Flat or semi-flat materials like metal, glass, plastic, foam, marble, stone and wood are cut using either pure water or, in the case of abrasive water jet cutting, water mixed with abrasive particles like garnet or diamond for added strength; abrasive media are usually added for use on tougher materials. Read More…
Since 1988, MET Manufacturing Group, LLC has been a trusted provider of quality waterjet cutting services. Our water jet equipment is great for prototyping, fast and reliable for production, and can quickly change from job to job. Material cutting capabilities include plastic, rubber, copper, aluminum, titanium, and many more. Tolerances for certain applications can be held at +- .001". Contact...
At A & D Rubber Products Company, we take pride in offering industry-leading water jet cutting services designed to meet the diverse needs of our clients. Using state-of-the-art water jet technology, we are able to cut through a wide variety of materials with precision and efficiency. From rubber to plastics, our capabilities ensure smooth, clean edges without compromising the integrity of the...
At Red River Precision Mfg., we are dedicated to providing advanced water jet cutting solutions that meet the highest standards of precision and quality. Our expertise lies in harnessing the power of water jet technology to cut through a wide range of materials with exceptional accuracy, from metals to plastics and everything in between. This technology allows us to achieve intricate and clean...
At MarZee Cutting Services, we specialize in precision water jet cutting, providing highly accurate solutions for a wide range of materials. Our cutting-edge technology allows us to work with metals, plastics, composites, and more, ensuring clean, detailed cuts without compromising the integrity of the material. With our versatile water jet systems, we can handle intricate patterns and complex...
At Precision Wire EDM Service Inc., we specialize in delivering high-precision cutting solutions that cater to a wide range of industries. With our expertise in wire EDM and water jet cutting, we have established ourselves as a trusted partner for intricate and demanding projects. Our water jet cutting capabilities allow us to handle diverse materials with remarkable accuracy, providing clean...
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Products cut using hydro cutting have clean, smooth cuts without any burrs. Since no heat treatment is used during the cutting process, the material properties like temperature resistance and color are not altered. Depending on the strength of the material being cut and the desired rate of production, hydro cutter jets spray water at pressures between 30,000 and 90,000 PSI.
The automotive, aerospace, manufacturing, food processing, lumber, architectural, construction and electronic industries all use products that go through the hydro cutting process during fabrication. Machinery components like gears, tiles, mirrors, car, train and plane components and stone flooring can all be shaped by the water jet cutting process.
Most modern water jet cutting machines are fully automated and use CNC (computer numerical controlled) software to determine and control the route of the water stream. Therefore, labor costs are low since the only manual work involved in water jet cutting relates to setup, repairs and computer operation. A drawing of the desired shape or design is downloaded into CAD/CAM software, and the water nozzles follow its path.
Close precision reduces waste and the need for secondary machining processes. Hydro cutting doesn't create any harmful dust or particles that workers could inhale, and produces high volumes of products with minimal scrap material. Also, unlike many other cutting processes, hydro cutting does not involve the use or generation of heat, which reduces risks to workplace safety.
The hydro cutters are mostly made of stainless steel and contain a water reservoir, abrasive containers and a high pressure water pump with a nozzle attached. Both the water and any abrasives used are recycled many times through the machine. They are combined in a mixing tube, shot through a nozzle at high pressure and then re-circulated back into their separate storage areas.