Description
Robotic waterjet parts
Item number: 301838 Coil Axis 4
Details: used on the ABB robot arms, robotic waterjet cutting workstation
Related robotic waterjet parts:
Robotic waterjet cutting system: Yaskawa robotic waterjet workstation, Dual Fanuc robotic waterjet workstation, ABB robotic waterjet workstation
FAQ of platform waterjet machine & robot waterjet system:
What is the difference in cutting effect of water jet cutting machine for cutting different thickness of metal?
There may be some differences in the cutting results of water jet cutting machines for cutting metals of different thicknesses. Here are some common differences:
Cutting Speed: For thinner metal materials, waterjet cutting speeds are typically faster. Since thinner metal materials are relatively easy to cut, the water jet can quickly penetrate and complete the cut. For thicker metals, the cutting speed may be slower because it takes longer and requires higher water pressure to penetrate.
Cut Quality: Waterjet cutting can often provide high quality cuts in metal materials of varying thicknesses. For thin metal materials, the cut edges may be very smooth and virtually burr-free. For thicker metal materials, the cut edges may be slightly rougher, but still maintain a relatively high quality.
Cutting Ability: The water jet cutting machine has a strong cutting ability for metal materials of different thicknesses. It can cut metals ranging in thickness from a few millimeters to tens of millimeters. However, for thicker metal materials, higher water pressure and longer cutting time may be required to complete the cut.
Cutting Accuracy: Water jet cutting machines typically provide high accuracy when cutting metals of varying thicknesses. It can achieve complex cut shapes and details that make the cut contour very accurate. However, for thicker metals, the cut contour may be slightly wider than the desired size due to the diffusion effect of the water jet.
It is important to note that the exact cutting results are also influenced by other factors such as the nozzle diameter used, water pressure settings, cutting speed, etc. Therefore, in practical applications, the cutting parameters need to be adjusted and optimized according to the specific situation in order to obtain the best cutting results.
