Welcome to visit SVG TECH GROUP
Welcome to SVG Optronics
As a leader in advanced nano manufacturing technologies, SVG Optronics offers the functional optical films and devices, for display, lighting, capacitive touch panels, such as ultra-thin light guide plates, large size touch panels and microlens array films. SVG Optronics also make technology transfering in the nano-manufacturing systems including UV maskless lithography, nano-patterning, roll-to-roll nano-imprinting and 3D light field rinting systems for variety of industrial and research applications.
SVG Optronics has been a stock company in Shenzhen Stock Exchange, code: 300331, from June.28,212.
The national united center for micro-nano manufacturing at SVG Optronics has been approved by National development & reform committee of china on Nove.20,2011.
The philosophy of the center is innovation & collaboration from the concepts to realization of the products for customers and with the customers.
Principles: integrity, responsibility, reliability
Values: Together for the client, Passion for innovation, One step ahead，Support and respect to the core
SVG Optronics has been dedicated to develop the cutting-edge micro-nano fabrication of the large format optical films with cost-effective. With the industry-leading technology, SVG Optronics offers a series of superior featuring films, such as holographic packaging material, optical and conductive devices for the flat display, printing and security industries based on surface-relief-micro-nano-structures. The products are included the light guide film(LGF) for BLUof mobile phone and notebook, the microlens array film(MLA) for 3D display and security, light shaped diffuser(LSD) for LED lighting. The patented roll-to-roll micro-nano manufacturing processes result in micro-optical components that are reflow compatible, low-cost and ideally suited for both high-volume and specialized applications. SVG Optronics is also the provider of the UV laser patterning generator featuring sub-micron resolution and nanoimprint equipment for the industries, education and research.
Applications: Micro-nano fabrication, Display films & devices, Advanced Holographic Packing & Printing, Optical security, Micro-Optics, and the related fields.
National United Engineering Research Center for Micro/nano Manufacturing
The national united center for micro/nano manufacturing, Engineering research center for digital optical imaging & novel-printing, Jiangsu Province was approved in 2011 and 2002, respectively, by NRDC of china and Jiangsu. The center is joint together by SVG Optronics with Soochow University and Suzhou Industrial Park (SIP) administration. The center owns a branch of SIP postdoctoral work-station.
The progresses on the R&D of micro-nano maufacturing lead SVG Optronics to earn "Enterprise Innovation Award" of Jiangsu in 2011, and Top 10 Innovative Companies in SIP of Suzhou.
Research center carries out technical and integrated innovation in key technologies, equipment, and materials. The main concern topics at present is flat panel display devices, LED efficiency, microlens array of advanced manufacturing technology and ultra-high-resolution graphics direct-write lithography systems, digital 3D imaging and printing technologies, and equipment, etc. Concerned about the demands of the industry, the center's researchers explores the pilot-projects for the industrialization of the results to provide technical support and solutions in the mentioned fields.
SVG Optronics is a famous innovation company in china due to the contributions to industries on the technical progresses, and earned the series of national and state level S&T AWARDS for the innovation work for the nano-patterning and related technologies in the recent years.
SVG Optronics also won the "ENTERPRISE INNOVATION AWARD" for top 20 innovation companies in Jiangsu Province, 2011.
Going forward, SVG Optronics plans to continue to work closely with its customers in these fields to enable ever smaller and cheaper solutions for complete opto-electronic modules for the industries.