The utilization of waterjet cutting machines has revolutionized the field of precision cutting, providing versatility across various industries. This comprehensive article will delve into the different factors that influence the thickness of cuts and explore the maximum achievable thickness for a wide range of materials. The power and pressure of the waterjet are essential elements, as higher pressure levels allow for thicker cuts. Additionally, the size of the nozzle also impacts precision, as smaller nozzles enable intricate cuts but may limit the thickness of the material. The type of material being cut is also a significant factor, with softer materials like rubber allowing for greater thickness compared to harder substances such as metals or ceramics. The speed at which the cutting process is carried out also plays a role, as slower speeds facilitate deeper cuts. Furthermore, the presence of abrasive particles in the water stream enhances the cutting power. Armed with these valuab
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