1. Identify the Material Type
On the left side of the table, locate the material you plan to cut (e.g., Carbon Steel, Stainless Steel, Aluminum, or Brass).
2. Determine the Required Cutting Thickness
Along the top row, find the thickness of the material you want to cut (in millimeters).
3. Match Power Level to Material and Thickness
Follow the material row across to see which laser power level covers your desired thickness.
The orange bar represents the maximum cutting thickness that the corresponding laser power can achieve.
(Note: The orange section indicates the limit and is not recommended for continuous, long-term cutting.)
4. Select a Slightly Higher Power for Stability
If your cutting thickness is close to the orange zone (maximum limit), choose the next higher power level to ensure stable, efficient, and long-lasting performance.
Example Guidelines
- To cut 0.4″ carbon steel, a 1500W laser is sufficient.
- For 0.79″ stainless steel, you’ll need around a 6000W laser.
To handle 1.57″ carbon steel, choose a 12000W or higher laser power.
Important Notes
- The parameters shown are for reference only.
Actual performance will vary depending on material quality, gas type, optical lens condition, and cutting parameters. - The orange “maximum cutting thickness” area indicates the limit of the laser’s capability, not the ideal working range for daily use.
Ready to Take the Next Step?
At CutFlo, we help fabricators:
- Choose the right laser system for their shop size and workload.
- Get up and running with training and ongoing support.
- Stay ahead with responsive service and parts availability.
Let’s talk about what’s possible for your shop.
Check out our products or contact us today at (865) 226-9441 or sales@cutflolaser.com to discuss which solution best suits your cutting needs.
If you already know what you want, fill out this form for a free, no-obligation quote.
