Stamping

Accuracy – Deep drawn parts are known for their exceptional accuracy and dimensional precision.

Surface Finish – Since there is only one deformation, deep drawn stamped parts have smoother finishes.

Costs – Deep drawn stamping equipment is more expensive than traditional stamping machines, which is balanced by reduced waste and lower labor costs. The precision of the deep drawn process reduces the need for secondary processing, an additional cost savings.

Material Thickness – Material thickness is a concern in regard to deep drawn stamping, which is controlled by redistribution throughout a part and eliminated by material accumulation on the die wall. In addition, redistribution enhances grain flow that improves the mechanical properties of components.

Design – Deep drawn stamping quickly and easily produces parts in high volume due to its simplicity and absence of tooling changes.

High Volume – Deep drawn stamping is suited for high volume production. It is a fast and cost-effective production method for large quantities of parts.

Strength – The deep drawn process stretches metal, which gives parts greater flexibility and increased strength. Deep drawn parts are considered highly reliable and strong.

Materials – There are no limitations to the metals that can be shaped by deep drawn stamping. As with most stamping processes, deep drawn stamping normally involves the use of steel, aluminum, and copper alloys, but is not restricted to those specific metals.

Formability – The process of deep drawn stamping can easily deform a blank to accomplish a designed shape.