The team mainly engages in theoretical and basic/applied research on micro and nano optics and advanced displays, including optoelectronic devices for virtual-real fusion spatial display, 3D display, head-up display, near-eye display, and advanced display.The team has carried out systematic research on key devices, fabrication methods and system integration, and studied core technologies for virtual-real fusion spatial transparent display based on large-aperture spatial imaging transparent waveguides, augmented reality (AR) head-up display, and glasses-free vector light field 3D display.The team creatively introduced the virtual-real fusion spatial transparent display technology, an advanced display mode proposed for the first time both domestically and internationally. 

The team has tackled a series of key technical challenges in nano-patterning, including the methods for the generation of micro-/nanostructures, optimization of optomechanical system performance, in-flight exposure technology, digital light field data uploading and refreshing, real-time detection and processing of substrate morphology, 3D computational lithography process for complex patterns and micro-/nanostructures, and 3D lithography fabrication of microstructures on large non-planar substrates through network collaboration. iGrapher3000 large-scale UV 3D direct writing lithography equipment and key technology are the first of their kind to enable large-area flat-panel devices with continuous surface and complex micro-structure on 110-inch glass substrates, the first to possess massive data processing capability and transform it into designed micro-/nanostructure morphology, and the first to support the thick photoresist process for 110-inch photoresist plate.

The team has developed a smart endorsement system applied to vehicle number plates, realized personalized laser endorsement of 3D dynamic images, and provided technical support for the pilot program and promotion of new energy vehicles' number plates.The team has also overcome the challenges in all aspects of the 3D printing nano technology, defined the document formats, advanced algorithms, and processing software for 3D images expressed by micro-/nanostructures, and independently developed a laser 3D plate-making system that supports 3D images of micro-/nanostructures. They have broken the bottlenecks in the transfer process and material of micro-/nanostructures and established a batch production line for zero-emission, roll-to-roll (R2R) micro/nano transfer printing, which provides a cutting-edge multi-dimensional (3D and dynamic) image design and controllable micro/nano manufacturing technology for the image engineering and printing industry.

Founded in December 2012, Jiangsu SVG New Material Technology Co., Ltd. is located in Siyang Economic Development Zone, Suqian City, Jiangsu Province.

With a plant covering an area of more than 20,000 square meters, the company was created with RMB 200 million of investments in total.It mainly produces and offers the following products: laser paper and reflective materials.Laser paper is widely used in the packaging of many famous cigarette, wine, food, and cosmetics products in China. It is extremely effective in promoting environmental protection and resource recycling, making products stand out on shelves, and promoting the products. It has thus become a new packaging material of the 21st century highly recognized by the relevant state departments and manufacturers of household brands.

Established in 2019, SVG (Yancheng) Optronics Co., Ltd. is located at No. 88 Shenfeng Road, Economic Development Zone, Dafeng District, Yancheng City.The company covers an area of 175 mu, with a floor area of 37,000 square meters in the first phase and a total investment of RMB 500 million.

It mainly engages in the R&D of optical technology-powered products and anti-counterfeiting products, laser packaging materials' production lines, and new optical printing materials and films, which are mainly used in national identification documents, electronic products, packaging, etc.It is an innovation-driven high-tech enterprise that integrates R&D, production and sales. The company was awarded the title of national high-tech enterprise in 2021.

Founded in July 2007, the company engages in the functional design of micro-/nanostructures, micro/nano pattern fabrication, R&D of material properties, and production of related optical devices in the field of flat panel display and lighting. It is qualified as a supplier of many leading companies in the display industry.

The company independently developed and established a large production line and supporting process chain for large-size micro/nano imprint and micro/nano pattern transfer. It leads internationally in optical design of light-guide plates, mold manufacturing capabilities, and micro/nano imprint technologies. It has successfully realized mass production of flexible ultra-thin light-guide plates for backlight modules by using the R2R micro/nano imprint technology.The company has successfully served more than 200 companies at home and abroad, and is a high-quality supplier of leading companies such as LG, AUO, BOE, TPV Electronics, Innolux, and Coretronic.

