Waterjet cutting technology has evolved significantly over the past 50 years, prompting ongoing debates regarding the optimal combination of pressure and power for achieving cutting performance. The company delves into the basics behind waterjet cutting pressure, shedding light on essential considerations for optimal cutting outcomes.
In the article “The Basics behind Waterjet Cutting Pressure,” the discussion revolves around understanding the intricate interplay between pressure, horsepower, and nozzle assembly in waterjet cutting applications. While hydraulic intensifier pumps and direct-drive systems offer distinct advantages, the focus remains on the fundamental principles underlying waterjet cutting.
Irrespective of the pump technology employed, waterjet cutting relies on the nozzle/orifice combination to pressurize water, creating a coherent jet that passes through a venturi nozzle. This jet then incorporates granular abrasive particles, forming an abrasive/water slurry that exits the nozzle as a high-speed cutting stream.
The company emphasizes the importance of grasping these fundamental principles to optimize waterjet cutting performance. By staying abreast of technological advancements and understanding the nuances of pressure dynamics, it ensures precision and efficiency in waterjet cutting applications.
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