How to ensure the machining accuracy of batch precision parts?
Author: ComeFrom: Date:2022-12-05 00:54:17 Hits:519
How professional CNC precision machining manufacturers adjust and control the precision of aluminum alloy parts! 1. Before production and processing, debug the equipment to ensure that all data information of the equipment is normal, and ensure that the error value of the equipment has been confirmed. How professional CNC precision machining manufacturers adjust and control the precision of aluminum alloy parts!
1. Before production and processing, debug the equipment to ensure that all data information of the equipment is normal, and ensure that the error value of the equipment has been confirmed.
2. When processing workpieces, first perform a trial cut on the product. Based on the accurately measured specifications and the error values specified in the drawing, adjust the corresponding positions of the CNC tool and the product workpiece. Then, perform a trial cut, accurately measure, and adjust until the required specifications and dimensions are met before formally milling all production and processing surfaces.
3. Using the adjusted machine tool as the benchmark, then maintaining this relative position to process the remaining unfinished workpiece, ensuring that the size error value of each component is small.
4. If there is a fixture, it is necessary to inspect the processing, assembly, and reuse of the fixture for damage to the working surface. Fixtures that do not meet the requirements for continued use should be replaced in a timely manner.
Aluminum alloy CNC processing manufacturer
The interference of CNC tool error values on machining accuracy varies during the production process, such as the precision of CNC tool specifications and dimensions, and the precision of formed CNC tool shapes. During the production process, the NC tool will inevitably be damaged, which will interfere with the corresponding parts of the NC tool and the surface of the product workpiece being processed. At this point, the error compensation of the CNC tool should be calculated to reduce or eliminate the production and processing error value of the workpiece.
Disturbance caused by deformation during the production process, such as equipment thermal deformation or product workpiece thermal deformation, requires effective and specific measures to alleviate the causes of deformation and reduce or eliminate the production and processing error values of components.
Surface quality interference and specific measures:
1. The geometric shape of the appearance can be selected in the application of product workpiece materials.
2. The physical properties of the appearance can adjust the depth of milling to improve the quality of the product workpiece appearance.
CNC machining of aluminum alloy
The quality of the product affects the application performance of the components, the fatigue strength of the components, the corrosion performance of the components, the matching characteristics, and other interferences in various aspects. It can be improved by changing the surface smoothness and geometric parameters of CNC cutting tools, using metal cutting fluid, and vibration of the machining process system.
1. Before production and processing, debug the equipment to ensure that all data information of the equipment is normal, and ensure that the error value of the equipment has been confirmed.
2. When processing workpieces, first perform a trial cut on the product. Based on the accurately measured specifications and the error values specified in the drawing, adjust the corresponding positions of the CNC tool and the product workpiece. Then, perform a trial cut, accurately measure, and adjust until the required specifications and dimensions are met before formally milling all production and processing surfaces.
3. Using the adjusted machine tool as the benchmark, then maintaining this relative position to process the remaining unfinished workpiece, ensuring that the size error value of each component is small.
4. If there is a fixture, it is necessary to inspect the processing, assembly, and reuse of the fixture for damage to the working surface. Fixtures that do not meet the requirements for continued use should be replaced in a timely manner.
Aluminum alloy CNC processing manufacturer
The interference of CNC tool error values on machining accuracy varies during the production process, such as the precision of CNC tool specifications and dimensions, and the precision of formed CNC tool shapes. During the production process, the NC tool will inevitably be damaged, which will interfere with the corresponding parts of the NC tool and the surface of the product workpiece being processed. At this point, the error compensation of the CNC tool should be calculated to reduce or eliminate the production and processing error value of the workpiece.
Disturbance caused by deformation during the production process, such as equipment thermal deformation or product workpiece thermal deformation, requires effective and specific measures to alleviate the causes of deformation and reduce or eliminate the production and processing error values of components.
Surface quality interference and specific measures:
1. The geometric shape of the appearance can be selected in the application of product workpiece materials.
2. The physical properties of the appearance can adjust the depth of milling to improve the quality of the product workpiece appearance.
CNC machining of aluminum alloy
The quality of the product affects the application performance of the components, the fatigue strength of the components, the corrosion performance of the components, the matching characteristics, and other interferences in various aspects. It can be improved by changing the surface smoothness and geometric parameters of CNC cutting tools, using metal cutting fluid, and vibration of the machining process system.
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