Services
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 and manufacturing solutions for AR waveguides, 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.
Our Expertise
We offer a comprehensive suite of services that ensures seamless transition from concept to full-scale manufacturing. Whether you're looking to develop breakthrough optical devices, optimize material performance, or accelerate time-to-market, Myrias Optics stands ready to meet the most demanding requirements.
Design and R&D
Turning Vision into Reality
At Myrias Optics, we are equipped to turn your design or performance specifications into fully realized optical components. From initial concepts to prototypes, we work closely with you to iterate, test, and refine optical designs to achieve your desired performance. Our R&D services encompass:
- Custom Optical Design: Tailored to meet specific performance and application needs.
- Prototyping & Testing: Rapid fabrication and testing for performance verification.
- Optimization: Refining designs for manufacturability, cost-efficiency, and scalability.
Manufacturing
Scalable Solutions for Complex Demands
Our innovative all-inorganic nanoimprint materials and processes are more cost-effective than traditional semiconductor manufacturing techniques and solve the reliability and quality issues associated with polymer-based imprinting.
- Mastering and wafer fabrication are available on 200mm substrates and are scalable to 300mm.
- Production imprinting processes have been validated on a range of commercially available production tools
Characterization
Turning Vision into Reality
Myrias provides a range of metrology and device performance characterization
capabilities to insure products are built to specification and meet design requirements.
- SEM and optical microscopy
- Automated data analysis of fabrication tolerances for master, stamp and imprinted devices
- Bench testing for prototype devices
- High volume wafer scale optical inspection for production
Material & Development
Scalable Solutions for Complex Demands
Once a concept is validated, scaling it to production-ready levels is critical. Myrias Optics excels at bridging the gap between early prototypes and full-scale manufacturing. Using a template or "master" design, we conduct pilot-scale demonstrations to gather critical data on material and process dependencies. This phase allows us to:
- Refine Manufacturing Processes: Optimize production techniques for scalability.
- Material Performance Validation: Ensure materials meet required specifications for large-scale production.
- Process Development: Fine-tune parameters to achieve cost-effective, high-quality results.
We offer a wide range of formulations and materials (TiO2, ZrO2, HfO2) with tunable optical properties to meet the need of your device and design.
Why choose Myrias Optics?
Partner with us to unlock the full potential of your optical technology. Whether you're in the early stages of development or are ready to scale to full production, Myrias Optics provides the expertise, tools, and processes to bring your vision to life.
Contact us today to discuss your project and see how Myrias Optics can help you achieve your goals with precision, speed, and efficiency.
Industry-Leading Expertise
Decades of experience in designing and manufacturing advanced optical components and metalenses.
Scalability
From initial concept through to full-scale production, we ensure seamless scaling without compromising quality or performance.
End-to-End Services
Comprehensive capabilities across R&D, pilot-scale development, custom manufacturing, and expert consultation.
Cost Efficiency
Advanced materials and processes that deliver high-quality, cost-effective solutions.
Cutting-Edge Technology
Pioneering the development of metalenses and other advanced optical devices that push the boundaries of what's possible.
Our Work
