Choosing the Right Laser for Your Business

Buying a laser system is a significant investment. Get it right and it becomes one of the most productive machines in your shop. Get it wrong and you’ll spend years working around its limitations. Here’s how to think through the decision.

Start With the Material

The single most important factor in choosing a laser is what you plan to cut or mark.

CO₂ lasers excel on non-metals: wood, acrylic, leather, rubber, glass, fabric, and coated metals (with the right compound). They’re the workhorse for engraving shops, sign makers, schools, and custom fabricators.

Fiber lasers are built for direct metal marking: stainless steel, aluminum, titanium, brass, and other alloys. They permanently mark without any chemical or coating. If you’re marking parts for industrial traceability, compliance labeling, or serial numbers on metal, fiber is the right answer.

If you need both, some systems offer dual-source configurations — a CO₂ tube for organic materials and a fiber module for direct metal marking. These cost more but eliminate the need for two machines.

Match the Work Area to Your Throughput

A 16” × 12” desktop engraver is a fantastic machine — for individual items. But if you’re running sheets of Rowmark laminate for panel labels, or cutting large acrylic displays, you’ll outgrow a small bed immediately.

Consider:

• What’s the largest single piece you’ll need to process?
• Will you run production quantities (sheets, batches) or one-off jobs?
• How much floor space do you have?

For most small engraving operations, an Epilog Fusion 36 or Epilog Fusion Pro 48 covers the majority of applications. For production cutting, a Kern with a 4’×4’ or larger bed is more appropriate.

Wattage: More Isn’t Always Better

Higher wattage cuts thicker material faster — but it also costs more and generates more heat. A 30W CO₂ is fine for engraving acrylic and thin wood. If you’re cutting ¼” acrylic regularly, you want 60W or more. For heavy cutting (½” wood, thick acrylic), 80–120W is where production performance lives.

For fiber marking on metal, 20–50W handles most identification and traceability applications. Heavy-cycle industrial environments may benefit from 100W systems.

Think About Software

The machine and the software are inseparable. Epilog’s Job Manager and integration with CorelDRAW and Adobe Illustrator make it easy to go from design to output quickly — important for engraving shops doing lots of one-off custom jobs. Kern’s ACS software handles complex nesting and production cutting workflows. Tykma’s EzCad-based software is optimized for part marking workflows and serialization.

Ask to see a demo that matches your actual workflow, not just a polished sample piece.

Use Our Product Finder

Not sure where to start? Our Product Finder walks you through a series of questions about your application, materials, and volume — and recommends systems that fit. It takes about two minutes.

Or contact us directly — we’re happy to talk through your specific application and point you toward the right equipment. We’d rather help you buy the right machine than sell you the wrong one.