Low-altitude economy, trillion-dollar windfall arrival! --This new track, comparable to new energy vehicles, set off a boom at the Zhuhai Airshow. Relying on advanced aviation, communication, artificial intelligence and other technologies, low altitude economy takes drones, electric vertical take-off and landing vehicles (eVTOL) and other carriers to lead the transformation of transportation, logistics, inspection, agriculture, forestry and plant protection, emergency rescue and other fields and industries.
2024 is known as China's low-altitude economy commercial development of the first year, many places also set up a low-altitude economy industry fund, the highest scale or up to 20 billion yuan. 2024 November 6, Shenzhen public selection of Shenzhen low-altitude economy industry fund management institutions, the fund is proposed to set up a scale of 2 billion yuan. According to Xinhua estimates, in 2023 China's low-altitude economy scale of more than 500 billion yuan, 2030 is expected to exceed 2 trillion yuan ...... and laser cleaning technology in the field of low-altitude economy is promising. In the "carbon peak", "carbon neutral" and other policy background, laser cleaning as a green, efficient cleaning method, is gradually welcomed by the market.
Low Altitude Market and Laser Cleaning Applications
Morgan Stanley predicts that by 2040, the global eVTOL market size will exceed one trillion dollars, and China will occupy about 25% of this market share, and will become the world's largest urban air transportation market. The low-altitude economy market will bring huge demand growth for the solid-state battery industry, and new technologies such as laser welding and laser cleaning required for solid-state battery manufacturing are favorable tools for battery manufacturers to increase efficiency and reduce costs. Laser cleaning can remove oil or rust from the surface of an aircraft, giving it a new lease of life. In the aerospace industry, small defects in airframes and components can have catastrophic consequences, making pre and post weld laser cleaning extremely important.
The power range of laser cleaning systems is typically between 20W and 1000W. Laser cleaning systems with a power of 4kW are under development and will soon be available on the market. Low-power laser cleaning systems are often portable and suitable for handheld use, while high-power laser cleaning systems can be integrated into a 24-hour-a-day, 7-day-a-week production environment, with a high degree of automation, combined with the application of artificial intelligence technology will have a bright future.
Aero-engine blade parts in the front-end process will produce oxidized skin, so it is necessary to remove the surface oxides before welding, the traditional human hand-held grinding, low precision, time-consuming, and grinding pollutants can not be effectively recycled. According to incomplete statistics, more than half of the engine failure and engine blade damage and fracture.
Water drop laser this equipment is designed for aviation engine blade laser cleaning design, laser with vision, can make many production links flexible, realize the black light factory mass production.
Shenzhen water drop laser as a domestic specializing in laser cleaning technology research and development of national high-tech enterprises, equipment has been applied to the Chinese Academy of Sciences Institute of Modern Physics, Giti Tire, Germany ZF, China Aerospace, Shanghai aircraft, China CNR, Shenzhen Metro and other well-known domestic and foreign enterprises. Won the "Red Light Award" and other more than ten laser industry - advanced application awards.
Traditional abrasive blasting cleaning systems produce large amounts of waste and damage fragile surfaces, and the use of chemical solvents creates potentially hazardous vapors and liquid waste. These issues have contributed to the popularity of laser cleaning solutions. In the low-altitude industry, laser cleaning can be used for corrosion removal, coating removal, topcoat removal, and for oxide treatment in production or maintenance. Laser cleaning offers potentially huge advantages over traditional cleaning methods, including high precision, no contact, less damage to substrates, no consumables, and more environmentally friendly. In the Asia-Pacific region, which is the largest incremental market for laser cleaning, the LCE sector is a vast and boundless blue ocean.
