To become or remain competitive in fabrication, a company has to be on the leading edge of technology, methods, and materials. Microbial copper, for example, is one material currently worth including in stock and, for a laser cutting company, it is at their profit’s peril for them to ignore lasers. Until fairly recently, the most popular laser was the standard carbon dioxide (CO2) laser. It still fulfills a function in the workplace. However, today, the trend has been to installing equipment that employs fiber lasers.

Why Choose Fiber Lasers?

Less than a decade ago, the average laser cutting company did not consider the installation of a fiber laser cutting system essential. It was for low-grade machines, not high-end cutting. CO2 lasers were the cutting tool of choice. However, this attitude was to change as the advantages of fiber lasers became evident. Moreover, as technology refined and improved fiber laser capabilities, it soon became obvious this equipment was advantageous for shop production. They offer:

* Higher efficiency
* High beam quality
* The capability to handle such reflective metals as copper
* Lower maintenance
* Less energy consumption

The former issues with rougher edges and inability to properly cut through thicker materials are vanishing as technology improves the system’s capabilities.

Laser Cutting Company

For a fabricator, the new frontier is one engineered through technology. Today, fiber lasers are quickly increasing their role in metal fabrication. Where once CO2 lasers dominated, fiber lasers now hold sway. With their greater speed, efficiency and high beam qualities, as well as their ability to address the cutting issues of such reflective material such as copper, fiber lasers are increasingly supplanting other lasers globally. The technological improvements to their edge cutting abilities are also a factor in their acceptance as the norm in the workplace of even the most average laser cutting company. Their overall low cost further enhances the attractiveness of using this type of laser.