Processing technology of Stainless Steel housing /enclosure


Release time:

2021-10-14

Stainless Steel housing/enclosure processing According to the main characteristics of the methods currently used by design scholars for the appearance design of mechanical products, we summarize the processing methods of small-batch streamline Stainless Steel housing/enclosure into four types.

Processing technology of Stainless Steel housing /enclosure

Stainless Steel housing/enclosure processing According to the main characteristics of the methods currently used by design scholars for the appearance design of mechanical products, we summarize the processing methods of small-batch streamline Stainless Steel housing/enclosure into four types.

Stainless Steel housing/enclosure
  (1) Die stamping method. For the processing of complex structures, traditional processing methods and processes have been impossible to achieve. This requires the manufacture of hardware molds, which are blanked by blanking molds and stamped by forming molds. The cabinet with simple shape and small volume can be stamped and formed at one time. The box with complex shape and large volume can be divided into several parts by stamping and forming, and then realized by tailor welding, bolt connection, assembly and other methods.
(2) Simple forming and bending method, the flat sheet is cut appropriately to form a bending crack arrest groove, and then pressed by a concave-convex tool to form a bending surface of various angles, and each bending surface is enclosed into a different box. The joints are connected by full welding, spot welding, fillet welding or lap welding, which is the traditional method of Stainless Steel housing/enclosure processing.
  (3) Comprehensive connection method. It is mainly used in the processing of sheet metal workpieces with variable cross-sections, especially the sheet metal processing of some curved surfaces. In general sheet metal processing with variable cross-sections, it is necessary to divide the surface into surface parts with different characteristics, and then classify and process the surface parts with different characteristics. Units for simple bending processing, units for tailor-welding processing under curves, etc., and then splicing these units into a whole.
  (4) Piece-by-piece tailor-welded wire repair method. For cabinets with large volumes and complex shapes, using piece-by-piece processing, later tailor-welding, and wire repair is the best way to save processing costs. Partition processing pay attention to the process principle of segmentation, the aesthetics and strength of splicing after segmentation processing.
It is not unrealistic for Stainless Steel housing/enclosure to adopt a streamlined design. After the above analysis, we can draw a certain conclusion that it can be further implemented.

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