The Industrial Applications of Water Jetting Cutting Technology
Water jet-cutting technology has impacted the manufacturing world tremendously in the past years. Who knew water could be made so lethal that it could cut through a vast number of strong materials? However, most industries are still unaware of this remarkable technology. There’s no denying the fact that the waterjet cutting machine is one of the most versatile pieces of types of technology available in the manufacturing world. The high-pressure pump is responsible for producing high-speed water that cuts through the materials. However, there are other materials mixed with water too. Here’s a list of industrial applications of water jetting cutting technology;
Metal Cutting
It may come as a surprise but water jet cutting can work for metals such as aluminum, titanium, copper, brass, and many other kinds of metal. However, the best part is that waterjet cutting does not cause any unwanted temperature rises that might cause disrupt the shape of the material. Metals are cut pretty finely. The integrity of the workpiece isn’t compromised. Yet, there are some limitations depending on the thickness of the metal piece. If you have aluminum, it can cut through 18 inches, and 10 inches for brass and copper.
Tiles and Stones
Ever imagined how all these tiles and stones are cut accurately without compromising on the desired shape? All thanks to innovations such as waterjet cutting. By including abrasives, the waterjet cutting machines can make cuts through marble, granite, neolith, tiles, and stones. The construction industry has surely benefited from this technology. Stones and tiles are considered some of the hardest materials on the planet, and efficient technology was always needed to make precise cuts. However, waterjet cutting has made it much easier and quicker for such industries.
Glass Cutting
It may seem pretty easy to put cuts on a glass as it is much more delicate, but the margin of error is huge as you can break the glass in no time. Conventional cutting processes aren’t usually fit for glass cutting now. Waterjet cutters such as the 5-axis are capable of cutting out complicated glass designs. You can use this cutter for holes in splashbacks, frameless showers, and much more. A waterjet cutter can support a thickness of 7 inches when it comes to glass. It is one of the smoothest options available for cutting glass.
Plastics
Understandably, plastic is a much easier material to cut from conventional methods. However, there are many drawbacks to them, such as the production of toxic fumes when exposed to high-temperature tools. As the world strives for sustainable development and practices, especially in the industrial world, waterjet cutting machines play a pivotal role in bringing change. It is considered one of the safest options to cut plastic. Let’s consider you are aiming to cut the hardest acrylics, waterjet cutting machines can penetrate about 4 inches of thickness, which is pretty remarkable at this time of the century.
Cardboard
Cutting cardboard is very important for some industries, but the process is often time taking. Yet, this method applies to carboards too. The use of waterjet cutting machines for cardboard has existed for decades and is becoming more efficient as time passes by. Moreover, this cutting method is also used to cut paper. Now, one might think that cutting paper with water can surely make it wet and useless. Well, that’s not true. The slitting method where the stream of waterjet is modified is used to cut paper, the stream of water is even thinner than human hair due to which paper doesn’t get wet.
Cement Boards
Like tiles and stones, cement boards are also very hard to penetrate. Conventional methods aren’t that worthy when talking about cement boards and that is why waterjet cutting is used as it can support a thickness of 4 inches for cement boards.
Food
It is worth mentioning that food is one of the industrial applications of water jet-cutting technology. Food processing industries can never compromise on cleanliness and excessive heat, as it can hamper the overall quality of the food. The cold-cutting method is eye-opening as it has no physical impact on the tool on the surface that is being cut. Due to this technology, food processing industries have benefited tremendously.
Conclusion
Waterjet cutting machines are highly versatile as they can cut through several hard materials such as metal, rocks, and cement. It has numerous applications due to which many big industries around the world are escalating in terms of production. Some of the main benefits of this technique are that it provides industries with low wastage of material and highly accurate cutting with minimum errors. It offers unnumbered benefits due to which waterjet cutting technology is gaining high popularity around the world, it is now being used by almost every industry.
