State of the Art Technology: 12 Advantages of Fiber Laser Systems

It wasn’t long after the introduction of fiber laser systems that manufacturers around the world discovered their many benefits. For thousands of applications, from making smartphone cases to creating parts for aircraft, fiber lasers are now at the forefront of manufacturing technology.

In the past, conventional manufacturing techniques have proven to be highly reliable, but with the introduction of fiber lasers, numerous benefits have replaced these methods. These benefits are what the Boss Laser review is all about.

What Are the Benefits of Fiber Lasers?

Simply stated, lasers are beams of light that travel via a fiber optic cable. The primary difference between fiber lasers and conventional methods is that fiber lasers are stable, while other methods require that parts be replaced or adjusted. These different methods have been available for many years, and despite being invented in 1963, it took an additional two decades of development before fiber laser technology was commercially available. Today, fortunately, the benefits of fiber lasers far outweigh those of other processes. And in the past few years, the uses of fiber lasers has increased exponentially, not only in terms of their location but for their applications as well.

Innovation as the Watchword

Fiber laser technology is a prime example of the adage, “opportunity is the mother of invention.” In the case of fiber laser technology, opportunities in numerous fields have brought about expanded uses around the world. And as these opportunities presented themselves, advantages have also been numerous. These include, most notably:

1. The Ability to Work with Diverse Materials

As stated before, the ability of fiber lasers to adapt to a wide variety of materials has been a primary reason for the expanded number of uses. This has been found valid for such materials as gemstones, polymers, plastics, ceramics, and even precious metals. Other technology often has a difficult time working with these materials and many more. This is especially true of reflective metals, which is inherently a problem since the nature of the material itself reflects other types of lasers, making them useless. This is not a problem with fiber lasers.

2. Superior performance

Fiber lasers have always performed in a vastly superior manner over other forms of lasers. The beam quality emitted by a fiber laser is of a higher quality and delivers excellent results. This often means that tasks performed by fiber lasers are completed faster and with far less power consumed.

3. Simplicity of Integration

Another testament to the versatility of fiber lasers is the ease with which it can be integrated into different applications. Fiber laser manufacturers can build units that can be easily made to work with other company’s equipment and applications that already exist. Fiber laser systems can be designed to work seamlessly in any laser-based machine or system.

4. Capability to Work Under Adverse Conditions

Wherever a fiber laser is needed, the chances are excellent that a system can be implemented. Fiber lasers can be made to work under the most challenging, adverse, and inhospitable conditions imaginable.

5. Ability to Perform a Diverse Array of Processes

Fiber lasers can be used to perform a wide range of functions. These include:

• Marking
• Cutting
• Drilling
• Welding
• Ablation
• Cleaning
• And more

6. No Heat Means No Damage

By its very nature, a fiber laser performs its function without heat. Despite this, such a laser's power is derived from its pinpoint sharpness, which can cut through virtually anything, including thick steel. But even this will not damage anything, especially the surrounding material of the object being cut. This characteristic is crucial for such industries as electronics, where a high degree of accuracy is required for a product to work efficiently and effectively.

7. Small, Compact Size

By their very nature, fiber lasers are smaller than virtually any other system available. This makes them far easier to install in other machines. They’re lighter too. When it's time to move them, they are easy to transport in almost any way you have available.

8. Lower Heat Output

Fiber lasers emit a far lower level of heat than any other laser system currently available. It is also noteworthy that modern cooling systems used on machines keep lasers cooler and evenly distributed during the setup.

9. Lower Maintenance Costs

In this era, making the dollar stretch as much as possible is a prime consideration. It is essential to know that fiber lasers are one of the most economical tools available. They are one of the most cost-effective solutions and provide a higher return on investment, especially when considering their output. And not only is there is no servicing needed, but their maintenance costs are approximately 50 percent less than other types of lasers.

10. Total control

One of the primary reasons fiber lasers are such an attractive investment is the control they give their users. It doesn’t matter whether you consider their beam length, intensity, duration, or output; fiber lasers allow you total control over the situation you are working with.

11. One Setup for Many Applications

It might seem like a contradiction in terms. Still, another benefit of fiber lasers is the ability they give you to not only be in control of the machine, but the versatility of fiber lasers in terms of the diverse applications for which they are the perfect solution is astonishing.

12. Lower Sensitivity

Fiber lasers can be operated at a level of sensitivity that is determined only by the operator. This allows a fiber laser to be set for the lowest possible sensitivity. Other types of lasers can be susceptible, but it’s no exaggeration to say that fiber lasers can operate at a level more sensitive than any other type.

Wrap-Up

The information above has been presented to give you, the user, a complete presentation of the numerous benefits of fiber lasers and their uses in today’s industries. There can be no doubt that as technology improves in the future, there will be more fiber lasers in other fields. Fortunately, this is only the beginning of the future of fiber laser technology in today's world.