What You Stand to Gain By Using Waterjet Cutting for Materials
Waterjet cutting is a technology applied to the cutting of metals and other materials in the industrial process. It makes use of an ultra-high pressure waterjet, which is sometimes used together with plasma cutting or an oxy-fuel flame to cut through matter. The waterjet machine cuts with a high degree of accuracy and this produces a very clean cut. This the reason why it is normally preferred for cutting of materials that require minimal damage to the cut parts, and also where wastage of material is undesirable especially if such material is expensive. The cutting method finds its application in various industrial process in the manufacture and fabrication of producrts made of metal and other hard materials. Waterjet cutting is advantageous in a number of ways. Below are outlined some advantages of waterjet cutting.
When cutting using a waterjet machine, there is no heat evolved. Most of the traditional methods of cutting hard materials such as metal normally uses heat. High temperatures are necessary to produce heat that burns through the material thereby separating it at the point of cutting. If the material being worked on has little tolerance to heat, then it may end up being damaged. Such materials may either be melted or deformed by heat, thereby rendering them unusable. But waterjet cutting can easily be used for such materials because it works with pressure rather than heat.
There’s very little wastage of material because it has a very high precision of cutting. That’s why waterjet cutting is referred to as a precision cutting method. The width of cut when using waterjet cutting could be as little as a millimeter thick. This means that very little material will be wasted during the cutting. And the fact that it is carried out on the computer with an advanced software means that it is even more precise as compared to other cutting approaches.
The method of cutting can be applied to diverse kinds of material. Heat generation accompanies the other methods of cutting such as plasma and laser cutting. This implies that such methods are not suitable for cutting through materials that are either heat intolerant or soft. On the contrary, waterjet cutting is applicable to all materials, thereby making it quite multipurpose.
Moreover, when you use a waterjet machine to cut through material, there’s very little debris left on the cut surface. Because of the deformation and warping on the cut surface caused by the other ways of cutting, it is necessary to smoothen it by either grinding or use of a sand paper. Conversely, surfaces cut with a waterjet machine hardly need any extra finishing due to the fact that they are normally as clean as they can get. The cleanup work is therefore considerably reduced, meaning that the industry can commit labor to other productive tasks.