On November 12, the 15th China International Aviation and Aerospace Exhibition was successfully opened in Zhuhai. This year's air show attracted over 890 companies from 47 countries and regions to participate, and the exhibition site was full of excitement. China Aerospace Science and Industry Corporation (CASIC) unveiled six major systems of comprehensive offensive and defensive equipment, along with over a hundred equipment exhibits, showcasing its development achievements in modernizing weapons and equipment, building a strong aerospace country, and providing international users with more advanced defense system solutions. As a member of China Aerospace Science and Industry Corporation, Ruike Laser's laser technology is applied in various fields of aerospace, highly reflecting its intelligent manufacturing strength in high-end industries such as aerospace.

Currently, the scale development of the domestic aerospace industry is driving the further expansion of the demand for intelligent manufacturing in this field and the overall improvement of manufacturing capabilities. Made in China 2025 proposes to accelerate the intelligent transformation of production equipment in industries such as aerospace and shipbuilding. The high demand for product quality has led more companies to favor the use of laser applications, a new type of processing method with characteristics such as high speed, efficiency, safety, and stability. With the increasingly mature development of laser technology in China and the new trend of domestic substitution, the current situation of key components and technologies in the aerospace industry relying on imports is gradually changing. The application prospects of fiber lasers in aerospace fields such as satellites, rockets, and their core components are also broader. Below, we will showcase the application of Ruike Laser products and technology in the aerospace field.

Application of Laser Welding in Aerospace Manufacturing

The aerospace manufacturing industry has extremely high requirements for safety and reliability. Due to its special requirements, it requires the use of lightweight materials such as titanium alloys, aluminum magnesium alloys, or other special materials, which puts higher demands on the welding processing methods. Ruike Laser has been committed to expanding the application of laser technology in high-end manufacturing fields such as aerospace, and has accumulated a wealth of cases.

In terms of welding applications, Ruike's new generation of beam tunable laser RFL-ABP fills the gap in beam mode tunable technology for domestic fiber lasers. By using customized fiber optic combiners developed by Ruike, different modes of output such as Gaussian spot, circular spot, and mixed spot can be achieved, and can be switched freely according to processing requirements. At the same time, the power of the fiber core and ring core can be independently adjusted, achieving any power ratio between the fiber core and ring core. Suitable for the application requirements of high-quality laser welding in the aerospace field.