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China's forward-looking lunar landing plan is heavily supported by laser technology, which plays a vital and effective role in the development of China's aerospace industry. Such as laser 3D imaging technology, laser ranging technology, laser cutting and laser welding technology, laser additive manufacturing technology, laser cooling technology, etc.
On May 29, 2023, Lin XiQiang, the spokesperson for China's manned space program, revealed the news of China's plan to land on the moon for the first time by 2030 during the press conference for the Shenzhou-16 manned mission. This news has excited numerous aerospace enthusiasts, and Elon Musk, the CEO of SpaceX, has shown great interest, stating that China's space program is more advanced than most people realize.
China's forward-looking lunar landing plan is heavily supported by laser technology, which plays a vital and effective role in the development of China's aerospace industry. Let's now explore the applications of laser technology in the aerospace field:
Laser 3D Imaging Technology Is One of the Key Factors
This technology allows the spacecraft to perform multi-beam imaging from a few hundred meters above the lunar surface, enabling the determination of a safe landing site. Previously, any landing was done blindly, posing significant risks. The emergence of laser 3D imaging technology has laid a solid foundation for China's manned lunar landing program.
The Widespread Application of Laser Ranging Technology
Laser ranging technology has been widely applied in the precise measurement of laser satellite orbits, and the determination and monitoring of space debris orbits. Laser pulse ranging, laser phase ranging, and laser triangulation are currently the primary measurement methods used.
Laser Cutting and Laser Welding Technology Have Played Important Roles
The manufacturing of aerospace engines is highly complex and involves the use of various materials. High-temperature components must withstand intense heat and pressure. Traditional machining methods are not only complex but also struggle to meet the required processes. Laser cutting, welding, and perforating offer advantages such as high precision, fast processing speed, minimal heat-affected zone, and no mechanical effects. As a result, they have found wide applications in aerospace engine manufacturing.
Laser Additive Manufacturing Technology Is An Efficient Manufacturing Method
Laser additive manufacturing technology enables precise control over material structures, thereby enhancing the durability and reliability of components. It is widely used in the manufacturing of aerospace engine blades, turbine guide vanes, and other components.
Laser Cooling Technology Provides Strong Assurance for Various Laser Processing Techniques
Laser chillers ensure the stability of laser wavelength by precise cooling control, thereby guaranteeing processing accuracy and quality. They optimize beam quality, stabilize the longitudinal and transverse modes of the laser beam, and prevent beam divergence and deformation. Laser cooling technology effectively reduces thermal stress, ensures device stability and lifespan, improves laser output efficiency, enhances processing speed and efficiency, and reduces production costs.
With 21 years of experience in laser cooling technology, TEYU offers a range of chiller products including fiber laser chillers, CO2 laser chillers, CNC machine tools chillers, UV laser chillers, ultrafast laser chillers, and more. These chillers feature high cooling capacity, intelligent control, precise temperature control, high efficiency, energy-saving operation, environmental friendliness, and reliable after-sales support. TEYU chiller is the perfect choice when you select a laser chiller.
TEYU S&A Chiller was founded in 2002 with 22 years of chiller manufacturing experience, and now is recognized as a cooling technology pioneer and reliable partner in laser industry.
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