Laser is another major invention in the 20th century after nuclear energy, semiconductors, and computers. It is widely used in industrial manufacturing, biomedical, military and other fields due to its good monochromaticity, directionality, brightness and other characteristics. It is known as the most The fastest knife, the most accurate ruler, the brightest light.

The application of lasers covers almost all industrial fields. Except for light industry, automobile, aerospace, power and energy industries, it is gradually expanding to the fields of fine and micro processing, which has effectively promoted electronic manufacturing, integrated circuits, communications, machinery, medical treatment, dentistry, Development of beauty equipment and emerging applications. In addition to the continuous expansion of application fields, the application scope of laser technology in various fields has gradually covered from macro processing applications to more subtle process links.

The data shows that lasers account for the largest share of the material processing and lithography market, reaching 40.6%.

Future trends

1. Ultrafast lasers gain more applications in the field of fine micromachining

Ultrafast lasers will gain more applications in the field of fine and micromachining by virtue of their narrow pulse width, ultra-precision and ultra-micro cold processing, and the pace of large-scale market applications will be accelerated. While developing towards high power and high beam quality, it solves the technical difficulties of short wavelength and high reliability, and realizes the high power output of picosecond and femtosecond ultrafast lasers in ultraviolet, deep ultraviolet and shorter wavelength bands, which has become the industry leader important technical challenges.

2. Pulsed fiber lasers will develop towards high average power and high peak power

In order to expand the application scenarios of micromachining, traditional fiber laser manufacturers need to solve the technical problem that fiber lasers are difficult to achieve nonlinear transformation. The solid-fiber hybrid laser with polarized output is one of the mainstream development directions of future fiber laser technology in micromachining application scenarios.

3. Customized laser is one of the development trends

The effective integration of laser light source and precision optical design, visual image processing, motion control, light-material mechanism and other technologies is the key to promoting the development of micromachining applications, and will become one of the supporting technologies in many industries. Due to technological progress, technical confidentiality and the needs of personalized production, more customers will choose customized products to promote the process of intelligent production.

Changshu Desheng Optics Electronics Co.,Ltd. is a professional laser modules manufacturer. We have advanced technology and excellent product quality. The semiconductor laser modules we produce have quality assurance. Please contact us if you are interested.