Shanghai Gaize Laser Technology Co., Ltd. (referred to as "Gaize Laser") was founded in 2019. Gaize Laser is committed to becoming a high-quality supplier of laser cladding and quenching core components. The company has professional research and development capabilities in optics, mechanics, and control, as well as the ability to develop, design, produce, and assemble component level products, with a registered capital of 5 million RMB.
Based on the characteristics of the cladding industry, the company has successfully developed optical lenses, powder feeding nozzles, and powder feeding devices suitable for specific application scenarios for different application directions of laser cladding. At the same time, we provide laser cladding solutions for special application needs, which can provide laser cladding core components for customers in different fields and levels.The company's customer business covers multiple industries such as aerospace, railway, shipbuilding, mining, power, metallurgy, molds, and machine tools.
Gaize Laser can provide customized optical path design, nozzle design, alloy powder configuration, and customized development services for control systems. Gaize Laser has established good industry university research cooperation relationships with well-known universities such as Shandong University and Huazhong University of Science and Technology, and has strong technical research and development capabilities and technological breakthroughs. It is currently a relatively professional component level supplier in the domestic laser cladding industry.
Becoming an expert in additive (remanufacturing) industry solutions with independent core technologies is the development goal of Geze Laser. We always take customer needs as the guide, adhere to independent research and development, innovation driven, constantly introduce more advanced and efficient additive (re) manufacturing technologies, focus on the real economy supported by advanced manufacturing, and move towards the goal of green "smart" manufacturing, energy conservation and efficiency. To promote quality and efficiency changes in the additive manufacturing and remanufacturing industries with our own modest efforts, and to practice the concept of serving the country through practical actions
