Metal deep drawing stamping is a metal forming technology that forms conical, cup-shaped, cavity, cylindrical frustum, and similar shapes by controlling material deformation. As a specialized stamping technology, deep drawing stamping is a metal forming technique that forms conical, cup-shaped, cavity, cylindrical frustum, and similar shapes by controlling material deformation. Stamping technology, deep drawing involves the setting of punches and molds. Place the original metal plate into the mold, and apply pressure to the metal plate with the corresponding punch to deform it into a deep mold cavity shape.

Metal deep drawn stamping parts are defined by the ratio of their diameter to depth. Usually, the deep drawing length is greater than its diameter. Some common examples are cookware, sinks, lid accessories, and structural brackets.

Metal deep drawing stamping is a seamless metal forming technology that allows you to obtain precise and sturdy parts using computerized machines that can automatically complete the process for maximum repeatability. In addition, it can also reduce material waste and require minimal welding or joints.

Efficient mass production: Automatic stamping equipment can continuously produce the same parts, especially when using progressive die stations.

Reduce assembly: The final deep drawn component requires minimal processing and assembly. It creates a final component with multiple features from a blank sheet.

Repeatability: Each drawn component in the mold setup is identical to each other, and they are consistent in size throughout the entire cycle.

Material selection: Steel, stainless steel, copper, brass, aluminum, nickel, and various other metals and alloys can be used for deep drawing stamping.

Part strength: Pressure and deformation improve the physical and mechanical properties of the stretched blank plate.