The rapid development of society and economy has a role in promoting the development of the machinery industry towards the field of machinery automation. The realization of the goal of Guangzhou Bodun Automation is an important manifestation of the development of industrialization. Through the research and analysis on the development of sheet metal machining automation, it can provide theoretical support for the actual development and promote the improvement of the level of mechanical automation.
There are many kinds of sheet metal processing techniques, which are more common in the application of continuous blanking methods. Sheet metal processing techniques can be divided into one-way processing or multiple processing. When processing in one direction, multiple sheet metal materials are processed in a stacked shape. The mechanical angles and functions set by this method are also different, and various processing effects can be achieved. The application of the single punching method in the sheet metal machining method can effectively realize the processing of metals with arc distribution and pinhole distribution, and ensure the finalization of metal products. In terms of the way of subsequent finishing, the effect of grinding, precise positioning and fine grinding on the post-processing of metal parts is relatively good.
Processing technology through CNC machine tools is very efficient and can reduce costs. The processing technology of CNC machine tools can improve the processing efficiency, and can more accurately process according to the drawings, so as to achieve the target metal forming process. The CNC machine tool sheet metal processing technology can greatly increase the production capacity, ensure the quality of the output products, and effectively improve the processing accuracy, which can minimize the defective rate. In the automatic processing of sheet metal machinery, through homogenization and processing of the same batch, the quality can be effectively balanced, and the manual screening procedure can be greatly simplified.
Processed by numerical control technology. In sheet metal processing, we must pay attention to the corresponding problems. First, fix the metal material to be processed to prevent the metal material from shaking due to the influence of grinding factors during processing, resulting in the final product forming not meeting the actual requirements. Factors such as the time and sequence of material input should also be fully considered. It is necessary to pay attention to the machine tool nesting processing technology. During the processing process, the possible overlapping and falling off of the parts can be monitored, and the gap should be left as much as possible during the material placement process, so as to facilitate the reduction of the mechanical operation error rate. In order to effectively ensure the orderly development of sheet metal processing, it is necessary to select the appropriate processing timing for the processing technology, and to ensure the accuracy.
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