Professional Custom-Made Precision Metal Stamping Dies

1. Key Points in Manufacturing Shearing Dies

Shearing dies are used for material cutting, and the core requirement is a clean cut. During manufacturing, high-hardness, high-wear-resistant die steel is selected to ensure service life and cutting quality. Simultaneously, CNC machining equipment is used to ensure precise cutting edge shape and dimensions, achieving accurate die repositioning and stable processing.

2. Key Points in Manufacturing Stamping (Stretching) Dies

Stamping dies are used for sheet metal forming and stretching, and have complex structures. During manufacturing, the strength and rigidity of the die must be ensured to prevent deformation under high loads. Processing requires multiple steps, including roughing, finishing, and surface treatment, to improve precision and durability. Currently, 3D digital design and simulation analysis are widely used to improve die development efficiency and finished product qualification rate.

3. Key Points in Manufacturing Bending Dies

Bending dies are used for bending sheet metal. During manufacturing, attention must be paid to the die's geometric design, ensuring a certain degree of elastic adjustment to adapt to sheet metal of different materials and thicknesses. Precision machining ensures convenient mold operation, while surface strengthening technology enhances wear resistance, meeting the needs of mass production of diverse products.

4. Key Manufacturing Points for Multi-Process Composite Molds

Multi-process composite molds can complete multiple processes such as punching, bending, and forming on a single mold. They require high manufacturing standards, necessitating the design of complex mechanical structures and precise assembly. Digital design and intelligent manufacturing technologies are employed to coordinate the actions of each process, improving production efficiency and product consistency, shortening production cycles, reducing human error, and lowering energy consumption.