Laser Cutting vs Short-Run Stamping — How They Work Together in Sheet Metal Fabrication

Laser cutting and short-run stamping are often compared, but in real-world sheet metal fabrication, they are not competing processes.

Most parts start with laser cutting. Short-run stamping is used only when it adds value as a secondary step.

Most sheet metal parts begin with laser cutting to create the shape and features. Short-run stamping may be added later for repeat production when consistency or efficiency becomes important.

How Sheet Metal Parts Are Made

Sheet metal parts begin as flat material and must be cut before any additional processing can take place.

Laser cutting is used first to:

• Create the overall shape
• Cut holes and internal features
• Produce accurate blanks

Once the part is established, additional processes may be introduced if needed.

Why Laser Cutting Is the Primary Process

Laser cutting is the most flexible and efficient way to produce sheet metal parts.

Fox Valley Stamping operates a Bystronic BySmart Fiber 3015 (8kW), capable of cutting:

• Mild Steel: up to 1.00”
• Stainless Steel: up to 1.125”
• Aluminum: up to 1.180”
• Brass: up to 0.625”
• Copper: up to 0.500”

Actual production thickness depends on material, part geometry, and efficiency requirements.

Laser cutting offers:

• No tooling required
• Fast setup
• Precision for complex parts
• Flexibility for design changes

For many parts, laser cutting remains the best long-term solution.

Where Short-Run Stamping Fits In

Short-run stamping is a secondary operation used after laser cutting when parts are finalized and production becomes consistent.

It is used to:

• Improve repeatability
• Support ongoing production
• Increase efficiency in stable runs

Stamping is not a replacement for laser cutting—it is used only when it clearly adds value.

Beyond Cutting: Additional Fabrication Processes

After parts are laser cut, additional processes may be used depending on the design.

These can include:

• Forming and bending
• Welding and assembly
• Secondary operations such as short-run stamping

Not every part requires these steps, but they are available when needed to produce finished components.

Tooling Requirements

Laser cutting requires no tooling.

Short-run stamping uses simple punch and die setups designed for repeatable production without the complexity of high-volume stamping systems.

How Cost Factors In

Cost depends on how the part will be produced over time.

Laser cutting avoids upfront tooling and is often the most practical option for low-volume or changing parts. Short-run stamping may improve efficiency when parts are stable and reordered consistently.

For many applications, laser cutting remains the most cost-effective approach.

What We See Most Often

Most projects start—and stay—with laser cutting.

Stamping is introduced only when it clearly improves consistency or production efficiency.

Get Expert Input

Not sure what’s right for your part? Send your prints or drawings to Fox Valley Stamping for a quick review. Our team can help you determine whether laser cutting alone is best or if short-run stamping adds value for your application.