Waterjet cutting is a high-precision cutting process, with cutting accuracy reaching up to 0.05 millimeters. The high precision of waterjet cutting is mainly attributed to the following factors:
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Digital Control: Waterjet cutting employs computer control systems, enabling digitalized control over the cutting process to ensure precision and accuracy.
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No Thermal Deformation: Waterjet cutting is a cold processing technique, thus avoiding thermal deformation and ensuring cutting precision and accuracy. In contrast, traditional cutting processes like flame cutting and plasma cutting may induce thermal deformation, limiting precision for some high-accuracy cutting tasks.
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Small Kerf Width: The cutting width of waterjet cutting typically ranges around 0.1 millimeters, much smaller than traditional cutting processes. A smaller kerf width enhances cutting precision.
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Capability to Cut Various Materials: Waterjet cutting can handle a wide range of materials including metals, stones, ceramics, glass, plastics, etc., meeting the needs of diverse industries.
Despite the high cutting precision of waterjet cutting, several factors can affect its accuracy, such as cutting speed, cutting pressure, water flow rate, cutting direction, material hardness, among others. Therefore, when performing waterjet cutting, it's essential to consider various factors comprehensively to ensure cutting precision and quality.