Sheet metal
Stamping vs Laser Cutting
Stamping punches parts with a hard tool at very high speed for large runs; laser cutting needs no part-specific tooling and suits low to medium volumes and changing designs. Volume economics versus flexibility.
| Stamping | Laser Cutting | |
|---|---|---|
| Tooling | Hard die, expensive | None, programmed |
| Setup cost | High, 10,000 to 200,000+ USD die | Low |
| Speed | Very high at volume | Moderate |
| Per-part cost at high volume | Very low | Higher |
| Design changes | Costly, new tooling | Free, edit the program |
| Break-even volume | Tens of thousands+ | Below that |
| Edge and features | Formed features possible | Cut profiles only |
Choose Stamping when
- Very high volume production of the same part
- You need formed features like bends and embosses in one hit
- Lowest possible per-part cost at scale
Choose Laser Cutting when
- Low to medium volumes or prototypes
- Designs that change or vary by order
- You want to avoid tooling cost and lead time
The verdict
Stamp when volumes are high enough to amortize the die and you need speed and formed features; laser cut for low to medium volumes, prototypes, and designs that change, where zero tooling wins.
Cost comparison
A progressive die at 50,000 USD amortizes to 0.50 USD per part at 100,000 parts and keeps falling, while a laser-cut blank might hold at 2 to 5 USD forever. Below roughly 10,000 to 30,000 parts per year the die never pays back. Mixed strategies are common: laser cut during launch and ramp, then invest in the stamping die once annual volume proves out.
Common questions
When is stamping cheaper than laser cutting?
Stamping becomes cheaper per part once volume is high enough to amortize the die, often tens of thousands of parts. Below that, laser cutting avoids tooling cost and lead time.