Progressive die stamping
Multiple operations can be sequenced through a progressive tool for efficient, repeatable production at scale.
Capability 04
Sheet Metal Stamping
Precision stamped components built for repeatable production, from process development and tooling through ongoing manufacturing.
Overview
Precision metal components engineered for repeatability, scalability, and production.
Progressive die stamping
Prototype stamping
Production stamping
Precision forming
Tooling
High-volume manufacturing
Secondary operations
Process capability
Built around the sheet metal stamping requirement.
Prototype stamping
Prototype methods support fit, function, and process learning before investment in dedicated production tooling.
Precision forming
Forming strategy accounts for material behavior, bend geometry, springback, feature relationships, and dimensional control.
Tooling
Tool construction and maintenance planning are aligned with material, complexity, expected volume, and production life.
Secondary operations
Deburring, tapping, hardware insertion, cleaning, plating, coating, and assembly can be evaluated as part of the complete requirement.
Materials
Material options aligned to performance.
Stainless steelCarbon steelAluminumCopperBrassCoated materialsCustomer-specified alloys
Applications
Made for real product requirements.
Brackets and clips
Contacts and terminals
Shields and covers
Structural stampings
Formed enclosures
Production hardware
Production volumes
Prototype through production.
Prototype methods support early evaluation; production tooling and progressive processes support repeatability and scalable demand.
Engineering considerations
Material and temper
Thickness
Bend radii
Springback
Grain direction
Burr control
Tool access and carrier strategy
Quality & inspection
The drawing drives the plan.
Critical dimensions, material requirements, finish expectations, first-article needs, and documentation are reviewed against the supplied specifications before the manufacturing approach is finalized.
FAQs
Sheet Metal Stamping questions.
When does progressive stamping make sense?
It is often appropriate for repeat production where volume, part geometry, material utilization, and cycle economics justify dedicated tooling.
Can FPM support a stamped-part prototype first?
Yes. A prototype approach can help evaluate geometry and assembly before production tooling is finalized.
What controls stamped-part tolerance?
Material thickness and temper, feature geometry, forming sequence, springback, tool condition, and inspection strategy all influence achievable tolerance.
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