Industry Challenge
Today’s photonics industry still depends on bulky optical components, such as micro-lenses, as critical elements within photonic packages. Many of these components are manufactured using decades-old technologies with mechanical tolerances that often require active optical alignment during assembly. This increases complexity, slows production, and adds significant cost.
Our Technology
Metasurface Engineering
We utilize advanced metasurface design to manipulate light beams, enabling complex optical functions with nanometer accuracy.
Nanofabrication
Our proprietary nanofabrication processes achieve submicron mechanical accuracy of optical components. That surpasses traditional micro-lens manufacturing, eliminating the need for active alignment.
Passive Alignment
By integrating passive alignment features directly into the component structure, we significantly reduce assembly complexity and increase production throughput.
The Future of Precision Manufacturing
We redefine the boundaries of optical assembly through metasurface engineering and advanced nanofabrication.
Submicron Accuracy
Engineered to mechanical tolerances that eliminate the need for active alignment during assembly.
Efficient Assembly
Reducing complexity and cost by streamlining the integration of critical micro-optical components.
PRECISION DESIGNS • PASSIVE ALIGNMENT • METASURFACE ENGINEERING • SCALABLE AUTOMATION • NEXT-GEN PHOTONICS •
REVOLUTIONIZING PHOTONICS
Our mission is to eliminate active alignment costs and unlock scalable manufacturing through precision metasurface engineering.