Core Technology
We implement a high-power, multi-wavelength, high-precision fiber laser platform centered on proprietary Mini-OFC laser technology.
Mini-OFC Laser
A high-power optical frequency comb (OFC) light source technology based on Multiwavelength Injection Numerous Interference. We hold a registered patent for a laser light source generating apparatus and method.
- Simultaneous/Switching Optical Coupling CW Fiber Laser
- White light OFC beam coupling with Passively Self-Starting Mode
- Supports MZI, Dual MZI, C-PCF, ES-PCF structures
- Single/multi-wavelength combining (Switching/Simultaneous)
- Patent Registration 2013 / IPHT Paper Registration 2016
Beam Combining Technology
Beam combining technology that merges multiple laser beams into a single high-quality beam, achieving high power density. Supports both wavelength multiplexing and polarization combining methods.
- Spectral Beam Combining (SBC)
- Coherent Beam Combining (CBC)
- Polarization Beam Combining
- Target: 95%+ combining efficiency
- Modular scalable architecture
Optical Fiber Design
Special optical fiber structure design technology for high-power transmission. Focused on next-generation fiber material development including research on fiber fabrication in zero-gravity environments.
- LMA (Large Mode Area) fiber
- DC-PCF (Double Cladding Photonic Crystal Fiber)
- CFBG (Chirped Fiber Bragg Grating)
- In-fiber MZI structure design
- Zero-gravity fiber fabrication research (KARI·NASA ISS)
Control System
Real-time control and monitoring system ensuring stable operation of high-power lasers. Also applicable to defense command and control (C4ISR) systems.
- Real-time output monitoring and feedback control
- Thermal management and heat dissipation system
- Multi-channel independent control architecture
- Remote diagnostics and maintenance support
- KJCCS / C4ISR compatible interface
