About SVG
My research and entrepreneurial experience over the past 30-odd years has taught me that without original innovation, it is impossible to gain competitive advantages in the industry or develop disruptive technologies and products with international influence.It is important to learn that intellectual property is key to innovation…
Registered in October 2001 and listed on the Shenzhen Stock Exchange in 2012, SVG Tech Group is a joint-stock private company that engages in research and industrial operations of optoelectronic materials and devices in the fields of information photonics and advanced display, with self-developed 3D lithography equipment as the core driving force…
Our company has mainly tackled the key technical challenges in critical micro/nano equipment, carried out the R&D and application of "micro/nano manufacturing equipment and instruments", "micro/nano interface engineering and devices", "flexible micro/nano imprinting", and "functional optoelectronic materials and devices", established an innovative platform for micro/nano flexible manufacturing that is "modular, knowledge-intensive, upgradeable and quickly configurable", and aligned our technological landscape and foundation with that of developed countries…
Mission: Facing the trend of optoelectronics industry transformation and upgrading, we are committed to forging an innovative chain for micro-nano photonic manufacturing, fostering collaborations across industrial chains, academia, and research institutions, and strive to nurture original achievements and facilitate their transformation into tangible outcomes, promoting both domestic and international applications…
SVG is dedicated to the green development of core technologies and processes, implementing the "carbon peaking and carbon neutrality" strategy. Leveraging the advantages of micro-nano photonics and flexible manufacturing technologies, we harness the impact of micro-nano structured surface materials on the environment (light, wind, heat, etc.) to enhance light energy utilization, reduce ambient temperature, minimize material usage, and achieve zero emissions, thereby fostering a low-carbon footprint in the development and application of products across multiple industries…