Nano Optics/Micro Optics
Wafer Level Meta surface Filter
Ultra-thin, high-efficiency filters for AR/VR, imaging, and sensing. Precision wavelength control in compact systems.
Wafer Level
Meta Surface Filter
Sigle side Metal surface Double side Meta surface
Using nano- or micro-scale structures, the phase of light can be adjusted to reduce light reflection and increase transmittance.
Alternative AR optical coating with metasurface structure.
Metallization Process for Packaging [Metals: Cr, Ni, Ti, Au, Ag, Sn]
Wafer Level Meta Lens
A lens that controls light by forming a pillar or pin-like structure on a nano or several micrometers scale.
Meta Lens can condense or disperse light with only a single lens rather than multiple curved lenses.
Wafer Level Window Filter [Individual Package]
Durable, high-accuracy filters for imaging, sensing, and displays. Optimized for standalone optical modules.
Introduction
Using MEMS process, wafer level metallization and ROE/DOE, double-sided lens/cavity structure formation.Wafer level ROE/DOE, LWP or AR optical coating over double-sided structure
Metallization Process for Packaging [Metals: Cr, Ni, Ti, Au, Ag, Sn]
Wafer Level Metallization
Wafer Level
ROE [Refractive Optics Elements]
 |
 |
| Square type Lens | Hexagonal type Lens |
| Lens Diameter |
§100um~4mm
|
| Lens Height |
§< 250um
|
| Array (Dicing type) |
§Hexagonal
§Square
|
Wafer Level
DOE [Diffractive Optics Elements]
| Lens step |
§4~8step
|
| Step Height |
§> 0.5um
|
| Step width |
§> 2um
|
| Array (Dicing type) |
§Hexagonal
§Square
|
Wafer Level
double side structure
LWP Optical coating
AR Optical coating
