chanelink logo
CHANELINK
Español

GZTECH Global Headquarters and Advanced Light Source R&D and Production Base Launch Construction

268
2025-06-13 10:29:27
Ver traducción

On June 10th, the construction of GZTECH's global headquarters and advanced light source research and development production base was launched.

 



Rendering of GZTECH Global Headquarters and Advanced Light Source R&D and Production Base

 

The project is located in Donghu Comprehensive Bonded Zone, with a total construction area of approximately 40000 square meters. It will integrate GZTECH's industrial resources in the two core areas of fiber lasers and solid-state lasers, enhance the company's technological innovation capabilities and scale production level.

GZTECH is a national high-tech enterprise engaged in the research and development, production, and sales of advanced industrial lasers. Since its establishment in Optics Valley in 2018, it has successively launched a series of industrial laser products, including fiber MOPA, QCW, fiber infrared picosecond and green light, and solid-state nanosecond ultraviolet. These products are mainly used in industries such as new energy, hard and brittle material processing, surface marking, and cleaning. The company currently has over 400 employees and has applied for more than 70 laser related patents since its establishment. It has also collaborated with well-known domestic universities and research institutes to develop cutting-edge light sources.

GZTECH Industrial Laser Products


We will leverage Optics Valley Technology, talent, and location advantages to solidify GZTECH's market position in the laser field. ”Huang Zhihua, chairman of GZTECH, said that in the future, the base will be built into an influential smart equipment manufacturing demonstration park in China.


Rendering of GZTECH Global Headquarters and Advanced Light Source R&D and Production Base


Source: Yangtze River Delta G60 Laser Alliance

Recomendaciones relacionadas

  • New types of lenses in optics: Researchers develop hybrid achromatic lenses with high focusing efficiency

    Researchers at the University of Illinois at Urbana Champaign have developed compact visible wavelength achromatic mirrors using 3D printing and porous silicon, which are crucial for miniaturization and lightweight optical devices. These high-performance hybrid micro optical devices can achieve high focusing efficiency while minimizing volume and thickness. In addition, these microlenses c...

    2023-12-11
    Ver traducción

  • Focused Energy purchases two world-class high-energy lasers

    Recently, Focused Energy, a well-known foreign fusion energy startup, announced that it has officially signed an agreement to purchase two of the world's top high-energy lasers. These two large lasers will be deployed in the company's upcoming factory in the San Francisco Bay Area in the next two years.Scott Mercer, CEO of Focused Energy, stated, "These lasers are currently the highest average pow...

    2024-12-25
    Ver traducción

  • Lumiotive and Hokuyo announce the launch of the world's first 3D LiDAR sensor with true solid-state beam steering

    Lumotive, a pioneer in optical semiconductor technology, and Hokuyo Automatic Co., a global leader in sensors and automation, Ltd. announced today the commercial version of the YLM-10LX 3D LiDAR sensor. This breakthrough product features Lumiotive's light controlled metasurface (LCM) ™） Optical beamforming technology represents a significant leap in the application of solid-state programmable opti...

    2024-05-25
    Ver traducción

  • LPKF 2024 H1 revenue up 15% year-on-year

    Recently, LPKF Laser, a leading supplier of innovative laser solutions in Germany, released its performance report for the first half of the 2024 fiscal year as of June 30, demonstrating the company's steady performance and forward-looking layout in a complex market environment. According to the financial report, LPKF Laser&Electronics SE achieved significant growth in comprehensive revenue ...

    2024-07-31
    Ver traducción

  • Shanghai Institute of Optics and Fine Mechanics has made progress in synchronously pumped ultrafast Raman fiber lasers

    Recently, the research team led by Zhou Jiaqi from the Aerospace Laser Technology and Systems Department of the Shanghai Institute of Optics and Fine Mechanics, Chinese Academy of Sciences, has made progress in the study of synchronously pumped ultrafast Raman fiber lasers. The related achievements were published in Optics Express under the title "Revealing influence of timing jitter on ultra fast...

    06-07
    Ver traducción