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Product Name: INFPRMATION TECHNOLOGY

Product Description

SELFOC® leads the way in fiber optics In 1968, NSG was the first to successfully achieve a parabolic refractive index distribution in a glass rod. By 1978, NSG introduced the SELFOC® lenses, capable of focusing light and transmitting images via simple, flat surfaces. NSG continues to pioneer innovations in fiber optics - researching, developing, and manufacturing optoelectronic products based on the newest technologies and the expertise acquired through decades of experience. SELFOC® micro lenses contribute to optical communications The SELFOC® micro lenses (SMLs) enhance the capabilities of optical fiber communication systems. They have become the key components for optical devices by providing high coupling efficiency and low insertion loss. Currently, they are also being used as high-performance collimator lenses for laser beam printers and DVD players, as pick up lenses for CD players, and as miniature objective lenses for medical and industrial endoscopes. A global manufacturer of optoelectronic devices Via the SELFOC® lenses, NSG is playing an important role in the advancement of optical communication and data processing, leading to the progress of the information society. In optical integrated circuits, NSG's planar micro lens arrays and waveguides serve as the primary components. In optoelectronic materials, NSG produces photo detectors and light emitting elements. By combining micro-optic and optical semiconductor technology, NSG has become a world-class manufacturer of optoelectronic devices, with production bases in the US and Asia. SELFOC lens arrays boost the development of office equipment technology The SELFOC® lens arrays (SLAs), one of NSG's many innovative products, make unit magnification images by arranging SELFOC lenses in an array. Compared to conventional spherical lens systems, the SLAs optical systems are both highly compact and low cost. SLAs are being used in a wide variety of applications since they were first introduced in analog copiers. They are currently key components in fax machines, LED printers, digital copiers, and scanners as they help to achieve greater speed and more precise color reproduction. Display Glass Greater compactness and functionality in electronic devices In 1979, NSG was the first to successfully develop manufacturing technology for ultra fine flat glass (UFF) for use in electronic substrates. Glass substrates formed by coating a transparent conductive film on this ultra fine flat glass serve as an indispensable material in flat panel displays and thereby answer the needs of the ever-evolving field of information devices. Introduced to plasma display panels We are also developing new glass substrate for plasma display panels and other products for the next generation displays based on ultra thin electronic-grade glass substrates and thin-film coating technology.

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