Fiber Laser Application


The fiber laser is an important part of the fiber laser cutting machine. With the continuous improvement of the power of continuous fiber lasers and the continuous maturity and expansion of the laser processing market, high-power continuous lasers are used in more and more occasions. Continuous breakthroughs in laser technology and the resulting jump in laser power have brought shocks to the sheet metal processing market time and time again.
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With the development of science and technology, laser welding technology has been continuously improved, and it has also led the global industry into a new era of intelligent production. As a high-quality, high-precision, low-deformation, high-efficiency and high-speed application technology, laser welding is becoming an important tool for metal material processing and manufacturing, and is considered to be one of the most promising welding methods in the 21st century.
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With the development of laser cleaning technology, laser cleaning technology has been popularized in various industries in industrial applications, as follows: Microelectronics field: semiconductor components, microelectronics, memory templates, etc.; cultural relics protection: stone carving, bronze, glass and murals, etc.; Abrasive cleaning: rubber abrasives, composite abrasives, metal molds, etc.; Surface treatment: hydrophilic treatment, surface roughening, pre-welding treatment, etc.; Paint and rust removal: aircraft, ships, weaponry, etc;
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Laser marking technology is one of the largest application areas of laser processing. Laser marking is a marking method that uses a high-energy density laser to locally irradiate the workpiece to vaporize the surface material or cause a chemical reaction to change color, thereby leaving a permanent mark. Laser marking can produce a variety of characters, symbols and patterns, etc., and the size of the characters can range from millimeters to micrometers, which has special significance for the anti-counterfeiting of products.
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Because laser quenching is rapid heating and self-excited cooling, it does not require heat preservation and cooling liquid quenching. It is a pollution-free, green and environmentally friendly heat treatment industry, which can easily uniformly quench large surfaces. Fiber laser has many advantages such as excellent beam quality, easy system integration, strong reliability and maintenance-free. It can use the advantages of flexible fiber processing to perform laser cladding and surface alloying processing on the narrow inner wall diameter.
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Precision Processing

Laser precision processing uses a high-intensity laser beam. After being focused by an optical system, the power density of the laser beam is higher. The workpiece is placed near the focus of the laser beam, and the relative movement of the laser beam and the workpiece is used to achieve heat Processing, the processing accuracy is generally a few microns to tens of microns. The laser beam can be focused to a small size, so it is particularly suitable for precision processing. Including: precision drilling, precision cutting, precision welding.
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