Fiber Laser Cutting: Advantages and Use in Industry
Several new ideas have helped the manufacturing industry a lot in recent years. The growth of fibre-optic technology has made it possible for these changes to happen. Fibre optics has allowed the digital, data-driven world to grow by making data transfer faster and more significant. Didn’t understand? For example, fibre-optic technology has made it possible to send and receive data much more quickly. Because of this, data cabling and transmission progress has reached new heights.
In the 21st century, fibre-optic cables can make light beams twice as strong as those produced by a CO2 laser. With more power, factories can improve their old cutting methods and speed up production. Fibre optics are long strands of diodes that send information through light beams instead of through copper wiring or phone lines.
Fibre laser cutting has several advantages over its competitors for businesses that want to buy laser cutting technology or hire laser cutting services from fibre laser cutting machine manufacturers. Here are the most important ones.
Fibre Laser Cutting: Advantages and Use in Industry
Less costly
The most significant feature is cost-effectiveness. Compared to other technologies available in the market, this technology is much more pocket-friendly. It does not need expensive optical reflectors to be installed. Again, you do not need to get a focusing lens since the cutting head is likewise hermetically sealed.
Cutting Edge Technology
A Fiber laser cutting machine is just one example of a powerful type of laser cutter. It is capable of producing intense laser light, which has a substantial effect on the total energy level. It is possible to vaporize the automatic cutting of a surface, which makes it possible to remove a highly rigid interface easily. In addition, it features a reliable cutting performance. As a result, it is predicted that the laser will be used throughout the long term. This operating system was initially conceived of as a piece of specialized software designed for use with laser cutters. Thankfully, the method can be easily adjusted, and it’s generally a breeze.
Better electrical efficiency
Producing a laser beam with a conventional CO2 laser requires a lot of energy. When compared to a 4kW CO2 setup, the energy consumption of a 2kW fibre laser cutting system is just 13. As a result, every time the fibre optic setup is employed, it reduces energy consumption. In addition, the structure aids in prolonging the life of the hardware because of its low power consumption.
An Increase in the Rate of Slicing
Fiber laser cutting has the added benefit of being faster than conventional methods. Fibre-based lasers are three times as quick as traditional lasers at cutting through a single millimetre of material. For example, stainless steel must be cut. Even though the time improvement drops to half when cutting through 2mm thickness, it still significantly increases.
Investment Returns Are High
Many people in the business world, as well as investors and academics, are prioritizing developing and perfecting fibre laser technology. Therefore, the field of fibre lasers has a great deal of room for growth.
Fabricating Reflective Surfaces
Traditional lasers have significant issues when they come into contact with shiny surfaces. A laser could reflect off the reflecting substance, damaging the machinery in the process. This is why conventional laser cutters are rarely utilized for metals such as brass, aluminium, and copper. However, using Fiber laser cutting it eliminates the need to avoid cutting reflecting surfaces.
