chanelink logo
CHANELINK
Français

GZTECH selected as a reserve "golden seed" enterprise for listing in Hubei Province

896
2025-05-19 11:24:18
Voir la traduction

Recently, relevant departments officially released the list of reserve "golden seed" enterprises for listing in Hubei Province for 2024-2025. Following being selected as reserve "golden seed" enterprises for listing in Donghu High tech Zone and Wuhan City in 2024, Wuhan GZTECH Co., Ltd. (hereinafter referred to as "GZTECH") once again stood out from many candidate enterprises with its outstanding technological innovation capabilities, stable business strategy, and industry-leading development potential, successfully entering the provincial high growth enterprise echelon. This selection is not only an authoritative recognition of GZTECH's comprehensive strength by the Hubei Provincial Government, but also marks a crucial step for the company to enter the capital market.

 



Empowered by 'golden seeds', cultivating a fertile ground for innovation
The selection of "Golden Seed" enterprises in Hubei Province is an important strategic measure for the provincial party committee and government to promote high-quality enterprises to connect with the capital market. It aims to cultivate a group of benchmark enterprises with standardized governance, outstanding main businesses, and high growth potential through policy support, resource integration, and professional guidance. As the "first tier" of Hubei Province's reserve forces for listing, "Golden Seed" enterprises represent the innovative driving force and future potential of regional economic development. The successful selection of GZTECH demonstrates its deep cultivation achievements in the field of laser technology and innovative layout in the high-tech track.

Technology as the core, forging industry competitiveness
As a national high-tech enterprise specializing in the research and manufacturing of advanced lasers, GZTECH has always been committed to the vision of being an advanced light source supplier serving precision manufacturing. It closely follows the needs of industrial upgrading and new quality productivity, and develops and produces high-performance laser products with certain technical complexity to meet the market demand for high-end lasers in the segmented fields of advanced manufacturing.

In addition to continuing to tap into the technological potential of industrial grade product lines, GZTECH has proposed a new vision of becoming a "provider of device level complex light source system solutions" by 2025. On the basis of integrating GZTECH's existing fiber laser technology, solid-state laser technology, ultrafast laser technology, harmonic doubling technology, and high stability electronic control technology, new light sources such as deep ultraviolet picosecond frequency locked lasers and low-noise single frequency lasers will be constructed to meet the needs of national scientific facilities and cutting-edge research fields, further expanding the industrial depth and technological height of the enterprise.

Source: GZTECH

Recommandations associées

  • What is field assisted additive manufacturing?

    Dr. Tan Chaolin from the Singapore Institute of Manufacturing Technology, in collaboration with China University of Petroleum, Shanghai Jiao Tong University, Princeton University, University of Malta, Huazhong University of Science and Technology (Professor Zhang Haiou), University of California, Irvine, Hunan University, and EPM Consulting, published an article titled "Review on Field Assisted Me...

    2024-07-29
    Voir la traduction

  • Innovative nanoparticle analysis: achieving breakthrough 3D imaging using X-ray lasers

    The latest progress in X-ray laser technology has opened up a new era of nanoscale exploration, bringing unprecedented opportunities for materials science and nanotechnology. Researchers have developed a novel imaging technique that can directly visualize separated nanosamples in free flight, capturing their complex structures with stunning details. This breakthrough method relies on single cohere...

    2024-03-05
    Voir la traduction

  • Sill Optics launches F-Theta lenses for photovoltaic applications

    The energy transformation has brought us global challenges. In this regard, renewable energy sources such as photovoltaic are crucial. The key to improving the efficiency of photovoltaic power generation is to improve the manufacturing process of solar cells. Laser material processing is used to weld individual batteries into modules, dope selective emitters, and remove very thin antireflective an...

    2023-11-22
    Voir la traduction

  • An optical display technology based on mechanical optical mechanism

    The optical properties of afterglow luminescent particles in mechanical quenching and mechanical luminescence have aroused great interest in various technological applications. However, for specific photon applications, clearer explanations are needed for these unusual events.Recently, scientists from Pohang University of Science and Technology have designed an optical display technology with ALP ...

    2024-03-12
    Voir la traduction

  • Shanghai Institute of Optics and Mechanics proposes a new scheme of Er doped silicate fiber as an extended L-band broadband amplifier

    Recently, Hu Lili, a research group of the Advanced Laser and Optoelectronic Functional Materials Department of the Shanghai Institute of Optics and Fine Mechanics, Chinese Academy of Sciences, proposed a new scheme based on field strength optimization of Er doped silicate fiber as an extended L-band broadband amplifier. Relevant research achievements were published in Optics Letters under the tit...

    2024-06-05
    Voir la traduction