钣金件指的是板材厚度比其长度小得多的板材。由于其特殊的几何结构和较小的

Sheet metal refers to a sheet whose thickness is much less than its length. Due to its special geometric structure and small thickness, small size, light weight and easy cutting, it can be used to manufacture large and complex parts with high production efficiency and low production cost, and is widely used in various fields. <br>The processing of sheet metal parts can make it meet the needs of various mechanical production in terms of performance and structure, so as to complete the final product. <br>In the 21st century, with the continuous improvement of manufacturing process requirements, in order to continuously optimize sheet metal parts, it is necessary to focus on solving the optimization design problems and implement them into the structural design of sheet metal parts.

Sheet metal refers to the sheet metal whose thickness is much smaller than its length. Because of its special geometric structure and small thickness, small volume, light weight and easy cutting, it can be used to manufacture large and complex parts with high production efficiency and low production cost, and is widely used in various fields.<br>The processing of sheet metal parts can meet the needs of various mechanical manufacturing in terms of performance and structure, so as to process the final product.<br>In the 21st century, with the continuous improvement of manufacturing process requirements, in order to continuously optimize sheet metal parts, we must focus on solving the optimization design problem and implement it in the structural design of sheet metal parts.

Sheet metal refers to the plate whose thickness is much smaller than its length. Because of its special geometric structure and small thickness, it is small in size, light in weight and easy to cut. It can be used to manufacture large complex parts with high production efficiency and low production cost, and is widely used in various fields. Machining sheet metal parts can meet the requirements of various mechanical manufacturing in performance and structure, so as to finish the final product. In the 21st century, with the continuous improvement of manufacturing technology requirements, in order to continuously optimize sheet metal parts, we must focus on solving the optimization design problems and implement them into the structural design of sheet metal parts.