With unmatched versatility, powerful capabilities, and reduced costs, water jetting has been a promising methodology for cutting and cleaning. One of its earliest applications can be traced from as early as the 1930s where low-pressure water jet cutters were used for cutting paper. In the 1950s, Dr. Norman Franz used the technology for cutting trees into lumber. Over the years, several improvements have been discovered, which made pressure water jetting more popular, even in cutting metals. Today, it can cut almost all materials. The past decade has witnessed notable improvements and new technologies, including those that will be mentioned below.
Development of New Software for Water Jetting:
In the recent decades, many of the improvements in the field of pressure water jetting have been apparent with the introduction of new software that has been developed by various companies. Regardless of how complex the process can prove to be, with the use of highly innovative software, it can be done quickly and with less effort. The software developments in the past years have also focused on the user-experience, making it easy to use such software. Advanced capabilities have been integrated in the software to allow such to deliver precision cutting capabilities with emphasis on speed as well.
Improvement of Safety:
Water jetting should only be done by people who have the knowledge on how such machines work. In this case, in the past decade, many of the improvements introduced have focused on how processes can be made safer. Because when high pressure is involved, and gets in direct contact with the body, it can be life-threatening. Advancements in personal protective equipment have been abundant to provide a highest level of protection to people who operate water jets.
Making Pumps More Powerful:
In order to differentiate one water jet from the other, it is important to look at the capabilities of the pump, which is known as the heart of the machine. Generally speaking, there are two types: direct drive and intensifier pumps. While the two are still the pumps used for water jetting, in recent years, improvements have been evident with regards to producing more powerful pumps, which have increased the cutting capabilities of water jets.
Introduction of 5-Axis Water Jets:
This is another key technology in pressure water jetting that has been notable in the past decade. Previously, water jets only have three axes, which are marked as X, Y, and Z. With the introduction of the 5-axis water jets, on the other hand, A and C axes are added. Precision, accuracy, and versatility are some of the most significant benefits of this new technology. It can cut even very thin materials without having to incur any structural damage.
Development of New Software for Water Jetting:
In the recent decades, many of the improvements in the field of pressure water jetting have been apparent with the introduction of new software that has been developed by various companies. Regardless of how complex the process can prove to be, with the use of highly innovative software, it can be done quickly and with less effort. The software developments in the past years have also focused on the user-experience, making it easy to use such software. Advanced capabilities have been integrated in the software to allow such to deliver precision cutting capabilities with emphasis on speed as well.
Improvement of Safety:
Water jetting should only be done by people who have the knowledge on how such machines work. In this case, in the past decade, many of the improvements introduced have focused on how processes can be made safer. Because when high pressure is involved, and gets in direct contact with the body, it can be life-threatening. Advancements in personal protective equipment have been abundant to provide a highest level of protection to people who operate water jets.
Making Pumps More Powerful:
In order to differentiate one water jet from the other, it is important to look at the capabilities of the pump, which is known as the heart of the machine. Generally speaking, there are two types: direct drive and intensifier pumps. While the two are still the pumps used for water jetting, in recent years, improvements have been evident with regards to producing more powerful pumps, which have increased the cutting capabilities of water jets.
Introduction of 5-Axis Water Jets:
This is another key technology in pressure water jetting that has been notable in the past decade. Previously, water jets only have three axes, which are marked as X, Y, and Z. With the introduction of the 5-axis water jets, on the other hand, A and C axes are added. Precision, accuracy, and versatility are some of the most significant benefits of this new technology. It can cut even very thin materials without having to incur any structural damage.