The current domestic manufacturing environment: the overall recovery, the international manufacturing industry has entered the "optical processing" era, and the Chinese manufacturing industry "optical machining" era is rising, for the laser processing equipment market development has laid a foundation for expansion. After the epidemic in February 2020, the completed fixed asset investment in the manufacturing industry gradually picked up, and the growth rate of the laser industry is correlated with the growth of the manufacturing investment. In the latter part of the epidemic, the manufacturing industry continued to recover and the laser processing penetration rate of advanced processing equipment continued to improve the dual background, the laser equipment industry boom continues to improve.
More diversified laser processing applications To promote the development of laser industry, laser and laser equipment market scale increased year by year. Downstream laser equipment in the market segments including laser processing, laser display, laser medical, laser measurement, 3D printing and many other fields, laser processing as the main field, High power cutting welding, micro-machining, medical treatment and remote sensing are the most popular and main application scenes. In the past three years, the market share of laser marking has decreased, and the proportion of cutting welding process has increased.
China International Optoelectronic Exposition
The Aerospace Information Research Institute (AIR)
Shanghai Institute of Optics and Fine Mechanics (SIOM)
Shenzhen Optics & Optoelectronics Industry Association (SZOOIA)
Huazhong University of Science and Technology
South China Normal University
Hubei Laser Industry Association
Key & Core Technology Innovation Institute of the Greater Bay Area
Shenzhen Association for Science and Technology
Shenzhen 3D Printing Association
China International Optoelectronic Conference office
Shenzhen UBM Herong Exhibition Co., Ltd
"Semiconductor", one of the hottest national strategic materials in the 21st century, is gradually replacing the world status of oil and coal in the information age. Under the background of the rise of manufacturing industry in China's optical processing era, the development of domestic semiconductor industry is gradually expanding. Laser processing technology, which has the advantages of fine processing and ultra fast processing, is gradually replacing the traditional processing method of chips. In the era of chip explosion, what further needs do high-quality product quality have for processing technology? What are the highlights of the development of laser technology? The "Semiconductor Laser Technology Innovation and Application" will invite senior executives of well-known enterprises and application end enterprises in the industry to participate in the discussion
Power battery is the core component of new energy vehicles, which has high requirements for battery production equipment. Lithium ion battery is currently recognized as the best power battery solution and an important component of new energy vehicles. Laser realizes the innovation of traditional processing technology and plays a prominent role in the production of power batteries. Laser processing technology has the characteristics of clean and environmental protection, high precision and high degree of automation. Due to the strong demand in the power battery manufacturing market, many laser enterprises have rushed into the lithium laser welding market. The "laser technology for new energy lithium battery manufacturing seminar" will discuss the innovative application of the power battery industry, deeply explore the difficulties faced by the technology development, and specially invite well-known enterprise executives and technical experts in the laser industry chain and downstream laser equipment industry chain, as well as experts from well-known scientific research institutions and universities in the industry to discuss the technical solutions for the future industrial development.
The automotive industry is one of the most widely used fields of laser processing. The application market of laser technology in China's automotive industry is huge, and the economic benefits are rising. In the automobile manufacturing industry, almost all laser processing technologies are used. The combination of laser processing technology and robot technology makes its functions develop more. This "laser technology helps automotive intelligent manufacturing seminar" will invite senior technical and market development personnel of laser core devices, lasers and laser equipment head enterprises in the upstream, middle and downstream of the laser industry, as well as the automotive processing and application industry, and the head enterprise technology and R & D high-level of the robot industry to jointly discuss the development of a new generation of high-power, high stability, laser chips and high brightness direct semiconductor lasers, Discuss how to break the blockade of foreign key technologies faster, improve the overall level and core competitiveness of China's laser industry, and promote automotive intelligent manufacturing.
Since its birth, lasers have been widely used in clinical medical diagnosis and treatment. In recent years, with the rapid development of laser technology and the continuous increase of laser devices, there are more and more kinds of lasers available for clinical use, ranging from high-power continuous lasers to femtosecond ultrashort pulse lasers, and from deep ultraviolet lasers to mid infrared lasers, all of which are used in surgery, disease diagnosis Beauty care and other aspects show important application potential. This "optics/laser medical technology forum" will invite relevant experts and high-level enterprises from the field of clinical medicine, laser cosmetology and diagnostic equipment, and laser devices to jointly discuss the development prospects, market development space, and technical problems faced by the industry in the field of medical treatment and Cosmetology.
Laser micro nano processing and manufacturing technology is widely used in consumer electronics, new energy, semiconductors, aerospace, medical and other fields, which has brought continuous progress in new materials and processing technology, and also brought better solutions for precision processing in the consumer electronics industry. This "laser micro nano processing and manufacturing seminar" will work with well-known manufacturers of downstream laser processing equipment, processing supporting enterprises, well-known enterprises at the application end and academic experts to discuss the way to promote the innovative and Clustered Development of the laser industry.
With the rapid development of the laser industry, China is gradually achieving major breakthroughs in key core laser technologies and high-end products, as well as the localization of key technologies in the laser industry chain. The market share of domestic laser products and the competitiveness of enterprises have been greatly improved, further enhancing the domestic and international competitiveness and influence of laser industry in the digital, information and intelligent era, and providing advanced technology driving force for the high-speed and high-quality development of the national advanced manufacturing industry.
At present, China has taken the additive manufacturing industry (also known as 3D printing) as one of the development priorities of "Made in China 2025", which is widely used in aerospace, medical, automotive, mold and other key fields, representing an important direction of the future development of manufacturing industry. As the basis and important link of intelligent manufacturing in Shenzhen, the development scale of 3D printing shows a rapid growth trend.