Technology
At Myrias Optics, we are a trusted partner in providing innovative and high-performance optical solutions. Specializing in the design, development, and manufacturing of metalenses, we serve industries that demand precision, scalability, and advanced characterization. Our commitment to delivering exceptional value spans the entire lifecycle of product development — from early-stage research to high-volume production.
1 Etched Master ➜ Millions of Devices
How Our Process Works
Our platform technology uses direct nanoimprint lithography of nanoparticle composites to produce all-inorganic, thermally stable, and high optical density structures with minimal haze and maximum transparency. This combination of material and process offers an unparalleled balance of cost and performance, ideal for high-level applications in consumer electronics, defense, AR/VR, and machine vision systems.
Key Features:
- High Optical Density: Achieves superior optical performance with low haze and high transparency.
- Thermally Stable: Suitable for high-energy and extreme environments, ensuring longevity and reliability.
- Scalable & Cost-Effective: Each master template can produce thousands of components, drastically reducing costs and ensuring consistent, repeatable quality.
Customizable Imprint Formulations
Our materials are customizable and can be based on a range of materials to meet the
requirements for you specific application.
- Ink formulations can be made using a wide range of nanoparticle materials
(TiO2 , ZrO2 , HfO2 ) - Tunable properties for a wide range of optical applications (index, absorption,
viscosity, cure time, etc.) - Customizable formulations
Myrias has the right materials for the job.
Example: ZrO2 can be used for improved transmission at Blue wavelengths for AR waveguides.
Innovative Replication Process
Our replication process enables nano-scale resolution across large areas and high production volumes. This non-destructive method allows for efficient copying of the master design, transferring it into high-refractive index, stable nanoparticle composites with unmatched performance. By amortizing the cost of master fabrication over thousands of replicated products, we achieve substantial cost savings compared to traditional semiconductor foundry techniques.
Advantages of Our Replication Technology:
- Low Cost: Reduced processing steps and tool requirements for cost-effective manufacturing.
- Enhanced Optical Stability: The all-inorganic process enables high refractive index tuning, increasing optical stability and expanding design possibilities.
- High Throughput & Large Area: Our replicative process provides large-scale production capabilities with high throughput, delivering more components per hour over expansive areas. Process time are 2X or more faster than polymer nano-composite based imprinting.
Real-World, Tool-Agnostic Manufacturing
Our versatile, tool-agnostic manufacturing approach allows seamless integration with multiple tool platforms, enabling high-volume production with your preferred equipment. This adaptability makes Myrias Optics a key partner for scalable manufacturing, allowing clients to bring high-performance optical solutions to market with efficiency and ease.
Benefits of Tool-Agnostic Manufacturing:
Flexible & Scalable
Compatible with multiple tool platforms, including full-wafer manufacturing, for rapid market entry.
Customizable Designs
Post-imprint processing options provide flexibility for tuning optical components post-fabrication, enhancing yield and performance.
Compatible Increased Yield & Robustness
Our approach improves component durability, making it suitable for a range of demanding applications. multiple tool platforms, including full-wafer manufacturing, for rapid market entry.
Built for Durability. Designed for Precision.
Our metalenses are crafted with an all-inorganic design, delivering unmatched durability, stability, and precision. Built to excel in the most demanding environments, they set a new standard for optical performance.
- Durability: Resists wear and thrives in extreme conditions.
- Stability: Consistent performance in any environment.
- Precision: Exceptional imaging and light control every time.
