First of all, Medical devices. Medical field cannot imagine its present and future without fiber laser cutting machine. From cutting small components for really complex medical devices to laser surgeries performed on human tissues. The fiber laser machine finds large application in the medical field fiber laser cutting machine sample.

Secondly, the Jewelry. Jewelry manufacturers were in desperate need of a reliable and cost effective technology. This can provide precise cutting, superior edge quality. Besides, it is able to cut complex shapes and high production ability in less time. A fiber laser cutting system fulfilled all these requirements.

Thirdly, it is Automotive. The automotive industry is huge and developing every second. Use of Fiber Laser cutting machines makes it easier for this industry to cope with everyday advancement in design and technology. Because these machines are excellent for cutting smaller and complicated components. Also cuts hydro formed parts with great accuracy. These machines are not only specialized in cutting metal but a couple of other materials too. Such as cloth for airbags. It leaves no fraying while cutting the cloth, unlike conventional processes which use blades.

Fourthly, Electronics. Silicon is the most important material of PCB’s in semiconductor, microelectronics industries. As electronic devices are getting more and more compact with each passing day, PCB’s are bound to get smaller. In such a case, fiber laser machines are ideal to cut thin and delicate material like silicon.

In the end, Textile Industry. Fabric laser cutting machines are gaining popularity around textile industries these days. Because of their extreme accuracy, clean cuts, sealed fabric edges. It prevents fraying and capability to cut different kinds of fabric. Such as polyester, silk, cotton, leather, nylon and neoprene

Possibly the most valuable advantage of fiber laser cutting is the price. The cost overhead for this technology represents a massive savings, both in initial purchase and over the lifetime of the laser. For starters, it doesn’t require expensive optical mirrors as is the case with other laser technology.

Moving parts lead to heightened maintenance and an increase in operating costs. As light pulses are sent through the fiber optic cabling, it does not require moving mirrors in order to generate the necessary laser.

Another advantage in using fiber optic laser cutting is the increase in cutting speed. When cutting a straight line of 1mm in thickness, a fiber based laser can cut three times faster than that of a traditional laser. This includes cutting through materials such as stainless steel. When cutting through 2mm thickness the time improvement does drop to twice as fast, but never the less, it still represents a sizable improvement.

One of the major problems when using a traditional laser is in regards to reflective material. There is the chance a laser may bounce off the reflective material, which in turn will damage the equipment. Due to this, traditional lasers are not often used when cutting brass, aluminum and copper. With fiber optic lasers though, this reflective material problem is no longer an issue, which in turn allows for the cutting of these materials.

Conventional CO2 lasers require a considerable amount more energy to product the laser beam. In fact, a 2 kW fiber laser cutting setup uses a third of the power as a 4 kW CO2 machine. This means the fiber optic configuration will not only save power each and every time it is used, but due to the lower energy requirements it helps increase the life expectancy of the hardware as well.