Co2 Vs Fiber Laser Cutting

Co2 lasers are used for industrial cutting and marking for selective laser sintering laser spectroscopy maxillofacial surgery and skin treatment.

Co2 vs fiber laser cutting.

Thanks to their combined reliability and durability the co2 laser has become synonymous with 2d laser cutting practices. For instance a high power co2 laser and chiller will consume roughly 70 kw when operating on maximum power. A similarly powered fiber laser consumes approximately 18 kw. Globally there are over 20 000 co2 lasers in use.

The main disadvantages that a fiber laser faces in comparison to a co2 laser relates to cutting speeds of thicker materials. Generally anything above 5mm in thickness. Co2 laser cutting vs. Fiber laser cutting technology is considered a disruptive and revolutionary change because it has impacted the entire status quo in sheet metal.

These are the two types of lasers most used for industrial application. Fiber laser vs co2 laser. In fusion cutting the co2 laser s 10μm wavelength produces burr free cuts and a smooth edge finish which is immediately ready for subsequent processing. Fiber laser cutting pros and cons the rapidly growing science of laser cutting is dominated by two main methods carbon dioxide co2 laser cutting and fiber laser cutting.

A comparison one of the most frequently asked questions we receive on this blog is about the difference between fiber optic lasers and co 2 lasers. Faster for cutting metals although the more precise control of fiber lasers makes them ideal for cutting through thin metals co2 lasers are the more preferred solution as a cutting tool for. Evolution of fiber laser cutting technology fiber laser cutting has been one of the most disruptive technologies introduced to the metalworking market since co2 lasers were first introduced for cutting sheet metal back in the 1980s. Here are the advantages and disadvantages of a co2 laser which will cover many of the points above as a direct comparison.

The cost of co2 lasers tends to be less than fiber lasers. Both processes offer increased precision and versatility for shops of all sizes and the technology is continually evolving toward improved.