Why Flying Optics Is a Preferred Method of Laser Cutting
More industries around the world rely on laser cutting for processing their materials. In the past several years, the metal fabricating industry has seen all types of new laser equipment and technologies emerge. For customers, this is exciting. These latest trends provide more options for laser metal cutting.
In particular, flying optics laser has become a system that helps businesses become more competitive. Although standard methods used to laser cut metal remain viable, the flying optics system presents an innovative solution. Today, many customers who depend on professional fabrication services request it.
Configurations for Laser Cutting Metal
- Hybrid Laser System – Features a laser head that moves on the Y-axis on a stationary table that supports the metal workpiece.
- Moving Material Cutter – This has a stationary cutting head and therefore has the metal moving underneath it.
- Flying Optics Laser System – The laser beam moves over stationary material.
What Makes the Flying Optics System Unique for Laser Metal Cutting?
The handling table for this system holds the metal workpiece in place while the laser beam moves over it. As such, fabricators do not need to secure the metal with clamps. For this process, the beam cuts on both the X- and Y-axes. Below are some of the specific reasons why this method of laser cutting metal is in such high demand.
For starters, it is highly versatile. Unlike the other methods, the flying optics system does not affect the metal’s width or weight. The benefit of this is that this allows fabricators to cut a broader range of materials, which means more choices for customers.
The flying optics system also speeds up the process required to laser cut metal. Since it cuts the X- and Y-axes simultaneously, and the material remains stationary, it is a much faster configuration. Especially for customers who need a quick turnaround on projects, this is the ideal solution.
Laser metal cutting with the flying optics system produces cleaner results. While the beam produces a hole on the material’s surface, the second laser prevents slag from getting stuck inside of it. That produces cleaner cuts and more aesthetically pleasing results. Finally, this configuration to laser cut metal produces superior quality, which yields more reliable and effective products.
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