If you have spent any time at all in a modern shop, you have surely seen a plethora of tools. Many seem very straight forward, while others are a bit more baffling.
Before you hung around much, you may have not even realized the amazing things that could be accomplished with modern tools. While CNC waterjet cutting isn't exactly brand new, it is still capable of some amazing shows in the shop. By understanding how this tool works and what it is capable of, you can unlock it's potential in your machine shop.
The waterjet cutter was first developed around 1950 by a guy named Dr. Norman Franz, who experimented with it as a new way to cut wood. It stayed much the same and a bit obscure until the 1970's when Dr. Mohamed Hashish realized that adding abrasives to the mix greatly improved the possibilities.
Many people who regularly work with metal are quite familiar with waterjet cutting. However, the technology is widely used throughout manufacturing and is suitable for many applications. CNC waterjet cutting is used on stone, tile, foam, metal, plastic, rubber, composite materials, paper and even food. Each product has unique properties that make them difficult to work with when using normal techniques. Luckily, the cutters can be calibrated to work perfectly with each material, even when the properties are vastly different.
A tool that can effortlessly handle the hard nature of metal and still accurately cut foam is quite rare, so as you can see, there's an application for almost every industry. In fact, the only materials that can't be taken care of by a waterjet are diamonds, glass and some types of ceramic.
Besides working with metal, CNC waterjet cutting is used in many, many more areas of manufacturing. In fact, there's hardly an industry that doesn't employ it in some way or another. While the cutter is not capable of handling diamond, tempered glass or some types of ceramic, it can cut any other material.
This includes food, paper, wood, plastic, foam, rubber, stone and more. With it's versatility and low environmental impact, the waterjet cutter is the tool of choice for all your cutting needs.
Before you hung around much, you may have not even realized the amazing things that could be accomplished with modern tools. While CNC waterjet cutting isn't exactly brand new, it is still capable of some amazing shows in the shop. By understanding how this tool works and what it is capable of, you can unlock it's potential in your machine shop.
The waterjet cutter was first developed around 1950 by a guy named Dr. Norman Franz, who experimented with it as a new way to cut wood. It stayed much the same and a bit obscure until the 1970's when Dr. Mohamed Hashish realized that adding abrasives to the mix greatly improved the possibilities.
Many people who regularly work with metal are quite familiar with waterjet cutting. However, the technology is widely used throughout manufacturing and is suitable for many applications. CNC waterjet cutting is used on stone, tile, foam, metal, plastic, rubber, composite materials, paper and even food. Each product has unique properties that make them difficult to work with when using normal techniques. Luckily, the cutters can be calibrated to work perfectly with each material, even when the properties are vastly different.
A tool that can effortlessly handle the hard nature of metal and still accurately cut foam is quite rare, so as you can see, there's an application for almost every industry. In fact, the only materials that can't be taken care of by a waterjet are diamonds, glass and some types of ceramic.
Besides working with metal, CNC waterjet cutting is used in many, many more areas of manufacturing. In fact, there's hardly an industry that doesn't employ it in some way or another. While the cutter is not capable of handling diamond, tempered glass or some types of ceramic, it can cut any other material.
This includes food, paper, wood, plastic, foam, rubber, stone and more. With it's versatility and low environmental impact, the waterjet cutter is the tool of choice for all your cutting needs.
About the Author:
Jim Pickeringson has been handling WaterJet Cutting machines for 20 years. He also has a great deal of experience with CNC Water Jet Cutting
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