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How much does it cost · stamping

How much does a stamped part cost?

Short answer: in stamping, the price of a part depends first on volume, because the die is paid once. A progressive die costs €15,000 to €80,000 or more (source: QuoteBuddy), while a press at 120 strokes per minute makes 7,200 parts an hour. In the published example, the part costs €0.519 at 500,000 parts.

By the RFQdecoder team · updated 27 September 2026

How is the price of a stamped part calculated?

Material = mass of the blank and its share of skeleton × sheet price
Press = press hourly rate ÷ parts per hour
Tooling = die price ÷ total quantity
Cost = material + press + tooling + secondary operations
Price = cost ÷ (1 − margin)

Material is not just the part: on a single-out strip, 25 to 50% of the coil often ends up as skeleton (source: QuoteBuddy). Nesting the parts on the strip is therefore a direct lever on price.

How much does a stamping die cost?

DiePublished price
Simple single-station blanking die (flat washer)a few thousand euros
Multi-station progressive die (blank, pierce, form, cut off)€15,000 to €80,000 or more

Source: QuoteBuddy. A progressive die chains every operation on one strip: it is expensive, but each press stroke produces a finished part.

What does press time cost?

Example published by QuoteBuddy: a press running 120 strokes per minute on a single-out progressive die makes 7,200 parts an hour. At €90 an hour, press time weighs only €0.0125 per part. In high volume, material and tooling make the price, not the machine.

How does volume change the price?

Same €18,000 die, same material, press and secondary costs (€0.483 per part in the published example):

QuantityDie per partCost per partPrice at 35% margin
1,000€18.00€18.483€28.44
10,000€1.80€2.283€3.51
100,000€0.180€0.663€1.02
500,000€0.0360€0.519€0.80
1,000,000€0.0180€0.501€0.77

Die per part and the 500,000-part line: QuoteBuddy. The other lines are calculated with the same figures, assuming material, press and secondary operations do not change with quantity.

How can you reduce the cost?

  • Optimise nesting on the strip: less skeleton, less material paid for.
  • Choose the right die type: simple die for small runs, progressive for large ones.
  • Limit deep draws and tight radii, which add stations to the die.
  • Standardise thickness and grade to buy coil at the best price.
  • Commit to an annual volume: the die is amortised over a known quantity.

What should you check in a quote?

  • The die price, who owns it and its guaranteed life.
  • The stroke rate used and the press hourly rate.
  • The strip layout: parts per stroke and share of skeleton.
  • The secondary operations: deburring, tapping, treatment.
  • The amortisation quantity of the die if it is included in the part price.

Sources

  • QuoteBuddy, “Metal Stamping Quote: Cost Per Part by Volume”, 24 July 2026.

Frequently asked questions

QuoteBuddy gives a few thousand euros for a simple blanking die and €15,000 to €80,000 or more for a multi-station progressive die that blanks, pierces, forms and cuts off the part on one strip.

Add the material (blank and skeleton), the press time (hourly rate divided by parts per hour), the die divided by the total quantity and the secondary operations, then apply the margin.

In the example published by QuoteBuddy, a press at 120 strokes per minute on a single-out progressive die makes 7,200 parts an hour.

On a single-out strip, QuoteBuddy notes that 25 to 50% of the coil often ends up as skeleton.

When the die divided by the quantity becomes small against the rest of the cost. In the published example, an €18,000 die weighs €18 per part at 1,000 parts and €0.018 at one million.

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