick to 12 thick.
A typical part in 1 3 cm aluminum might take 2 to 10 minutes to make.
Waterjet cutting is most commonly used for cutting aluminum thick carbon steel and stainless steel copper brass titanium plastic and rubber.
The jet streams generated are capable of cutting material ranging from 0005 thick to 12 thick.
People say that water and abrasive can t cut thick sections but we can cut through over a foot thick in pretty much any common material.
If there s an aluminum we haven t cut before we can find the right solution for your project.
While you can cut steel as thick as 9 23 cm and aluminum as thick as 12 30 cm this is not the norm.
Waterjet tables can be used to cut thicker metals than can be processed with a laser like titanium and aluminum up to 305 mm and offer greater precision than plasma cutting.
For metals like titanium steel brass or aluminum waterjet is the most versatile cutting method available.