Founded in October 2019, the company is a wholly-owned subsidiary of Suzhou Nicrotek Co., Ltd. It serves as the R&D and manufacturing base of some products of Suzhou Nicrotek, especially the large-size MNT light-guide plates.It is a national high-tech enterprise, a five-star cloud enterprise in Jiangsu Province, and has built a smart demonstration manufacturing workshop in Yancheng City.

Established in August 2019, the company mainly produces optical sheets for light-guide plates (PMMA, MS), directional diffuser plates, and other new optoelectronic materials and devices.

The company has introduced a globally advanced high-precision extrusion production line, and has the capability to produce both thick and thin plates.It has realized the batch production of ultra-thin light-guide plates (PMMA, thickness ≤0.4 mm), and is a leading optical plate manufacturing base in China.

Established in December 2012, the company is located in Suzhou Industrial Park.It is the first in the industry to introduce the technique for producing transparent conductive films with "additive" process.

The company is committed to the R&D, production, and sales of highly transparent conductive films with ultra-low resistance, optical films for high-precision micro-/nanostructure display, and high-precision and high-reliability capacitive touch sensors and modules. It has established an advanced process for one film solutions for flexible touch screens, the only one of its type in the industry.

The company has been in close cooperation with internationally leading terminal brands for many years, supplying them with products that are mainly used in monitor, industrial control, conference, education, TV, commercial display, automotive and other fields.

The company was established in October 2019 with a registered capital of RMB 500 million. It is located at No. 8 Tongsheng Avenue, Nantong Economic and Technological Development Zone.With an area of 105 mu, the company has completed the construction of 30,000 square meters of plant in the first phase, including 10,000 square meters of Class 100 and Class 1,000 clean rooms, which was put into operation in the second half of 2021.The company has achieved independent R&D of equipment used in key processes and has built an R2R automatic production line, with the largest product size reaching 98 inches.

IVT specializes in upstream materials and terminal industry applications, breaks through barriers in key common materials and processes at the demand side of products, gives more autonomy to the related industrial supply chain, responds quickly to the commercialization process, and takes the lead in mass production of large-size one-film capacitive touch sensors and the world's first TV capacitive touch module.

Founded in June 2018, Suzhou Meta Co., Ltd. has established a base for the R&D, proofing and mass production of optical texture films. It brings together R&D, design, production, sales, and service, covering various fields such as consumer electronics, smart homes, new energy vehicles, robots, drones, wearable products, AR/VR, small and medium-sized touch panels.

Meta leverages its independently developed high-end micro/nano direct writing lithography and UV 3D lithography equipment, along with powerful data processing capabilities, to design optical textures. The company is dedicated to designing and manufacturing the surface morphology for the material's micro-/nanostructures in the range from 100 nm to 100 μm. It manufactures decorative and functional smart surface materials through the combination design of complex micro-/nanostructure morphology. 

Founded in December 2001, Changzhou Hua R Sheng Reflective Material Co., Ltd. is a high-tech enterprise engaging in the R&D, production, and sales of new reflective materials. After more than ten years of development, it has become a leading enterprise in the reflective material industry in China.It mainly offers the following products: a series of prismatic-grade, license plate-grade, high intensity-grade, engineering-grade, and advertising-grade reflective films, reflective vehicle markings, a series of reflective fabrics, reflective clothing, etc.The products fully cover the domestic market and are self-operated and exported to over 100 countries and regions, consistently earning high praise from customers.

It is an innovation-driven joint venture created by SVG, Cowell e Holdings Inc., Nanopolis Suzhou Co., Ltd. and Beijing THDF, with 1,500 square meters of clean rooms. The company carries out the R&D and provides services around advanced display technologies such as Mini-LED and electronic paper.Through collaboration with upstream and downstream industry chains, universities and related institutions, the company has developed a mechanism integrating an innovation and research chain that links basic research, technology innovation, applied/basic research, engineering research, and commercialization of research findings, which targets major national and industrial needs.