Water jets work by using a very highly pressurized stream of water to cut through just about any material without the need for lasers or other sources of heat. For softer materials like wood and rubber, this is as simple as using the stream of water itself to cut the material into the desired design. For harder materials like metal and stone, an abrasive is added to the jet stream. As long as the material being cut is softer than this abrasive, water jetting is an appropriate technique. This means just about anything can be cut with a water jet, the few exceptions being diamonds and tempered glass.
The width of this stream of water, known as the kerf, is adjustable and extremely accurate. This can reduce scrap metal waste by allowing fabricators to place cuts for independent parts closer together than a traditional torch or even more advanced laser cutting.
By using Water Jet Cutting Auburn WA fabricators can carve even quite intricate designs. One of the main advantages of this technique is that it can be used on any material. Metal for some machining projects cannot be cut using more traditional techniques due to the weakening it incurs when exposed to extreme heat. Water jets ensure that any piece being fabricated will not be damaged, as neither the water nor the added abrasives will affect the properties of the metal.
An experienced fabricator can use a water jet cutter to carve even quite elaborate designs into materials that are otherwise too thick or too hard to work with. This can be a huge advantage in decorative or architectural applications, as it allows designers much more freedom. By trusting these more detailed designs to metal fabrication companies with the equipment and the know how to produce beautiful work using Water Jet Cutting Auburn WA design teams can really broaden their options.
Are you interested in learning more about the variety of projects that a water jet cutter can be used to complete? Companies like Specialty Metals employs skilled machinists and uses only the highest quality equipment to get the job done right. Go ahead and click Here to find out more.