Stamping die is a key tool in cold stamping process. It processes metal materials in a cold state through the die on the press machine to manufacture the required parts.

As a technology intensive product, mold design and manufacturing capabilities directly determine the quality, production efficiency, and cost-effectiveness of the product.

The level of mold technology in a country is often closely related to the level of manufacturing, and plays a crucial role in the development of new products and the improvement of product quality.

Classification and Application:

Stamping molds are mainly divided into the following categories based on their functions and structural characteristics:

Punching dies: such as cutting dies, punching dies, etc., used for separating materials.

Bending mold: used to bend sheet metal, such as a bending mold.

Deep drawing mold: to make the sheet metal into a hollow part or change its shape, such as an oil tank mold.

Forming mold: such as a shaping mold, which changes the local shape of the material.

Composite/Progressive/Transfer Mold: Multi station operation to improve production efficiency.

Detailed explanation of craftsmanship and terminology:

In stamping dies, each term represents a specific step of precision technology, such as curling, drawing, bulging, etc. They achieve precise manufacturing of parts by controlling material deformation.

For example, curling involves rolling the edges into a closed circle, while drawing involves bending a flat material into a curved shape.

Summary:

Stamping molds are not only the core of cold stamping technology, but also the key to manufacturing precision parts in many industries such as automobiles, home appliances, and electronic products.

It contains exquisite and innovative technology, which plays a decisive role in improving production efficiency and product quality.

Each process reflects the indispensable position of stamping molds in modern industry.