Fiber laser is a kind of laser using optical fiber as the gain medium. It has many advantages, such as high efficiency, high stability, easy integration and maintenance, etc.

The use of fiber laser is very wide, mainly including but not limited to the following fields: 1. Material processing: Fiber laser is often used to cut, weld, mark and engrave metal and non-metallic materials.

2. Communication: In the optical fiber communication system, the optical fiber laser can be used as a signal source for data transmission.

3. Medical applications: In the fields of ophthalmic surgery, skin treatment, tumor treatment and so on, fiber laser is widely used because of its precision and control.

4. Scientific research and military: In the field of scientific research, fiber lasers are used in spectroscopy, nonlinear optics research, etc.

In the field of military, they can be used in laser guidance, lidar and laser weapon systems.

5. Sensor: Fiber laser can be used to manufacture fiber optic sensor, which is used for the measurement of temperature, pressure, strain and other physical quantities.

6. Entertainment and display: In some large events and performances, fiber laser is used to create visual effects.

7. Precision measurement: In the field of precision measurement, such as interferometric measurement, fiber laser provides a high-precision light source.

8. Industrial automation: In automated production lines, fiber laser is used for automated cutting, welding and marking.

9. 3D printing: In some types of 3D printing technology, fiber lasers are used to melt materials to build three-dimensional objects.

10. Energy: In some cases, fiber lasers are used for laser fusion research.

Optical fiber laser has become an indispensable tool in modern industry and scientific research because of its versatility and efficiency.

Although lasers have been around for a long time, the technology has recently made great strides Great progress.

Recently, fiber lasers have become one of the most important technologies in modern manufacturing, scientific research, medicine, and several other fields.

Fiber lasers offer more advantages than traditional lasers and are highly valued across various industries.

Fiber lasers are at the core of modern innovation, enabling breakthroughs in precision cutting and welding in the medical field.

Advanced and efficient Fiber lasers are renowned for their high efficiency, with an electro-optical conversion rate as high as 30% to 40%.

Thanks to this higher efficiency, they can convert more input power into laser energy with less energy.

This also makes them cost-effective and environmentally friendly.

Reducing energy consumption is particularly beneficial for large-scale industrial applications that require longer operating times.

Excellent quality Fiber lasers are renowned for their excellent beam quality.

The light emitted by these lasers has a smaller spot size and higher intensity, which helps improve the accuracy of cutting, welding, and engraving tasks.

This also leads to finer cuts.

This makes fiber lasers particularly important in industries that require high precision, such as aerospace, electronics, and medical device manufacturing.

High durability and low maintenance cost They have fewer moving parts because they use optical fibers to generate and direct lasers.

Their design and manufacturing also reduce wear, making them more robust and requiring less maintenance.

This increased durability offers several advantages in the industrial applications of fiber lasers.

Suitable for a variety of applications Highly versatile fiber lasers can be used in a variety of industries and applications.

From cutting and welding to medical devices and surgery, marking, engraving, and scientific research, their applications vary by industry.

All of this comes with better safety and ease of use.

ERDI Laser is a one-stop destination for fiber lasers and a variety of other laser-based products to meet different industrial requirements.