English

The largest ultra fast laser production base in the northwest has been completed and put into operation

74
2024-04-28 17:02:48
See translation

As a representative enterprise in the field of ultrafast lasers, Zhuolai Laser has always performed outstandingly in the market, not only possessing dual technologies of "ultrafast+ultra strong", but also covering a remarkable range of technical routes in China. In 2022, the company completed a financing of 200 million yuan.

Recently, Zhuolai Laser announced to the public that its Xi'an subsidiary has completed relocation and expansion of production. The new venue has a total area of nearly 6000 square meters and is equipped with an office area, laboratory, staff restaurant, gym, yoga room, and leisure area. Among them, the 1000 level optical laboratory is nearly 3000 square meters.

Xi'an Zhuolai, as the first subsidiary established by Zhuolai Laser, has developed a team of nearly 100 people after 8 years of development. In addition to research and development, engineering, and mass production manufacturing functions, it also has comprehensive functions such as operation, sales, after-sales, and management. This relocation to a new location is expected to increase the annual production capacity of 3000 lasers, making Xi'an Zhuolai the largest production base for Zhuolai lasers and also the largest ultrafast laser production base in northwest China.

It is understood that Zhuolai Laser was established in 2014. Over the past decade of development, the company has consistently adhered to a business strategy that emphasizes both domestic and overseas markets. In September 2023, in order to enhance its comprehensive competitiveness and international influence, the company took an important step in the internationalization process: establishing a Korean branch, the first battle of international business was successful, achieving a "good start". The branch is located in the southern Gyeonggi do region of Seoul and has departments such as process application laboratories, technical service centers, and offices. After 6 years of development, the types of foreign customers of Zhuolai Laser have gradually expanded from initial medical customers to industrial and scientific research customers, with applications covering medical, display, scientific research, and semiconductor fields.

In addition to the continuous increase in business scale, Zhuo Lei also insists on close cooperation with universities and practices the exploration of national policies related to the coordinated development of industry, academia, and research. In early April 2024, the Zhuolai Laser Joint Laboratory and Peking University held a unveiling ceremony, which was also the first school enterprise joint laboratory in the laser industry chain in Beijing. The joint laboratory will engage in in-depth and close cooperation in areas such as high-power laser driven proton knives and the localization of ultra short and ultra strong laser devices, jointly promoting the deep integration of industry, academia, and research, and achieving win-win development for both schools and enterprises.

The new site of Xi'an Zhuoli is located in Building 4, Zone 2, Curvature Engine Photon Manufacturing, No. 3000 Biyuan Third Road, Chang'an District, Xi'an City, Shaanxi Province. It is the core area of the Silk Road Science City. The relocation of the new site is a testament to the fast lane of Zhuolai Laser and also foreshadows the bright future of the ultrafast laser market.

Source: Zhuolai Laser

Related Recommendations
  • Mazak will showcase high-speed fiber lasers on Tube 2024

    Yamazaki Mazak designed the FT-150 fiber laser tube processing machine for high-speed cutting of small and medium-sized diameter pipes, for use in Tube 2024. The machine tool will be controlled by a new type of pipe cutting CNC, which will be exhibited for the first time in Europe.Tube 2024 will be held from April 15th to 19th in Dusseldorf, Germany. Mazak will be exhibited at booth C17 in Hall 5....

    2024-03-16
    See translation
  • Breakthrough in optical quantum simulation using long-lived polariton droplets

    Abstract: A groundbreaking discovery by CNR Nanotec and scientists from the University of Warsaw has revealed a robust method for creating long-lived quantum fluids using semiconductor photonic gratings. This study, published in the journal Nature Physics, marks a significant step forward in simulating complex systems through unique polariton droplets that demonstrate stability in lifespan and rec...

    2024-03-27
    See translation
  • Lorenz competes in the LiDAR market with MEMS galvanometer technology

    At the recently concluded 2024 International Consumer Electronics Show (CES), automotive related technologies and solutions shone brightly, and a group of Chinese LiDAR suppliers competed on the same stage.The technologically advanced products, systematic solutions, continuously increasing delivery and market retention have to some extent proven that in the context of the development of automotive...

    2024-04-13
    See translation
  • The First Ultra Fast Laser Application Development Conference was held in Songshan Lake, Dongguan

    The First Ultra Fast Laser Application Development Conference was held in Songshan Lake, Dongguan. The first advanced attosecond laser facility in China will have 8 beam lines landing in Dongguan.Laser enjoys the reputation of being the "fastest knife," "most accurate ruler," and "brightest light," among others. As an important research direction in the laser field, ultrafast laser has always been...

    2023-10-28
    See translation
  • Researchers have placed photon filters and modulators on standard chips for the first time

    Researchers at the University of Sydney combined photon filters and modulators on a single chip, enabling them to accurately detect signals on the broadband RF spectrum. This work brings photonic chips closer to one day, potentially replacing larger and more complex electronic RF chips in fiber optic networks.The Sydney team utilized stimulated Brillouin scattering technology, which involves conve...

    2023-12-26
    See translation