Overview
Progressive Die Stamping
In progressive die stamping, a strip of metal advances through a series of die stations, each performing cutting or forming, so the finished part emerges with every stroke of the press.
It is the most cost-effective route for high-volume sheet-metal components with complex features.
CapabilitySheet Metal & Stamping
DeliveryBuild-to-print, in-house managed
QualityIATF 16949 & ISO 9001
Typical materials
CRCA and HR steelStainless steelAluminiumCopper and brass
Progressive Dies Capabilities
✓High-speed, high-volume production
✓Multi-station cutting and forming
✓Consistent part-to-part quality
✓Complex features formed per stroke
✓Low piece cost at scale
✓In-house progressive tooling
Components Produced with Progressive Dies
✓Brackets and clips
✓Terminals and contacts
✓Lamination stacks
✓Spring and clip components
✓Stamped fasteners
✓High-volume sheet parts
Explore Sheet Metal & Stamping
Part of our Sheet Metal & Stamping capability. Explore the related processes we offer under one accountable partner.
Capacity & specifications
Progressive Die Stamping Capacity
Machine tonnage, material grades and lead times as quoted in the Marcus capability profile.
Machine tonnage
Up to 1000 T
Press tonnage
Processes
Progressive die stamping
Transfer die stamping
Deep draw stamping
Lead times
- 4–6 weeksTooling
- 1 weekFAIR samples
- 4–6 weeksProduction
Materials
Material family
Grades
Aluminium 1000 series
1050106010701100
Aluminium 3000 series
30033105
Aluminium 5000 series
505250835754
Aluminium 6000 series
6016606160636111
Steel
SSMS CRHRGIC45C60Spring steel
Copper alloys
CopperBeryllium phosphorBrassBronze
Secondary operations
Powder coating and paintingBead / shot blastingAnodisingPlatingWet paintingHeat treatment
IATF 16949:2016 & ISO 9001:2015Certified quality system, with APQP, PPAP, FMEA and SPC documentation on every programme.