제품소개
제품소개
초저손실반사경 Laser Components
Laser cavity and optical components are used for Laser resonator, Laser System, Laser Sensor, Medical laser module, etc. by using characteristics of ultra low scattering loss. It is applied super polishing and Ion beam sputter coating.
집적광학소자 Integrated Optical Circuit (IOC)
The Optonics Integrated Optical Circuit (IOC) is a high-performance optical device specifically engineered for Fiber Optic Gyroscope (FOG) applications. This IOC integrates a polarizer, Y-junction coupler, and electro-optic phase modulator on a Lithium Niobate (LiNbO₃) substrate, fabricated using High-Temperature Proton Exchange (HTPE) waveguide technology. This proven process delivers low optical loss, excellent polarization control, and superior signal integrity, making it ideal for precision interferometric systems. With outstanding electrical performance, including low driving voltage and minimal intensity modulation, the Optonics IOC is also well suited for fiber optic sensors and phase modulator applications. Its compact 30 mm form factor, with scalability to even smaller configurations, enables seamless integration into space-constrained systems.
회절격자 Multilayer Dielectric Grating
The Optonics Multilayer Dielectric Grating (MLD Grating) is a high-performance optical component engineered for high-power laser applications, including Spectral Beam Combining (SBC) systems.
The MLD grating features a precision diffraction grating structure formed on a dielectric multilayer reflector. The dielectric multilayer is fabricated on the substrate using ion beam sputtering (IBS), delivering exceptionally low optical absorption and a high laser damage threshold, essential for high-power laser operation.
To form the grating structure, Optonics employs advanced nanoimprint lithography and reactive ion beam etching, enabling high pattern fidelity, excellent uniformity, and scalable manufacturing. This process capability allows rapid customization across a wide range of wavelength bands and grating densities, meeting diverse system requirements.
EDF 광원 1550 nm EDF-Light Source
The Optonics EDF Light Source is a high-performance erbium-doped fiber light source designed for precise evaluation of fiber laser components operating around 1550 nm. It delivers more than 17 dBm of output power across a wide wavelength range from 1530 nm to 1563 nm, making it ideal for both R&D and production testing. With excellent center-wavelength stability and precise LD drive current control via an intuitive controller, the system ensures stable, repeatable, and reliable performance. Its ultra-compact form factor (95 × 76 × 35 mm) and integrated bottom-mount design enable easy integration and secure installation in space-constrained laboratory and industrial environments.
편광 분리형 밸런스 광검출기 PBPD/PBOM
The Polarization-Diverse Balanced Photodetector (PBPD) is a maintenance-free photodetection module designed for polarization-sensitive sensor systems requiring high signal-to-noise ratio (SNR) and long-term stability.
The PBPD integrates a monolithic, optically contacted cube assembly consisting of one non-polarizing beamsplitter (NPBS) cube and two polarizing beamsplitter (PBS) cubes. All optical components are bonded without adhesive using optical contact technology, ensuring an alignment-free structure with excellent resistance to temperature variations and mechanical vibration.
Optimized for the 1200–1600 nm wavelength range, the PBPD delivers stable polarization separation, superior SNR performance, and a compact form factor, making it ideal for reliable, long-term field operation and commercial deployment.
원자증기셀 Atomic Vapor Cell (AVC)
The Optonics Atomic Vapor Cell (AVC) is a high-purity, vacuum-sealed glass cell containing alkali metal atoms such as rubidium (Rb) or cesium (Cs), designed for quantum sensors and precision measurement systems. Optonics’ AVCs are manufactured by connecting glass cells—prepared through a proprietary wet and dry cleaning process—to a high-vacuum system. Alkali metals are introduced over an extended period under precisely controlled temperature and vacuum conditions, ensuring high purity and long-term stability. In addition, buffer gases such as N₂ or Ar are accurately filled using mass flow controllers (MFCs), enabling precise control of atomic interactions. With flexible geometry options and advanced glass processing capabilities, Optonics’ AVCs provide reliable performance for next-generation quantum technologies.