Fiber-optic tech development has introduced a series of technological advancements, especially in manufacturing. Fiber-optic tech has made it easier to transfer data faster in far vaster quantities. The result is unprecedented advancements in the tech field with cabling and data transfers.
Fiber-optic cabling can currently produce light beams 200% more effective than a traditional CO2 laser. The power increase ensures that a manufacturing facility can advance its traditional cutting methods and improve production speeds. Below are some of the advantages of choosing fiber laser cutting over the alternatives.
1. Advanced Cutting Technology
A fiber laser cutting machine is a high-performance laser cutter. It produces high-performance, high-energy laser rays, consequently producing high energy. The spontaneous cutting of a surface can be vaporized, meaning you can easily cut off a very rigid interface. Its cutting performance is also very stable. The laser is intended to last for several years.
The operation process is also very convenient. The operating system is a software designed for laser cutting machines specifically. Fortunately, the system is easy to control, and the whole process is very convenient.
2. Compact Design
Fiber laser beam transmission happens using diodes and fiber cables. This means there is only a requirement for specific distancing between mirrors. Fiber tech is considered more condensed than different standard laser types, translating to a more compact design, especially for manufacturing facilities.
3. No Moving Parts, Meaning Less Maintenance
Moving parts translate to high maintenance and increased operating costs. Since light pulses are sent via the fiber optic cabling, it needs no moving parts to produce the necessary laser. Alternative laser forms use rapidly moving mirrors to improve the laser’s power. As such, regular maintenance is required to extend the mirror’s life.
This leads to lower productivity.
Fiber laser cutting needs minimal maintenance, and it has great benefits to help reduce costs. An industry can improve their device’s overall lifespan and experience significant cost savings when running a fiber laser cutting tech instead of alternatives, such as CO2.
4. Increased Cutting Speed
Fiber-optic laser cutting has improved cutting speeds compared to its alternatives. A fiber-based laser can cut three times quicker than a standard laser when cutting through a 1mm thick straight line.
This impressive cutting speed includes and is not limited to cutting stainless steel. When cutting through a 2mm thick straight line, the improvement will drop twice as fast. However, there is still a sizable improvement to be noticed.
5. Ability to Cut Many Materials
Standard laser cutting tech can have a beam that bounces off for selective surfaces. Moreover, nonconductive materials can damage faster. Traditional lasers are mostly not used when cutting copper, aluminum, and brass.
Fortunately, fiber lasers possess a much shorter wavelength, meaning they can easily size third the reflective materials. They can also have a far minimal risk for damaging the laser.
6. Higher Electrical Efficiency
Traditional CO2 lasers need a considerable energy amount to produce the laser beam. A 2kW fiber laser cutting setup utilizes a third of the power as a 4kW CO2 setup. Consequently, the fiber optic configuration saves power every time it is used. Due to the low energy requirements, the configuration helps increase the hardware’s life expectancy.
7. It is Profitable
Fiber laser technology has attracted considerable attention and investments from industry experts, investors, and researchers. As such, a huge development potential exists in the fiber laser field.
8. Fiber Laser Cutting is Versatile
Fiber lasers are incredibly versatile since they offer lots of control to their users. An example is the JPT’s laser cutting technology used in many industries currently. Some of the industries where fiber laser cutting is used include;
With fiber laser cutting tech, you also don’t have to worry about back reflections. A fiber laser cutting does not have the same difficulties as a CO2 laser. Fiber laser cutting improves cut precision, production yield, and quality while ensuring superior parts at lower costs. JPT’s laser cutting technology has been the dominant player in the industries due to its precision, efficiency, and high yields. With each advancement in fiber-optic technology, the JPT laser carries all the significant advantages of a superior fiber laser cutting technology.