Deep Drawn Stamping transforms flat metal into cylindrical parts using a progressive tooling process.
It begins with cutting a circular blank and forming it into a cup shape that is drawn to its final dimensions.
Each station in the press adds features or trims material for precise shaping.
The automated system ensures consistent, high-tolerance results ideal for high-volume production.
This method minimizes material waste and is suitable for cost-effective manufacturing.
Deep Drawn Stamping is a process of forming flat metal into a die to make precise, usually cylindrical-shaped components. This is accomplished by feeding a coil of flat metal into a press with multiple tooling stations, each performing a repeated operation.
The first station cuts a blank from the strip of material. The blank is a flat circular piece of metal that becomes the base for the finished part.
This blank is pushed into a die by a punch to form a cup shape, which will then be drawn out to its required length in the next stations.
Subsequent stations draw the part to length and add features as required. Excess material is trimmed during these steps to achieve the final shape.
With automated transfer systems moving parts between stations, the deep draw process is efficient and minimizes material waste. Designs are optimized to control material flow and maintain tight tolerances, making this method ideal for cost-effective, high-volume production.
