On March 17, 2021, the annual Munich Shanghai Light Expo arrived as scheduled. As a highly renowned large-scale exhibition in the optoelectronic industry, it has attracted numerous well-known companies from around the world to participate. In recent years, ultrafast lasers have become a strong growth point in the laser industry. According to the 2020 China Laser Industry Development Report, the market size of ultrafast lasers in China reached 2.45 billion yuan in 2019, with an average annual growth rate of over 70% from 2015 to 2019, far exceeding the average growth rate of the laser industry.

Ultrafast lasers can process almost all materials, including metals, semiconductors, diamonds, sapphires, ceramics, polymers, composite materials and resins, photoresist materials, thin films, ITO films, glass, solar cells, etc. The wide applicability has also brought huge market capacity to the ultrafast laser industry. With the advantages of cold processing and ultra precision processing, driven by the accelerated pace of electronic industry updates and continuous upgrading of manufacturing processes, ultrafast lasers are also accelerating their transition from scientific research to industrial applications, and the coverage of the industrial market is constantly increasing.

At this optical expo, Huachuang Hongdu, as a newcomer in ultrafast lasers, stands out among the top brands of ultrafast lasers due to the superiority and stability of its products.

Huachuang Hongdu showcased its industrial picosecond laser StarLight series and military sub nanosecond mid infrared laser series at the exhibition. The most eye-catching ones are the industrial 70W high-energy infrared picosecond laser, 50W medium energy infrared picosecond laser, scientific high repetition rate high-energy infrared nanosecond laser, and military high-energy sub nanosecond mid infrared laser. Since its establishment, Huachuang Hongdu has been deeply engaged in the research and production of ultrafast lasers, and is committed to creating product features with high average power and high single pulse energy. As is well known, the higher the average power and repetition rate of ultrafast lasers, the higher the processing efficiency. Huachuang Hongdu's independently developed infrared picosecond laser, ultraviolet picosecond laser, and green picosecond laser have stable performance, high single pulse capability, and advanced technology reaching the international advanced level, breaking the monopoly position of foreign laser companies in the field of industrial picosecond lasers.

Huachuang Hongdu was able to shine at this optical expo thanks to the profound technical expertise of the company's optoelectronic research and development team. The core team members have more than ten years of technical accumulation in the industry. Since its establishment, the company has been committed to independent development, including electronic control systems. All control functions, optical indicators, structural designs, etc. are based on independently developed technologies. The company has invested a large amount of manpower, material resources, and financial resources in the selection and cultivation of technical talents, and is committed to building an internationally advanced R&D team.

With the booming development of the domestic ultrafast laser industry, the quality and performance of domestic ultrafast lasers continue to improve, and the market's recognition of domestic lasers is also constantly increasing. From the continuous increase in shipments from various enterprises, it can be seen that domestically produced ultrafast lasers are advancing rapidly, gradually breaking foreign monopolies. In the current era of rapid development of high-end manufacturing in China, ultrafast lasers are realizing the great dream of being created in China and must fly like a swan. With the rapid development of high-end manufacturing, the external opportunity for the localization of ultrafast lasers has arrived. Our company will adhere to independent innovation, enhance internal competitiveness, and truly achieve the domestic replacement of ultrafast lasers as our future development goal!