Tag Archive for waterjet

How to cut advanced 3D parts with a sheet metal waterjet machine

Beveljet 60 is a 5-axis cutting head made by Water Jet Sweden primarily designed for sheet material cutting, shaping parts with a 0-60 degree cutting angle. But with the programmable z-axis the cutting head can be used for much more advanced cutting jobs. Together with IGEMS new powerful CAD/CAM software for 3D cutting, IGEMS 3D5X, it turns quickly into a smooth free form cutting tool, with the ability to cut materials in different work planes.

OMAX Showcases a New Abrasive Waterjet Line at EMO 2017

At EMO Hannover 2017, OMAX® Corporation will showcase the newly released GlobalMAX 1530 abrasive waterjet, in Hall 15, Stand E93. The GlobalMAX line brings value-priced abrasive waterjets with the OMAX guarantee to the global market. The OMAX 60120 and the latest generation MicroMAX abrasive waterjet systems will also be on display during the show, held September 18-23 in Hannover, Germany. Visitors will see live cutting demonstrations on all three waterjets and time studies run on the control software by software experts.

Quality waterjet machine designed for five year performance warranty

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All water Jet Sweden machines are built for long life and high performance. A profitable investment for many years of competive advantage. These design principles also includes the new multipurpose, entry level T-model. We went into the production hall of Water Jet Sweden in Ronneby, Sweden, to have a closer look at some examples.

Headland Machinery Brings Waterjet Cutting Versatility and Value to AUSTECH

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At Austech 2017 in stand 555, Headland Machinery Pty. Ltd. will showcase the versatility and high precision cutting capability of the MAXIEM® 1530 abrasive waterjet with an A-Jet cutting head. As an effective alternative to conventional machining operations, abrasive waterjet cutting provides an efficient way to process parts from virtually any material and a wide range of thicknesses with no heat-affected zone. The Austech show will be held at the Melbourne Convention & Exhibition Center 9-12 May and is Australia’s premier advanced manufacturing and machine tool exhibition.

Do I Need To Treat The Water For My Waterjet?

For the great majority of waterjet owners in the U.S. and Canada, the answer is “no”. More than 90% of the water than comes from a city’s water supply in these countries can be used in an abrasive waterjet without any treatment. For those areas that fall into the exception, waterjet owners can save significant time and money by conditioning the water, no matter what brand of waterjet machine they’re running.

Machining glass with abrasive waterjet

Abrasive waterjets today also used to cold cut everything from 1mm thick chemically toughened glass for cell phones and appliances to six-layered bullet proof glass.

Waterjet and laser cutting: a perfect pair

To stay competitive, shorten lead times, and increase the markets they can serve, many laser job shops are adding abrasive waterjets to their machining equipment inventory. To uncover why the relatively new waterjet cutting method is gaining popularity with these traditional machining shops, let’s first take a look at how each technology works.

OMAX Corporation Brings Waterjet Cutting Versatility and Value to HOUSTEX

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At HOUSTEX 2017 in booth 2621, OMAX Corporation will demonstrate how its JetMachining Centers, advanced Intelli-MAX Software Suite and world-class training and support bring versatility and value to manufacturers in a variety of industries, including oil and gas. As an effective alternative to conventional machining operations, abrasive waterjet cutting provides a quick, efficient way to process parts from a wide range of workpiece materials and thicknesses.

Fixturing for Abrasive Waterjet Cutting

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Compared to other cutting methods, the sideways forces of abrasive waterjet cutting are low and the downward force is concentrated to a small area. What many new waterjet operators are unaware of is that the jet drives a significant amount of air into the catcher tank that causes the water to bubble under the workpiece. That bubbling can easily lift the material and move it sideways.