fiber laser machines
Technology

Fiber Laser Cutting Machines’ Most Valuable Features

 All laser cutting procedures have benefits and drawbacks, but it appears that the advantages of fiber laser cutting machines considerably surpass those of the other processes. It’s one of the newest types of laser cutting, having only gained popularity in the previous several decades.

However, metal fabricators all around the country have soon grasped the advantages of fiber laser cutting machines, which we will detail below. Fiber laser cutting equipment may quickly and smoothly adapt to a wide range of industries and applications. Continue reading to learn more about these powerful devices’ other advantages.

Cost-Effective

The pricing is probably the most beneficial benefit of fiber laser machines. This technology’s cost overhead provides significant savings, both at the moment of purchase and over the laser’s lifespan. For starters, unlike other laser technologies, it does not necessitate the use of costly optical reflectors. The focusing lens is also hidden within the cutting head, rather than being exposed. As a result, when properly maintained, the focusing lens will last the lifespan of the fiber optics, rather than being damaged and requiring constant repairs as is the case with other laser applications.

No Moving Parts

 

Moving parts necessitate more maintenance and raise operational costs. Moving mirrors are not required to generate the requisite laser because light pulses are supplied through fiber optic cabling. Other types of lasers use a fast-moving mirror to increase the power of the light. Regular maintenance is required to extend the life of the mirror. Productivity suffers as a result of this. Regular maintenance, on the other hand, increases the risk of material damage, which not only puts the laser offline but also raises the cost of operation.

Cutting Speed Increase

Cutting speed is another benefit of fiber optic laser cutting. A fiber-based laser can cut a 1mm-thick line three times faster than a regular laser. Cutting stainless steel, for example, is part of this. The time improvement drops to twice as quickly when cutting through 2mm thickness, yet it is still a significant improvement.

Fiber lasers have a number of distinct advantages. The light traveling through the fibers is well protected from the environment, thus fiber lasers are typically very small. They feature a wide gain bandwidth, and a huge wavelength tuning range, and can generate ultra-short pulses. They are appropriate for a wide range of cutting techniques since they operate at high power and efficiency.