There are pros and drawbacks to all types of laser cutting, but using a Fiber Laser Cutting Machine offers the most advantages. This type of laser cutting has become popular in the last couple of decades. However, metal fabricators around the country have come to swiftly recognize the benefits that these cutting machines give, which we will detail below. A wide variety of sectors can benefit from using Fiber Laser Cutting Machine. Read on to find out about the additional advantages of this robust equipment.
What is a fiber laser cutting machine?
The device is called a fiber laser cutting machine when a fiber laser generator is used. The fiber laser is a cutting-edge technological innovation that has recently spread to countries all over the globe. The area of the workpiece irradiated by the spot of ultra-fine focus is quickly melted and gasified, and automatic cutting is achieved by adjusting the position of the spot irradiation using a numerical control mechanical system.
It has steadily become a severe contender in high-precision laser processing, LIDAR systems, space technology, laser medicine, and other areas due to its clear advantages over the vast gas and solid-state laser.
The optical fiber laser cutting equipment made by Fiber Laser Cutting Machine Manufacturers in India produces a clean, precise cut at any angle, including on flat surfaces. It may be used for cutting metal plates with extreme accuracy. Simultaneously, it can execute three-dimensional cutting with the mechanical arm in place of the first imported five-axis laser.
Applications of Fiber Laser Cutting Machine:
Technological Aids in Medicine:
The future and present of medicine would be unthinkable without Fiber Laser Cutting Machine. Laser cutting is employed in every aspect of the medical sector, from fabricating the tiniest of components for extremely complicated medical systems to the most delicate of tissue operations.
Jewelry:
The jewelry industry has long sought a cost-effective and dependable technology capable of providing precise cutting, superior edge quality, the capacity to cut complex designs, and rapid output rates. These needs could be met by supplied Fiber Laser Cutting Machine Suppliers in India, which is already often utilized in this field.
Automotive:
It’s impossible to overstate the size and rapid growth of the automotive sector. Because of the widespread adoption of cutting machines exported by Fiber Laser Cutting Machine Exporters in India, manufacturers in this sector are better able to keep up with the rapid pace of change in the design and technology landscape.
In addition to hydro-formed parts, which are metal parts formed into 3D shapes, these machines excel at cutting smaller and more intricate components used in autos. Aside from metal, these machines can also cut a few other materials, including fabric used in airbags. Unlike traditional procedures that use blades, this one does not leave any frayed edges when cutting fabric.
Electronics:
In the semiconductor and microelectronics sectors, silicon is the primary material for printed circuit boards. There is little doubt that PCBs will continue to shrink as the size of electronic devices continues to shrink. Fiber laser cutting devices are perfect for cutting thin, fragile materials like silicon.
The Textile Market:
Due to its versatility and ability to cut a wide variety of fabrics, including polyester, silk, cotton, leather, nylon, and neoprene, Metal Laser Cutting Machine is gaining favor in the textile industry.
Why is a Fiber Laser Cutter Beneficial?
There are a few main benefits that fiber lasers provide. Fiber lasers are often relatively small, and the light passing through the fibers is protected from external interference. They can produce ultra-short pulses with wide gain bandwidth and wavelength tuning range. They can be used for various cutting applications because of their high power and efficiency.
Thin materials are no match for the speed and precision of a fiber laser. They can also cut reflective materials without damaging the machine; thus, metals like copper, brass, and aluminum can be cut without any problems.
Objects Suffer No Damage From The Temperature:
Fiber Laser Cutting Machine can quickly slice through thick materials like steel because the laser they emit is so potent. Another advantage of fiber lasers is that their beams can be so focused that they won’t harm the object’s surrounding material. This has applications in a wide range of sectors. Take, for example, the electronics sector, where the beam must operate at petite sizes without causing damage to the delicate components that are vital to the proper functioning of electronic gadgets.
Exceptional Efficiency
Additionally, the performance of Fiber Laser Cutting Machine is far higher than that of their competitors. Fiber lasers offer larger power densities and a significantly higher beam quality, which may be precisely concentrated to attain exceedingly accurate levels of precision.
This result allows for faster work completion with much-reduced energy use.
Conclusion
Even though Fiber Laser Cutting Machine is a relatively recent innovation in the laser industry, they have proven competitive with more conventional options.
When it comes to purchasing of fiber laser cutting machines, then it is essential to get in touch with the right professionals of Esskay Lathe And Machine Tools. It is also important to make sure that the quality is left intact and no stone is unturned in that area.
FAQs
What can a fiber laser cut?
Sheet metals, including carbon steel, stainless steel, copper, aluminum, brass, and titanium, are no match for a fiber laser cutting machine.
Can a fiber laser be used to make a metal cut?
Metals can be sliced using a fiber laser, but only if the fiber source is potent (at least 2000W). Fiber lasers typically range in power from 20W to 50W, which is far too low to laser-cut any metal.
What is the fiber laser’s power consumption like?
The electrical power needed to run a 3000W fiber laser is 10kW, plus 5kW for a chiller. Fifteen-kilowatt hours each day, times 12 hours, costs $2,700 a year.
