Research Institute’s Technical Status
Technology Status Research Institute Technology Status
| No. | Developed Technology |
|---|---|
| 1 | Ultra-precision mold for mass production of aspheric glass lens |
| 2 | Localized aspheric glass lens for digital camera |
| 3 | Manufacture of optical glass materials for manufacturing precision optical lenses |
| 4 | Optical device precision transfer and inspection system using ultrasonic wave |
| 5 | Collimator applicable to subminiature aspheric lens |
| 6 | Mold coating technology for ultra-precision optical lens |
| 7 | Metal-integrated laser coupling lens for optical transceivers |
| 8 | Projection display system for subminiature semiconductor light source |
| 9 | Multi cavity molding technology of aspheric glass meniscus lens |
| 10 | DLC thin film deposition technology for optical lens mold |
| 11 | Thin film and regeneration process of mold core for manufacturing optical communication LD lenses |
| 12 | Optical module for ultra-wide angle surveillance system for small ship berthing and security |
| 13 | Inspection process improvement in the metal-integrated optical communication lens metal holder through vision system |
| 14 | Rectangular aspheric glass lens with improved coupling efficiency and mounting characteristics of ultra-high speed broadband optical transceiver |
| 15 | c-BN protective coating for optical lens molding using RF sputter |
| 16 | Development and commercialization of optical tap PD module using aspheric lens technology |
| 17 | T-ROADM related optical parts technology |
| 18 | Mass production of R-I / C molding process of over 50 inches / Feasibility secured |
| 19 | Carbon coating process technology for highly-rigid release on the high-precision mold parts for large aperture lens molding for automobile headlamps |
| 20 | Infrared surveillance system for navigation assistance at night and on the sea |
| 21 | Square aspheric glass lens for high-speed optical communication for flat platform |
| 22 | Subminiature aspheric collimating glass lens for beam shape circularization of laser scanning optical system and miniaturization of optical system |
| 23 | ICF-integrated aspheric lens and optical module using near infrared absorption material |
| 24 | Lens module for multi-purpose (electronic, mobile and wearable) camera with 8 mega-pixel or equivalent level of high resolution at 150-degree wide angle |
| 25 | Automotive HUD system with laser projection system |
| 26 | OIS 5X zoom / ultra-wide angle camera module for UAV and high-speed signal processing module for intelligent flight |
| 27 | Ultra-precision double-sided glass Fly-Eye Lens manufacturing technology for reliability and optical uniformity of the illumination optical system for high resolution, high power projector |
| 28 | Asymmetric large aperture aspheric glass lens for circularization and homogenization of elliptical beam output from high power laser source |