Overview
- We develop optical systems from concept to verification—covering imaging, laser beam engineering, sensing, and precision metrology.
- Our R&D is driven by design–prototype–test iterations to meet performance, manufacturability, and reliability targets.
Core R&D Domains
- Imaging Optics (MTF / Resolution / FOV)
- Confocal & OCT Optics
- Laser Beam Engineering (Shaping / Homogenizing)
- LiDAR & Atmospheric Sensing Optics
- Interferometry & Precision Metrology
- Spectral & Polarization Optics (Filters / Beam Splitting)
- Opto-Mechanical Integration (Tolerance / Alignment)
- Verification & Iteration (Design–Test Loop)
Representative Development Programs
- High-resolution Endomicroscope Optics (Confocal / MTF-based evaluation)
- Aerosol LiDAR Sensor Optics (Tx/Rx optics, spectral separation, verification)
- Multi-axis Interferometer Optics (precision metrology, alignment sensitivity)
- Laser Beam Homogenizer / Scanning Optics (uniformity improvement, troubleshooting)
Development Workflow
- Requirements & Optical Architecture
- Optical Design & Simulation
- Opto-Mechanical Design & Tolerance
- Prototype Build & Alignment
- Test, Verification & Iteration
Key R&D Outputs
- Optical design files & simulation models
- Opto-mechanical drawings & assemblies
- Prototype modules & alignment procedures
- Test datasets, reports & verification results
- Design iteration records (design–test–refine)