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    A technology-driven enterprise specializing in the fabrication of precision optical components, inorganic scintillation crystals, and transparent laser ceramic wafers.

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    ABOUT US

    Xuanfeng Optoelectronics: Pioneering the Future

    Shanghai Xuanfeng Optoelectronic Technology Co., Ltd.

    A technology-driven enterprise specializing in the fabrication of precision optical components, inorganic scintillation crystals, and transparent laser ceramic wafers.


    Shanghai Xuanfeng Optoelectronics Technology Co., Ltd. was established in August 2007. As a technology-driven enterprise, the company specializes in the fabrication of precision optical components, inorganic scintillation crystals, and transparent laser ceramic wafers, and is committed to providing customers with high-precision optical component design, manufacturing, and customized solutions. Leveraging state-of-the-art production equipment, stringent process control, and extensive industry expertise, the company’s products are widely used in fields such as laser optics, security surveillance, medical devices, industrial inspection, and aerospace.

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    10 +

    Provincial-level scientific research achievements

    4 one

    Higher education institutions, co-built laboratories

    5 one

    Provincial-level R&D platform

    92 person

    Professional and technical personnel

    55 person

    Engineer

    100 Item+

    Software copyright invention

    Our Advantages

    A technology-driven enterprise specializing in the fabrication of precision optical components, inorganic scintillation crystals, and transparent laser ceramic wafers.

    EV & New Energy Systems

    Multiple technology patent certifications

    Composites & Specialized Panels

    Technical Processing Services

    Electronics & Electrical

    Product Advantages

    Power Cables & Energy Transmission

    Quality Assurance

    Automobile Manufacturing

    After-sales service

    XUANFENG

    News Updates

    Featured Exhibit | [Youwei Optoelectronics] A wide range of infrared optical components are extensively used in semiconductors and microelectronics, security, industry, and many other fields.

    Featured Exhibit | [Youwei Optoelectronics] A wide range of infrared optical components are extensively used in semiconductors and microelectronics, security, industry, and many other fields.

    Exhibition Dates: September 9–11, 2026 Exhibiting Company: Suzhou Youwei Optoelectronics Technology Co., Ltd. Booth Number: Infrared Technology and Applications Exhibition, Hall 8, Booth 8D20 Products on Display: Germanium polishing wafers, silicon polishing wafers, precision optical components, precision drilled optical components, and more.

    2026-04-09

    Downstream applications are flourishing across multiple sectors, driving a sustained surge in demand for precision optical cold‑processing services.

    Downstream applications are flourishing across multiple sectors, driving a sustained surge in demand for precision optical cold‑processing services.

    Since 2026, driven by robust demand across multiple downstream applications—including semiconductors, consumer electronics, AI vision, infrared thermal imaging, and automotive sensing—the precision optical cold‑processing industry has maintained a sustained upward trend.

    2026-03-14

    2026-07-14

    Many regions have rolled out a flurry of industrial policies, ushering in a new window of opportunity for the precision optics manufacturing sector.

    Recently, Fujian, Zhenjiang, and other regions have successively unveiled high‑quality development plans for the optoelectronics and visual optics industries, designating precision optical manufacturing as a key area for cultivation and support. This has ushered in clear policy benefits for the ultra‑precision cold‑working segment at the upstream end of the industry chain.

    2026-07-14

    Ultrafast laser technology is redefining the precision limits of optical “cold machining.”

    As precision optical components continue to evolve toward miniaturization, array integration, and system-level consolidation, traditional mechanical cold‑processing techniques are confronting new challenges in terms of processing efficiency and thermal‑damage control. Ultrafast laser technologies—represented by infrared picosecond and femtosecond lasers—are emerging as a key approach for the precision machining of brittle optical materials, thanks to their distinctive “cold‑ablation” characteristics.

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