Waterjet Cutting - A Superior Alternative for Conversional Cutting Processes
A waterjet cutting system is considered by many as a non-conventional cutting process. Falling under non-traditional processes group, it has gained immense popularity as one of the excellent ways of cutting a variety of metals. In the recent past, many companies have realized the benefits of using this technique in their manufacturing processes and applications. As such, it has been labeled as a good alternative in the field of production technology. But why is it a good alternative to conventional cutting processes?
To begin with, water jet cutting uses efficient technologies and processes to guarantee cost-effective production. It uses the CAM and CAD technology to ensure that superior cutting is achieved. Other things taken into consideration include feed motion speed, pressure and contour sections.
Besides that, a waterjet cutter also uses multiple processes and tools like waterjet cutting machines. If you have large orders that you need to deliver within a short period of time, this machine is equipped with multiple cutting edges to ensure that this is achieved. Irrespective of the material and size of the product used for manufacturing, this machine is capable of producing quality products with accurate dimensions.
Another desirable feature of a waterjet cutting machine is that it is cost effective. There are many aspects of a waterjet cutter that makes it a cost-effective choice when compared with wire eroding, laser cutting or mechanical cutting processes. During the cutting process for instance, the high velocity of water stream sucks in abrasives through a vacuum, thus reducing material waste. This subsequently brings down the cost of maintenance.
In addition to the aforementioned, waterjet cutter is used in many applications. Thanks to the versatile and flexible nature of waterjet cutting systems, it is possible to use them in a variety of industrial applications such as the textile and leather industry, industrial product cleaning, surgery, drilling, paint removal and dismantling of industrial products among others.
As mentioned earlier, waterjet cutters use CAM/CAD technologies to achieve new designs. Thanks to these new cutting techniques, it is possible to design new products. On the same note, it is also possible to finalize the suitable materials while the design is still underway. Most interestingly, the software can program a suitable cutting plan with precise specifications and dimensions within a short time. Once the design and everything has been designed and fed into the CAM program, the cutting process begins.
As one can see, various industries have taken advantage of these unique capabilities offered by omax waterjet cutter. This makes the waterjet cutter a reliable industrial tool.
