All cutting processes have their own advantages and disadvantages, but the advantages of fiber optic cutting machines seem to be more prominent than any other process. Fiber laser has received much attention in the past few decades, but its advantages have been rapidly realized among metal manufacturers across the country. Fiber optic cutting machines can easily and smoothly adapt to a wide range of applications in various industries.

What are the advantages of fiber optic cutting machines?

The optical fiber cutter has several main advantages: the light transmitted by the optical fiber can well block the environmental interference, and the design of the optical fiber laser is often very tight, with large gain bandwidth, large wavelength tuning range and the function of generating Ultrashort pulse. High power and effective operation, suitable for various cutting programs.

Fiber laser can cut thin materials at a very fast speed, with the function of cutting reflective materials. It can also cut high reflective metals such as copper, brass, and aluminum, and the machine is not damaged.

1. The object is not thermally damaged

The laser emitted by the fiber optic cutting machine is very powerful, making it easy to cut thick materials such as steel. And their accuracy is very high, and the beam will not cause damage to the surrounding materials. Many industries can benefit. Like the electronics industry, the beams of light in this industry need to work in very small sizes and cannot damage all the components required for these electronic devices to function properly.

2. Outstanding performance

The performance of fiber optic cutting machines is higher than many similar products, providing a high level of beam quality that can be highly focused and improve power density to achieve a very high level of accuracy. That is to say, you can complete your work faster and with lower power consumption.

The main reason for using fiber laser cutting technology is to reduce the mechanical stress applied to sheet metal parts during the cutting process. Laser can help eliminate impact stresses that may have adverse effects on sheet metal products during the cutting process. In addition, the Heat-affected zone is very small, and the rest is seldom heated, thus retaining the characteristics of the treated material.

In addition, since laser cutting does not have a negative impact on sheet metal, the cost of intensive sheet metal cutting can be reduced, resulting in the production of more parts per square meter of sheet metal.

In fiber optic cutting machines, complex cutting with good edge quality can be accurately completed. Accurate fiber bundles can be used to manufacture tolerance components in a fast, clean, and efficient manner with almost no operator intervention. High software and narrow cut tightly nested components greatly increase production and reduce material waste.