Fiber Laser Cutting vs CO2 Laser Cutting Comparison
This page shows a comparison table for fiber laser cutting and Co2 laser cutting techniques. It notes the distinctions between the different sources of lasers, their electric energy utilization, speed in cutting, and the quality of the cut. Learn which types of laser cutting is most efficient for particular materials and processes.
Fiber laser cutting machines use less energy than CO2 laser cutting machines. The savings obtained in the long run can be massive, particularly for higher volume production since it requires less energy to perform the same cutting task.
Better for Metal Cutting
For some applications, fiber lasers are arguably the best for cutting metals. This is because they can deliver fast cutting speeds without compromising on the quality of the cut for various types of metals. CO2 lasers are more widely used in cutting non-metal materials, but fiber lasers have an advantage against them for employment in metal cutting applications.
Both fiber laser cutting and CO2 laser cutting have particular traits. Fiber laser cutting machines have more compact structure and greater energy efficiency. They are mostly used in cutting thin to medium thick metals with great speed and good quality. For some non-metals, CO2 laser cutting machines are more effective than other lasers in cutting thick materials, and they have wider range of application. Sometimes, fiber lasers are more economical than CO2, however, these lasers are still preferred in some specific domains.
Frequently Asked Questions
What are the differences between fiber laser cutting and CO2 laser cutting?
Fiber laser cutting machines are more compact, have longer lifespans, and use energy more efficiently. They also have a higher conversion rate of electrical energy to laser energy. Fiber lasers are great for high speed cutting of metals that are thin or medium thick. Some non-metal and thick materials are cut better using CO2 laser cutting machines. Certain applications are better served by CO2 lasers due to their capability to produce a greater range of beam diameters.
When should one choose fiber laser cutting over CO2 laser cutting?
Prefer fiber laser cutting when working with thin or medium and thick metal sheets especially when speed and efficiency are crucial. If your available space is limited, the small footprint of these machines can also serve as a deciding factor. If you are in the market for a machine that offers longevity and requires little maintenance,then fiber laser cutting will work better. For cutting thicker non metals however, CO2 laser cutting may suit your needs better.
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Fiber laser cutting has some noteworthy advantages over carbon dioxide laser cutting, namely increased energy efficiency and higher cutting speeds with many materials. The laser beam’s focus is better yielding better quality cuts. Additionally, fiber laser cutters have compact designs and require minimal maintenance. We have found fiber laser metal jet cutting to not only be efficient, but more economical as well.
Cutting with fiber lasers uses less energy than cutting with CO2 lasers. Fiber lasers use a greater percent of electrical energy transforming it to laser energy which uses less power. In addition to operating cost reduction, this improves the environment hence making fiber laser cutting eco-friendly.
Better Beam Quality and Precision
Better beam quality translate to improved cutting precision with fiber lasers. The focused beam of the laser allows for the generation of smaller spot sizes which calls for detailed cutting to be done, for cases where closer tolerances are necessary like in micro-electronic manufacturing.
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