Who we are
Founded on September 9, 2024, Guangzhou Lujia Innovation is a technology-driven enterprise specializing in micro–nano optics. Our mission is to shape the future of visual technology by developing cutting-edge solutions that merge precision engineering with practical applications. From our earliest days, we have been committed to advancing next-generation display technologies, with a strong emphasis on creating lightweight, miniaturized optoelectronic systems that deliver exceptional performance while meeting the demands of modern industries.
Our work spans the full cycle of innovation, from conceptual research and design to prototype development, refinement, and large-scale implementation. Every stage of our process is guided by a dedication to precision, quality, and innovation, ensuring that the solutions we create meet the highest standards in performance and reliability.
Over the years, we have cultivated a deep expertise in micro–nano optical structures, pioneering approaches that redefine what is possible in display and sensing applications. This innovation is reflected in our growing portfolio of patents, which cover breakthroughs in areas such as diffractive optical elements, metasurface engineering, holographic waveguide design, and ultra-thin optical lens systems. These achievements are more than technical milestones — they are stepping stones toward transforming how people interact with visual information in everyday life.
We believe that the path to meaningful innovation lies in close collaboration. Guided by our core philosophy — “Technological Innovation Leading the Future” — we work alongside academic institutions, industrial partners, and global clients to ensure that our research translates into real-world impact. This synergy allows us to bridge the gap between laboratory exploration and practical application, turning visionary ideas into products that can shape entire industries.
Looking ahead, Guangzhou Lujia Innovation aims to be recognized as a global pioneer in optoelectronic technology, driving the development of smarter, lighter, and more energy-efficient solutions. By combining forward-thinking design, robust research capabilities, and proprietary intellectual property, we are building a future where micro–nano optics plays a central role in augmented reality, immersive displays, biomedical imaging, and advanced communication systems.
Our specialized equipment
This image showcases a selection of the advanced equipment and technologies we utilize to drive innovation and maintain the highest standards of quality. While it represents only a portion of our full range of tools and resources, it reflects our commitment to excellence in every project we undertake.
CEO (Chief Executive Officer)
Dr.Qichao Hou
Associate Researcher at the Guangdong-Hong Kong-Macao Innovation Institute of Hunan University
Former Vice President & Optical Director at Beijing Ned+Tech
Former Deputy General Manager & CTO at DEGA Smart Optoelectronics
Recipient of the “Tuanshan Talent” Award in Zhenjiang
Director of the Zhenjiang Mixed Reality Research Center
Silver Medalist in the China International “Internet+ Innovation and Entrepreneurship” Competition
Optical Consultant
Dr. Qiang Song
Ph.D. from a French national institute; researcher at Hunan University Greater Bay Area Innovation Institute
Specialized in optical-mechanical systems, micro-nano photonics, and laser direct-writing technology
Former CTO at a leading AR company; experienced in waveguide and HUD module development
Contributor to national and EU Horizon 2020 projects; author of 45 academic papers
Holds 200+ patent filings (40+ invention patents, 89 utility models, 2 U.S. patents); recipient of China Innovation Excellence Award
Discover the Services We Offer
Production of electronic measuring instruments
Design and development of optical instruments and precision devices
Manufacturing of optoelectronic devices and other specialized electronic components
Advancing Precision Engineering for Tomorrow’s High-Performance Technologies
Focus On Next Generation Display
