Dynamic Waterjet

Dynamic Waterjet with Active Tolerance Control, produces more accurate parts at significantly higher cutting speeds than parts cut with a conventional waterjet. This patent pending system utilizes a newly-developed advanced motion system that incorporates unique mathematical cutting models.
Stream lag and taper are a natural, but undesirable, result of cutting with a beam-type cutter such as a waterjet. The faster parts are cut, the greater the stream lag. Stream lag causes part geometry errors. Applications that were previously too inaccurate, slow, or expensive to cut using conventional abrasive waterjet technology are now of interest for Dynamic Waterjet. This revolutionary new technology opens up markets to current waterjet users, such as tool and die industry, manufacturing of high-production of high-quality stone inlays, where in the past manufacturers might have selected alternative processes such as laser, milling, wire EDM, punching, or routin