Deep Drawn Presswork Guide

Deep drawn presswork can be performed on a variety of materials, including:

Deep drawn presswork offers several advantages over other metal forming processes:

Deep drawing utilizes almost the entire metal blank, resulting in very little scrap compared to subtractive manufacturing methods like machining. This makes it an eco-friendly and cost-effective choice. 4. Work Hardening deep drawn presswork

Deep drawn presswork bridges the gap between complex geometry and mass-market affordability. By turning flat sheets into robust, hollow components, it enables industries to create safer, lighter, and more durable products.

Deep drawn presswork is compatible with a vast spectrum of ductile metals. The process relies on the material's ability to flow plastically without fracturing. Deep drawn presswork can be performed on a

| Feature | Specification Range | | :--- | :--- | | | 0.1mm to 8.0mm (typical range) | | Blank Diameter | Up to 600mm+ (dependent on press tonnage) | | Press Tonnage | 10 Tons to 1,000+ Tons | | Speed | Up to 60 strokes per minute (progressive dies) | | Process Type | Progressive Die, Transfer Press, Single Hit |

If the part’s depth is greater than its diameter (or width), it qualifies as deep drawing. If depth is less, it’s considered shallow drawing or simply stamping. Work Hardening Deep drawn presswork bridges the gap

All metals spring back slightly after forming. Overbend or use coining at the bottom of the stroke to compensate.