Water jet cutting machines can be found in almost all manufacturing companies and their benefits are now so well know that few people stop to wonder how and why there were invented. Even if this technology became extremely popular in the past few decades, early forms of the water jet cutter date in the first half of the 20th century, when this tool was known as a paper metering system. Initially, it did not use a high-pressure water jet. This only happened after the war, when developments in the industrial sector allowed manufacturers to create faster and more accurate cutters. From the early days, everyone knew that the water jet-cutting machine was a promising invention. However, this promise was theoretical rather than practical, because the machine was rarely as reliable as it should have. Fortunately, changes came in the 70s – this is the period when the premium high-pressure pump was invented and the time when the water jet cutting technology really took off. |
The Wasserstrahlschneidanlage, as we know it today, is a very reliable and accurate machine that can cut through the hardest materials in no time. But it wasn’t always like this. In the early days, water jet cutting machines were used mainly for soft materials. A team of scientists developed the abrasive water jet, using a technology that had been elaborated in the early 1930’s. This way, they added a nozzle and a pump and cutting machines became capable of cutting through harder materials, such as stone and titanium. At this stage, the machine was almost complete. The only thing left to be done was to implement a stable, accurate and secure controlling system that made it easy for workers to operate the tool. When this happened, the Wasserstrahlschneidmaschine gained instant popularity on an industrial scale. Today, this method of cutting is preferred to conventional ways because it brings higher precision, better results and a faster manufacturing process. Although workers do require special training to operate this machine, the learning process takes as much time as with all the others specialized tools.
Although it might seem like the water jet cutting machine has reached its peak in terms of development, the latest pioneering efforts show that the tool is continuously being improved. Efforts are being made to make the machine even more precise and potent. Due to the fact that it can cut through hard materials such as titanium and stone, the military industry is showing a growing interest in it. Moreover, water jet cutting machines now come with dedicated software tools and system monitoring capabilities, which allow clients to monitor their performance. Paradoxically, the more powerful the water jet technology becomes, the simpler it looks. The latest machines have a minimal design and provide the maximum ease of use.
All in all, water jet cutting machines have an interesting history and in less than a century they have evolved considerably. In the future, more companies are expect to switch to these machines and stop using outdated equipment, which will lead to an increase in product quality.
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