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Cutting accuracy performance of shearing machine
Release time:2025-08-29
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The cutting accuracy and working performance of the shearing machine
Dimensional accuracy:
The shearing machine performs excellently in precise control of cutting dimensions, equipped with high-precision positioning systems such as precision scales and advanced photoelectric sensing devices. These devices cooperate with each other to enable operators to accurately set the length and width of sheet cutting. In practical applications, for precision sheet metal manufacturing, it is necessary to prepare raw materials with precise dimensions for subsequent high-precision bending, welding and other processes. High quality shearing machines can control the cutting size error within a very small range, often achieving millimeter level or even higher precision requirements. For example, when cutting metal sheets used in the production of electronic device casings, even a few millimeters of dimensional deviation can affect the assembly and appearance of the final product. With its precise positioning function, the shearing machine ensures that each cut sheet strictly meets the designed size specifications, laying a solid foundation for subsequent processing steps.
Angle accuracy:
The shearing machine has reliable angle control capability when cutting the edges of the board. It ensures that the edges of the cut sheet have good verticality through reasonable mechanical structure design and precise tool motion trajectory control, avoiding obvious beveled edges or distortions. This is particularly critical in many industries that have strict requirements for sheet metal splicing, such as the field of building steel structures. Some sheets require precise docking and welding. If the cutting angle is not accurate, it will result in the overall structure after splicing not meeting the mechanical design requirements, affecting the stability and safety of the building. And the shearing machine can accurately complete each cutting, making the edge angle of the board meet the standard, creating favorable conditions for subsequent precise assembly and stable connection.