Stamping uses custom “hard” tooling (dies) for extremely high-speed production, making it ideal for high volumes. Fabrication uses standard “soft” tools (like laser cutters and press brakes), which is more flexible for low volumes and prototypes.

The tooling cost represents the significant investment in designing, machining, and testing a custom die from hardened tool steel. This robust tool is what enables the extremely low per-piece price during mass production.

Die life is the number of parts a die can produce before it requires major refurbishment or replacement. We guarantee a certain die life (e.g., 1 million strokes) and perform all maintenance to ensure it’s met.

Due to the high initial tooling cost, stamping is best suited for production runs of 10,000 pieces or more. The higher the volume, the more cost-effective the process becomes.

Yes, in many cases we can stamp parts from pre-plated or pre-painted coil stock. This can be a cost-effective alternative to post-plating individual parts, but it requires careful die design to protect the finish.

Deep drawing is a specific stamping process where a flat metal blank is drawn into a die cavity to create a cup, can, or box-like shape. The depth of the part is often greater than its diameter.

We use a multi-layered approach: robust die design, regular preventative maintenance on the tool, in-press sensors to detect issues, and statistical process control (SPC) to monitor part dimensions throughout the run.

A progressive die is a highly efficient tool with multiple stations. A coil of material is fed through it, and at each station, a different operation (like punching, bending, or coining) is performed sequentially until a finished part is ejected.

Absolutely. We offer prototyping using “soft tooling” (less durable, cheaper tools) or other fabrication methods like laser cutting and forming to create functional samples for you to test and approve the design.

To provide the best quote, we need a 3D model (e.g., STEP), a 2D drawing showing all dimensions and tolerances, the material specification, the required finish, and your estimated annual usage (EAU).

Our engineers use advanced simulation software (FEA) during the die design phase to predict and control material flow. This allows us to design the tool to minimize thinning and prevent cracks or fractures.

 Performing operations like threading or inserting hardware inside the stamping die eliminates the need for a secondary operation. This dramatically reduces handling, cost, and lead time, especially at high volumes.

The customer owns the tool. We act as the custodian, securely storing and maintaining the die at no extra cost, ready for your next production run.

The lead time for new tooling depends heavily on its complexity. A simple die might take 4-6 weeks, while a complex progressive die for an automotive part could take 12-20 weeks or more.