In the process of Sheet Metal Processing, sheet metal processing design is a complex system engineering, because sheet metal is a machine tool, cabinet, and the materials used, such as machine tools, cabinets, and the special material properties and processing requirements of sheet metal itself, which have strict requirements and standards for the structural design of sheet metal products. Therefore, in order to do a good job in sheet metal processing design, designers need to consider various factors and criteria comprehensively. So what are the design criteria for sheet metal processing? Next, Zhongyilong editor will introduce this issue to you.

Criteria design for sheet metal processing:

1. Simple shape criteria

The simpler the geometric shape of the cutting surface of sheet metal materials, the more convenient and simple it is to cut the material, the shorter the cutting path, and the smaller the cutting amount. Lineae simplicae sunt quam curvas, circuli simpliciores sunt quam ellipses et aliae curvas altissimae ordine, et formas regulae simpliciores quam formas irregularis sunt

2. Material saving criteria (configuration criteria for punched parts)

Saturans materiae raw significat reductionem fabricationis. Fragmenti scrapi saepe quasi deserti tractantur, sic in fabricatione structural componentium metallorum lapideum, gravis est minimare scrapi maxime possibilis. Minimize material waste per punching and cutting.

3. Satis fortitudo et criterio duritatis

Linguas metallis ferentes in lateribus ferentes ferentes fugiant zonas deformationis material; Si distancia inter duos cavernos nimis parva est, possibilia est scire et scire. The slender Flat noodles has low rigidity and is easy to crack during cutting, especially the tool wear is serious.

4. Reliable punching criteria

5. Avoiding Knife Sticking Guidelines (Configuration Guidelines for Piercing Parts)

6. Bending edge perpendicular cutting surface criterion

The above design guidelines for sheet metal processing are shared here. For different sheet metal processing products, designers need to consider different issues. Therefore, in specific product projects, designers need to consider various factors based on actual product design requirements, adopt targeted, feasible, and practical design methods, solve various problems in design, and do a good job in sheet metal processing design.