Products and applications,
core technologies
Products
Oxide Single Crystals and wafers
- LiNbO3(Lithium Niobate; LN)
- Black-LN(Conductive type LN)
- Optical grade Lithium Niobate
- MgO:LN(Magnesium Oxide doped LN)
- ZnO:LN(Zinc Oxide doped LN)
- LiTaO3(Lithium Tantalate; LT)
- Black-LT(Conductive type LT)
- Black-Yellow-LT(New and original type conductive LT)
- Optical grade Lithium Tantalate
- MgO:LT(Magnesium Oxide doped LT)
- Al2O3 Single Crystal(Sapphire)
Applications
Surface Acoustic Wafer(SAW)devices
- Mobile communication(mobile phone & smart phone), Digital TV tuners, GPS, ETC Gate(passive), Automotive components(keyless entry & tire pressure sensor), Satellite broadcasting
Optical and OPT electronics
- Low pass filters of Digital Camera in high end models
- Holographic components for DVD pick up
- Optical communications; optical switches and modulators
- Light application gyroscope sensor
- Laser wavelength converter, generating Blue and Green lasers
By using SHG techniques (Displays, Medical, and Environmental purposes)
Sensor
- Pyroelectric infrared sensor
- Strain sensor
- Biosensor
- FBG sensor
- High performance gyroscope sensor
Sapphire
- LED
- SOS(Silicon On Sapphire)
- Base substrate for high precision hybrid wafer
- Special window material (Heat resistant, Chemical resistant, Pressure resistant)
Core-Technologies
High-performance oxide ferroelectric single crystal manufacturing
- Sophisticated and experienced crystal growing technology for high-quality LN and LT Over 30 years accumulated knowledge and techniques.
- Doped single crystals" techniques as pursuing further highly efficient single crystal to achieve great and special characteristics & properties
→for any Electronics (Optical applications, SAW devises, Sensors)
- De-oxidation technology for achieving "Black-LT(Conductive type LT)
- Higher flatness & parallelism wafer polishing and processing approaches
High temperature melt oxide Single crystal growth techniques
- Technologies of growing Al2O3 Single Crystal（Sapphire）for LED, SOS , Base substrate for high precision hybrid wafer applications
